Examples with SynchronizationContext eu.bcvsolutions.idm.acc.domain.SynchronizationContext used on opensource projects

Example 1 with SynchronizationContext

use of eu.bcvsolutions.idm.acc.domain.SynchronizationContext in project CzechIdMng by bcvsolutions.

the class AbstractSynchronizationExecutor method fillEntity.

/**
 * Fill entity with attributes from IC module (by mapped attributes).
 *
 * @param mappedAttributes
 * @param uid
 * @param icAttributes
 * @param dto
 * @param create (is create or update entity situation)
 * @param context
 * @return
 */
protected DTO fillEntity(List<SysSystemAttributeMappingDto> mappedAttributes, String uid, List<IcAttribute> icAttributes, DTO dto, boolean create, SynchronizationContext context) {
    mappedAttributes.stream().filter(attribute -> {
        // Skip disabled attributes
        // Skip extended attributes (we need update/ create entity first)
        // Skip confidential attributes (we need update/ create entity
        // first)
        boolean fastResult = !attribute.isDisabledAttribute() && attribute.isEntityAttribute() && !attribute.isConfidentialAttribute();
        if (!fastResult) {
            return false;
        }
        // Can be value set by attribute strategy?
        return this.canSetValue(uid, attribute, dto, create);
    }).forEach(attribute -> {
        String attributeProperty = attribute.getIdmPropertyName();
        // Set transformed value from target system to entity
        Object transformedValue = getValueByMappedAttribute(attribute, icAttributes, context);
        setEntityValue(uid, dto, context, attribute, attributeProperty, transformedValue);
    });
    return dto;
}

Example 2 with SynchronizationContext

use of eu.bcvsolutions.idm.acc.domain.SynchronizationContext in project CzechIdMng by bcvsolutions.

the class AbstractSynchronizationExecutor method process.

@Override
public AbstractSysSyncConfigDto process(UUID synchronizationConfigId) {
    // Clear cache
    idmCacheManager.evictCache(CACHE_NAME);
    SysSyncLogDto log = new SysSyncLogDto();
    // Create basic synchronization log
    log.setSynchronizationConfig(synchronizationConfigId);
    log.setStarted(ZonedDateTime.now());
    try {
        // Validate and create basic context
        SynchronizationContext context = this.validate(synchronizationConfigId);
        AbstractSysSyncConfigDto config = context.getConfig();
        SystemEntityType entityType = context.getEntityType();
        SysSystemDto system = context.getSystem();
        IcConnectorConfiguration connectorConfig = context.getConnectorConfig();
        SysSystemMappingDto systemMapping = systemMappingService.get(config.getSystemMapping());
        SysSchemaObjectClassDto schemaObjectClassDto = schemaObjectClassService.get(systemMapping.getObjectClass());
        IcObjectClass objectClass = new IcObjectClassImpl(schemaObjectClassDto.getObjectClassName());
        // Load last token
        String lastToken = config.isReconciliation() ? null : config.getToken();
        IcSyncToken lastIcToken = Strings.isNullOrEmpty(lastToken) ? null : new IcSyncTokenImpl(lastToken);
        log.setToken(lastToken != null ? lastToken : null);
        log.setRunning(true);
        log = syncStarted(log, context);
        // List of all accounts keys (used in reconciliation)
        Set<String> systemAccountsList = new HashSet<>();
        longRunningTaskExecutor.setCounter(0L);
        log = synchronizationLogService.save(log);
        List<SysSyncActionLogDto> actionsLog = new ArrayList<>();
        // add logs to context
        context.addLog(log).addActionLogs(actionsLog);
        // Is differential sync enabled?
        if (config.isDifferentialSync()) {
            log.addToLog("Synchronization is running as differential (entities will be updated only if least one attribute was changed).");
        }
        if (config.isCustomFilter() || config.isReconciliation()) {
            // Custom filter Sync
            log.addToLog("Synchronization will use custom filter (not synchronization implemented in connector).");
            AttributeMapping tokenAttribute = null;
            if (config.getTokenAttribute() != null) {
                tokenAttribute = systemAttributeMappingService.get(config.getTokenAttribute());
            }
            if (tokenAttribute == null && !config.isReconciliation()) {
                throw new ProvisioningException(AccResultCode.SYNCHRONIZATION_TOKEN_ATTRIBUTE_NOT_FOUND);
            }
            context.addTokenAttribute(tokenAttribute);
            // Resolve filter for custom search
            IcFilter filter = resolveSynchronizationFilter(config);
            log.addToLog(MessageFormat.format("Start search with filter [{0}].", filter != null ? filter : "NONE"));
            connectorFacade.search(systemService.getConnectorInstance(system), connectorConfig, objectClass, filter, new DefaultResultHandler(context, systemAccountsList));
        } else {
            // Inner Sync
            log.addToLog("Synchronization will use inner connector synchronization implementation.");
            DefalutSyncResultHandler syncResultsHandler = new DefalutSyncResultHandler(context, systemAccountsList);
            connectorFacade.synchronization(systemService.getConnectorInstance(system), connectorConfig, objectClass, lastIcToken, syncResultsHandler);
        }
        // We do reconciliation (find missing account)
        if (config.isReconciliation() && log.isRunning()) {
            startReconciliation(entityType, systemAccountsList, config, system, log, actionsLog);
        }
        // Sync is correctly ends if wasn't cancelled
        if (log.isRunning()) {
            log = syncCorrectlyEnded(log, context);
        }
        return synchronizationConfigService.save(config);
    } catch (Exception e) {
        String message = "Error during synchronization";
        log.addToLog(message);
        log.setContainsError(true);
        log.addToLog(Throwables.getStackTraceAsString(e));
        throw e;
    } finally {
        syncEnd(log, syncContext);
        log.setRunning(false);
        log.setEnded(ZonedDateTime.now());
        synchronizationLogService.save(log);
        // 
        longRunningTaskExecutor.setCount(longRunningTaskExecutor.getCounter());
        longRunningTaskExecutor.updateState();
        // Clear cache
        idmCacheManager.evictCache(CACHE_NAME);
    }
}

