Examples with SynchronizationSchedulableTaskExecutor eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor used on opensource projects

Example 1 with SynchronizationSchedulableTaskExecutor

use of eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor in project CzechIdMng by bcvsolutions.

the class DefaultSynchronizationService method startSynchronization.

@Override
public AbstractSysSyncConfigDto startSynchronization(AbstractSysSyncConfigDto config) {
    Assert.notNull(config, "Configuration is required.");
    Assert.notNull(config.getId(), "Id of sync config is required!");
    SynchronizationSchedulableTaskExecutor lrt = new SynchronizationSchedulableTaskExecutor(config.getId());
    longRunningTaskManager.execute(lrt);
    return config;
}

Example 2 with SynchronizationSchedulableTaskExecutor

use of eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor in project CzechIdMng by bcvsolutions.

the class ComplexHrProcessIntegrationTest method startSynchronization.

/**
 * Wrapper function triggering defined HR system sychronisation
 * @param systemName
 * @return
 */
private IdmLongRunningTaskDto startSynchronization(String systemName) {
    SysSystemFilter sysFilt = new SysSystemFilter();
    sysFilt.setText(systemName);
    SysSystemDto system = systemService.getByCode(systemName);
    Assert.assertNotNull(system);
    SysSyncConfigFilter syncFilt = new SysSyncConfigFilter();
    syncFilt.setSystemId(system.getId());
    List<AbstractSysSyncConfigDto> syncs = sysSyncConfigService.find(syncFilt, null).getContent();
    Assert.assertEquals(1, syncs.size());
    AbstractSysSyncConfigDto config = syncs.get(0);
    SynchronizationSchedulableTaskExecutor lrt = new SynchronizationSchedulableTaskExecutor(config.getId());
    LongRunningFutureTask<Boolean> longRunningFutureTask = longRunningTaskManager.execute(lrt);
    IdmLongRunningTaskDto lrtDto = longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId());
    return lrtDto;
}

Example 3 with SynchronizationSchedulableTaskExecutor

use of eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor in project CzechIdMng by bcvsolutions.

the class DefaultAccTestHelper method startSynchronization.

@Override
public void startSynchronization(AbstractSysSyncConfigDto config) {
    Assert.notNull(config, "Sync config is required to be start.");
    SynchronizationSchedulableTaskExecutor lrt = context.getAutowireCapableBeanFactory().createBean(SynchronizationSchedulableTaskExecutor.class);
    lrt.init(ImmutableMap.of(SynchronizationService.PARAMETER_SYNCHRONIZATION_ID, config.getId().toString()));
    lrt.process();
}

Example 4 with SynchronizationSchedulableTaskExecutor

use of eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor in project CzechIdMng by bcvsolutions.

the class DefaultUniformPasswordManagerIntegrationTest method testCreateEntityState.

@Test
public void testCreateEntityState() {
    try {
        // Turn on an async execution.
        getHelper().enableAsynchronousProcessing();
        SysSystemDto system = initData();
        Assert.assertNotNull(system);
        AbstractSysSyncConfigDto config = doCreateSyncConfig(system, null);
        Assert.assertTrue(config instanceof SysSyncContractConfigDto);
        IdmIdentityDto ownerOne = helper.createIdentity();
        IdmIdentityDto ownerTwo = helper.createIdentity();
        List<TestContractResource> contractResources = Lists.newArrayList(this.createContract("1", ownerOne.getUsername(), null, "true", null, null, null, null), this.createContract("2", ownerTwo.getUsername(), null, "false", null, null, null, null));
        this.getBean().initContractData(contractResources);
        IdmIdentityContractFilter contractFilter = new IdmIdentityContractFilter();
        contractFilter.setIdentity(ownerOne.getId());
        contractService.find(contractFilter, null).getContent().forEach(contract -> contractService.delete(contract));
        Assert.assertEquals(0, contractService.find(contractFilter, null).getTotalElements());
        contractFilter.setIdentity(ownerTwo.getId());
        contractService.find(contractFilter, null).getContent().forEach(contract -> contractService.delete(contract));
        Assert.assertEquals(0, contractService.find(contractFilter, null).getTotalElements());
        ownerOne = identityService.get(ownerOne.getId());
        ownerTwo = identityService.get(ownerTwo.getId());
        // Identities should be in the CREATED state.
        Assert.assertEquals(IdentityState.NO_CONTRACT, ownerOne.getState());
        Assert.assertEquals(IdentityState.NO_CONTRACT, ownerTwo.getState());
        SynchronizationSchedulableTaskExecutor lrt = new SynchronizationSchedulableTaskExecutor(config.getId());
        LongRunningFutureTask<Boolean> longRunningFutureTask = longRunningTaskManager.execute(lrt);
        UUID transactionIdLrt = longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getTransactionId();
        // Waiting for the LRT will be running.
        getHelper().waitForResult(res -> {
            return !longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).isRunning();
        }, 50, 40);
        // Waiting for the LRT will be EXECUTED.
        getHelper().waitForResult(res -> {
            return longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getResultState() != OperationState.EXECUTED;
        }, 250, 100);
        Assert.assertEquals(OperationState.EXECUTED, longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getResultState());
        SysSyncLogDto log = helper.checkSyncLog(config, SynchronizationActionType.CREATE_ENTITY, 2, OperationResultType.SUCCESS);
        Assert.assertFalse(log.isRunning());
        Assert.assertFalse(log.isContainsError());
        UUID transactionId = log.getTransactionId();
        Assert.assertNotNull(transactionId);
        Assert.assertEquals(transactionIdLrt, transactionId);
        contractFilter.setIdentity(ownerOne.getId());
        Assert.assertEquals(1, contractService.count(contractFilter));
        contractFilter.setIdentity(ownerTwo.getId());
        Assert.assertEquals(1, contractService.count(contractFilter));
        ownerOne = identityService.get(ownerOne.getId());
        ownerTwo = identityService.get(ownerTwo.getId());
        // Identities should have a valid state.
        Assert.assertEquals(IdentityState.VALID, ownerOne.getState());
        Assert.assertEquals(IdentityState.VALID, ownerTwo.getState());
        // LRT ended, entityStates must be removed.
        IdmEntityStateDto entityStateDtoOwnerOne = uniformPasswordManager.getEntityState(ownerOne.getId(), IdmIdentityDto.class, transactionId);
        Assert.assertNull(entityStateDtoOwnerOne);
        IdmEntityStateDto entityStateDtoOwnerTwo = uniformPasswordManager.getEntityState(ownerTwo.getId(), IdmIdentityDto.class, transactionId);
        Assert.assertNull(entityStateDtoOwnerTwo);
        contractFilter.setValue("1");
        Assert.assertEquals(1, contractService.find(contractFilter, null).getTotalElements());
        contractFilter.setValue("2");
        List<IdmIdentityContractDto> contractsTwo = contractService.find(contractFilter, null).getContent();
        Assert.assertEquals(1, contractsTwo.size());
        // Delete log
        syncLogService.delete(log);
        // Delete identities.
        identityService.delete(ownerOne);
        identityService.delete(ownerTwo);
    } finally {
        // Turn off an async execution.
        getHelper().disableAsynchronousProcessing();
    }
}

Example 5 with SynchronizationSchedulableTaskExecutor

use of eu.bcvsolutions.idm.acc.scheduler.task.impl.SynchronizationSchedulableTaskExecutor in project CzechIdMng by bcvsolutions.

the class DefaultUniformPasswordManagerIntegrationTest method testUniformPasswordInIdM.