Example 3 with SynchronizationContext

use of eu.bcvsolutions.idm.acc.domain.SynchronizationContext in project CzechIdMng by bcvsolutions.

the class AbstractSynchronizationExecutor method updateConfidentialAttributes.

/**
 * @deprecated since 10.1.0
 *
 * Update confidential attribute for given entity. Entity must be persisted
 * first.
 *
 * @param mappedAttributes
 * @param uid
 * @param icAttributes
 * @param dto
 * @param create (is create or update entity situation)
 * @param context
 * @return
 */
@Deprecated
protected DTO updateConfidentialAttributes(List<SysSystemAttributeMappingDto> mappedAttributes, String uid, List<IcAttribute> icAttributes, DTO dto, boolean create, SynchronizationContext context) {
    mappedAttributes.stream().filter(attribute -> {
        // Skip disabled attributes
        // Only for confidential attribute
        boolean fastResult = !attribute.isDisabledAttribute() && attribute.isConfidentialAttribute();
        if (!fastResult) {
            return false;
        }
        // Can be value set by attribute strategy?
        return this.canSetValue(uid, attribute, dto, create);
    }).forEach(attribute -> {
        String attributeProperty = attribute.getIdmPropertyName();
        Object transformedValue = getValueByMappedAttribute(attribute, icAttributes, context);
        // secured storage
        if (!(transformedValue == null || transformedValue instanceof GuardedString)) {
            throw new ProvisioningException(AccResultCode.CONFIDENTIAL_VALUE_IS_NOT_GUARDED_STRING, ImmutableMap.of("property", attributeProperty, "class", transformedValue.getClass().getName()));
        }
        confidentialStorage.saveGuardedString(dto.getId(), dto.getClass(), attributeProperty, (GuardedString) transformedValue);
    });
    return dto;
}

Example 4 with SynchronizationContext

use of eu.bcvsolutions.idm.acc.domain.SynchronizationContext in project CzechIdMng by bcvsolutions.

the class AbstractSynchronizationExecutor method startReconciliation.

/**
 * Start reconciliation. Is call after synchronization. Main purpose is find and
 * resolve missing accounts
 *
 * @param entityType
 * @param allAccountsSet
 * @param config
 * @param system
 * @param log
 * @param actionsLog
 */
protected void startReconciliation(SystemEntityType entityType, Set<String> allAccountsSet, AbstractSysSyncConfigDto config, SysSystemDto system, SysSyncLogDto log, List<SysSyncActionLogDto> actionsLog) {
    if (!log.isRunning()) {
        return;
    }
    AccAccountFilter accountFilter = new AccAccountFilter();
    accountFilter.setSystemId(system.getId());
    List<AccAccountDto> accounts = accountService.find(accountFilter, null).getContent();
    for (AccAccountDto account : accounts) {
        if (!log.isRunning()) {
            return;
        }
        String uid = account.getRealUid();
        if (!allAccountsSet.contains(uid)) {
            SysSyncItemLogDto itemLog = new SysSyncItemLogDto();
            try {
                // Default setting for log item
                itemLog.setIdentification(uid);
                itemLog.setDisplayName(uid);
                itemLog.setType(entityType.getEntityType().getSimpleName());
                // Do reconciliation for one item (produces event)
                // Start in new Transaction
                SynchronizationContext builder = new SynchronizationContext();
                builder.addUid(uid).addType(IcSyncDeltaTypeEnum.DELETE).addConfig(config).addSystem(system).addEntityType(entityType).addAccount(account).addLog(log).addLogItem(itemLog).addActionLogs(actionsLog);
                CoreEvent<SysSyncItemLogDto> event = new CoreEvent<>(SynchronizationEventType.START_ITEM, itemLog);
                event.getProperties().put(SynchronizationService.WRAPPER_SYNC_ITEM, builder);
                EventResult<SysSyncItemLogDto> lastResult = entityEventManager.process(event).getLastResult();
                boolean result = false;
                if (lastResult != null && lastResult.getEvent().getProperties().containsKey(SynchronizationService.RESULT_SYNC_ITEM)) {
                    result = (boolean) lastResult.getEvent().getProperties().get(SynchronizationService.RESULT_SYNC_ITEM);
                }
                // Update (increased counter) and check state of sync (maybe was cancelled from
                // sync or LRT)
                updateAndCheckState(result, log);
            } catch (Exception ex) {
                String message = MessageFormat.format("Reconciliation - error for uid [{0}]", uid);
                log.addToLog(message);
                log.addToLog(Throwables.getStackTraceAsString(ex));
                LOG.error(message, ex);
            } finally {
                config = synchronizationConfigService.save(config);
                boolean existingItemLog = existItemLogInActions(actionsLog, itemLog);
                actionsLog = saveActionLogs(actionsLog, log.getId());
                // 
                if (!existingItemLog) {
                    addToItemLog(itemLog, MessageFormat.format("Missing action log for UID [{0}]!", uid));
                    initSyncActionLog(SynchronizationActionType.UNKNOWN, OperationResultType.ERROR, itemLog, log, actionsLog);
                    syncItemLogService.save(itemLog);
                }
            }
        }
    }
}

Example 5 with SynchronizationContext

use of eu.bcvsolutions.idm.acc.domain.SynchronizationContext in project CzechIdMng by bcvsolutions.

the class AbstractSynchronizationExecutor method validate.

/**
 * Validate synchronization on: Exist, enable, running, has mapping, has
 * connector key, has connector configuration
 *
 * @param synchronizationConfigId
 * @return
 */
protected SynchronizationContext validate(UUID synchronizationConfigId) {
    SynchronizationContext context = new SynchronizationContext();
    // Set context as main context for whole sync.
    syncContext = context;
    AbstractSysSyncConfigDto config = synchronizationConfigService.get(synchronizationConfigId);
    // 
    if (config == null) {
        throw new ProvisioningException(AccResultCode.SYNCHRONIZATION_NOT_FOUND, ImmutableMap.of("id", synchronizationConfigId));
    }
    // Synchronization must be enabled
    if (!config.isEnabled()) {
        throw new ProvisioningException(AccResultCode.SYNCHRONIZATION_IS_NOT_ENABLED, ImmutableMap.of("name", config.getName()));
    }
    // Synchronization can not be running twice
    SysSyncLogFilter logFilter = new SysSyncLogFilter();
    logFilter.setSynchronizationConfigId(config.getId());
    logFilter.setRunning(Boolean.TRUE);
    if (!synchronizationLogService.find(logFilter, null).getContent().isEmpty()) {
        throw new ProvisioningException(AccResultCode.SYNCHRONIZATION_IS_RUNNING, ImmutableMap.of("name", config.getName()));
    }
    SysSystemMappingDto mapping = systemMappingService.get(config.getSystemMapping());
    Assert.notNull(mapping, "Mapping is required.");
    SysSchemaObjectClassDto schemaObjectClassDto = schemaObjectClassService.get(mapping.getObjectClass());
    SysSystemDto system = DtoUtils.getEmbedded(schemaObjectClassDto, SysSchemaObjectClass_.system);
    Assert.notNull(system, "System is required.");
    // System must be enabled
    if (system.isDisabled()) {
        throw new ProvisioningException(AccResultCode.SYNCHRONIZATION_SYSTEM_IS_NOT_ENABLED, ImmutableMap.of("name", config.getName(), "system", system.getName()));
    }
    SystemEntityType entityType = mapping.getEntityType();
    SysSystemAttributeMappingFilter attributeHandlingFilter = new SysSystemAttributeMappingFilter();
    attributeHandlingFilter.setSystemMappingId(mapping.getId());
    List<SysSystemAttributeMappingDto> mappedAttributes = systemAttributeMappingService.find(attributeHandlingFilter, null).getContent();
    // Find connector identification persisted in system
    IcConnectorKey connectorKey = system.getConnectorKey();
    if (connectorKey == null) {
        throw new ProvisioningException(AccResultCode.CONNECTOR_KEY_FOR_SYSTEM_NOT_FOUND, ImmutableMap.of("system", system.getName()));
    }
    // Find connector configuration persisted in system
    IcConnectorConfiguration connectorConfig = systemService.getConnectorConfiguration(system);
    if (connectorConfig == null) {
        throw new ProvisioningException(AccResultCode.CONNECTOR_CONFIGURATION_FOR_SYSTEM_NOT_FOUND, ImmutableMap.of("system", system.getName()));
    }
    context.addConfig(config).addSystem(system).addEntityType(entityType).addMappedAttributes(mappedAttributes).addConnectorConfig(connectorConfig);
    return context;
}