@Test
public void testUniformPasswordInIdM() {
    try {
        // Turn on an async execution.
        getHelper().setConfigurationValue(EventConfiguration.PROPERTY_EVENT_ASYNCHRONOUS_ENABLED, true);
        getHelper().setConfigurationValue(SchedulerConfiguration.PROPERTY_TASK_ASYNCHRONOUS_ENABLED, true);
        SysSystemDto contractSystem = initData();
        Assert.assertNotNull(contractSystem);
        IdmTreeTypeDto treeType = helper.createTreeType();
        AbstractSysSyncConfigDto config = doCreateSyncConfig(contractSystem, treeType);
        Assert.assertTrue(config instanceof SysSyncContractConfigDto);
        SysSystemDto targetSystemOne = helper.createTestResourceSystem(true);
        // Create system two with account suffix "_targetSystemTwo".
        String targetSystemTwoSuffix = "_targetSystemTwo";
        SysSystemDto targetSystemTwo = helper.createTestResourceSystem(true);
        // Create uniform password definition.
        AccUniformPasswordDto uniformPasswordDef = createUniformPasswordDef(targetSystemOne, targetSystemTwo);
        // Enable change in the IdM.
        uniformPasswordDef.setChangeInIdm(true);
        uniformPasswordService.save(uniformPasswordDef);
        SysSystemMappingDto provisioningMapping = systemMappingService.findProvisioningMapping(targetSystemTwo.getId(), SystemEntityType.IDENTITY);
        List<SysSystemAttributeMappingDto> attributeMappingDtos = schemaAttributeMappingService.findBySystemMapping(provisioningMapping);
        SysSystemAttributeMappingDto uidAttribute = schemaAttributeMappingService.getUidAttribute(attributeMappingDtos, targetSystemTwo);
        uidAttribute.setTransformToResourceScript("return attributeValue + \"" + targetSystemTwoSuffix + "\"");
        schemaAttributeMappingService.save(uidAttribute);
        IdmRoleDto automaticRoleTreeOne = helper.createRole();
        helper.createRoleSystem(automaticRoleTreeOne, targetSystemOne);
        IdmTreeNodeDto treeNodeOne = helper.createTreeNode(treeType, null);
        helper.createAutomaticRole(automaticRoleTreeOne, treeNodeOne);
        IdmRoleDto automaticRoleTreeTwo = helper.createRole();
        helper.createRoleSystem(automaticRoleTreeTwo, targetSystemTwo);
        IdmTreeNodeDto treeNodeTwo = helper.createTreeNode(treeType, null);
        helper.createAutomaticRole(automaticRoleTreeTwo, treeNodeTwo);
        IdmIdentityDto ownerOne = helper.createIdentityOnly();
        List<TestContractResource> contractResources = Lists.newArrayList(this.createContract("1", ownerOne.getUsername(), null, "true", treeNodeOne.getCode(), null, null, null), this.createContract("2", ownerOne.getUsername(), null, "false", treeNodeTwo.getCode(), null, null, null));
        this.getBean().initContractData(contractResources);
        IdmIdentityContractFilter contractFilter = new IdmIdentityContractFilter();
        contractFilter.setIdentity(ownerOne.getId());
        contractService.find(contractFilter, null).getContent().forEach(contract -> contractService.delete(contract));
        Assert.assertEquals(0, contractService.find(contractFilter, null).getTotalElements());
        IdmIdentityFilter identityFilter = new IdmIdentityFilter();
        identityFilter.setAddPasswordMetadata(true);
        ownerOne = identityService.get(ownerOne.getId(), identityFilter);
        // Identities should be in the CREATED state.
        Assert.assertEquals(IdentityState.CREATED, ownerOne.getState());
        Assert.assertNull(ownerOne.getPassword());
        Assert.assertNull(ownerOne.getPasswordMetadata());
        SynchronizationSchedulableTaskExecutor lrt = new SynchronizationSchedulableTaskExecutor(config.getId());
        LongRunningFutureTask<Boolean> longRunningFutureTask = longRunningTaskManager.execute(lrt);
        UUID transactionIdLrt = longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getTransactionId();
        // Waiting for the LRT will be running.
        getHelper().waitForResult(res -> {
            return !longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).isRunning();
        }, 50, 40);
        // Waiting for the LRT will be EXECUTED.
        getHelper().waitForResult(res -> {
            return longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getResultState() != OperationState.EXECUTED;
        }, 250, 100);
        Assert.assertEquals(longRunningTaskService.get(longRunningFutureTask.getExecutor().getLongRunningTaskId()).getResultState(), OperationState.EXECUTED);
        SysSyncLogDto log = helper.checkSyncLog(config, SynchronizationActionType.CREATE_ENTITY, 2, OperationResultType.SUCCESS);
        Assert.assertFalse(log.isRunning());
        Assert.assertFalse(log.isContainsError());
        UUID transactionId = log.getTransactionId();
        Assert.assertNotNull(transactionId);
        Assert.assertEquals(transactionIdLrt, transactionId);
        contractFilter.setIdentity(ownerOne.getId());
        Assert.assertEquals(2, contractService.count(contractFilter));
        ownerOne = identityService.get(ownerOne.getId());
        // Identities should have a valid state.
        Assert.assertEquals(IdentityState.VALID, ownerOne.getState());
        // Waiting for removing entity state.
        IdmIdentityDto finalOwnerOne = ownerOne;
        getHelper().waitForResult(res -> {
            return uniformPasswordManager.getEntityState(finalOwnerOne.getId(), IdmIdentityDto.class, transactionId) != null;
        }, 50, 100);
        // LRT ended, entityStates must be removed.
        IdmEntityStateDto entityStateDtoOwnerOne = uniformPasswordManager.getEntityState(ownerOne.getId(), IdmIdentityDto.class, transactionId);
        Assert.assertNull(entityStateDtoOwnerOne);
        TestResource resourceOwnerOne = helper.findResource(ownerOne.getUsername());
        Assert.assertNotNull(resourceOwnerOne);
        TestResource resourceOwnerTwo = helper.findResource(ownerOne.getUsername() + targetSystemTwoSuffix);
        Assert.assertNotNull(resourceOwnerTwo);
        String passwordOwnerOne = resourceOwnerOne.getPassword();
        String passwordOwnerTwo = resourceOwnerTwo.getPassword();
        Assert.assertNotNull(passwordOwnerOne);
        Assert.assertNotNull(passwordOwnerTwo);
        Assert.assertEquals(passwordOwnerOne, passwordOwnerTwo);
        // Change in the IdM is enabled.
        ownerOne = identityService.get(ownerOne.getId(), identityFilter);
        Assert.assertNotNull(ownerOne.getPasswordMetadata());
        // One uniform password notification was send.
        IdmNotificationFilter notificationFilter = new IdmNotificationFilter();
        notificationFilter.setRecipient(ownerOne.getUsername());
        notificationFilter.setNotificationType(IdmEmailLog.class);
        notificationFilter.setTopic(CoreModule.TOPIC_UNIFORM_PASSWORD_SET);
        List<IdmNotificationLogDto> notificationLogDtos = notificationLogService.find(notificationFilter, null).getContent();
        Assert.assertEquals(1, notificationLogDtos.size());
        // None a new password notification was send.
        notificationFilter.setTopic(AccModuleDescriptor.TOPIC_NEW_PASSWORD);
        notificationLogDtos = notificationLogService.find(notificationFilter, null).getContent();
        Assert.assertEquals(0, notificationLogDtos.size());
        // None password set notification was send.
        notificationFilter.setTopic(CoreModule.TOPIC_PASSWORD_SET);
        notificationLogDtos = notificationLogService.find(notificationFilter, null).getContent();
        Assert.assertEquals(0, notificationLogDtos.size());
        // None password change notification was send.
        notificationFilter.setTopic(CoreModule.TOPIC_PASSWORD_CHANGED);
        notificationLogDtos = notificationLogService.find(notificationFilter, null).getContent();
        Assert.assertEquals(0, notificationLogDtos.size());
        // Delete log
        syncLogService.delete(log);
        // Delete identities.
        identityService.delete(ownerOne);
        // Delete uniform password def.
        uniformPasswordService.delete(uniformPasswordDef);
    } finally {
        // Turn off an async execution.
        getHelper().setConfigurationValue(EventConfiguration.PROPERTY_EVENT_ASYNCHRONOUS_ENABLED, false);
        getHelper().setConfigurationValue(SchedulerConfiguration.PROPERTY_TASK_ASYNCHRONOUS_ENABLED, false);
    }
}