Uses of Class
flux.EngineException

Packages that use EngineException

flux	File Orchestration Solutions for Banking and Finance
flux.agent	Execution of processes on remote computers to increase overall system throughput and to allow processes to run on computers that contain unique resources
flux.audittrail	Audit trail
flux.file	File triggers and actions
flux.j2ee	Java EE triggers and actions
flux.logging	Logging
flux.notification	Triggers and actions that receive and send email notifications
flux.repository	Storage depot of template workflows and other reusable Flux components like engine configurations
flux.security	Security that provides user authentication, security roles, and fine-grained permissions for working with engines, the cluster, and the Operations Console

Uses of EngineException in flux

Subclasses of EngineException in flux

class

EngineCommunicationException Indicates that a communication failure, either at a low-level network level or a high-level protocol level, has occurred when working with an engine or related network object.

Methods in flux that throw EngineException

void	TimeExpression.accept(java.lang.String timeExpression) Clears any existing time expression information and uses timeExpression as the basis for any future operations.
void	Relative.acceptRelativeString(java.lang.String fromString) Accepts a time expression in the format output by the toString() method.
static java.util.Date	EngineHelper.applyTimeExpression(java.util.Date relativeTo, java.lang.String timeExpression, AllowableBusinessInterval businessInterval, java.util.TimeZone timeZone) Applies the given time expression to the specified date.
static java.util.Date	EngineHelper.applyTimeExpression(java.util.Date relativeTo, java.lang.String timeExpression, AllowableBusinessInterval businessInterval, java.util.TimeZone timeZone, int count) Applies the given time expression to the specified date several times.
static java.util.Date	EngineHelper.applyTimeExpression(java.lang.String timeExpression, AllowableBusinessInterval businessInterval, java.util.TimeZone timeZone) Applies the given time expression to the current date.
static java.util.Date	EngineHelper.applyTimeExpression(java.lang.String timeExpression, AllowableBusinessInterval businessInterval, java.util.TimeZone timeZone, int count) Applies the given time expression to the current date several times.
long	Engine.clear() Removes all flow charts, users, roles, logs, audit trail entries, and, in general, all data associated with the cluster.
void	Engine.clearAuditTrail() Removes all audit trail entries.
void	Engine.clearLogs() Removes all log entries from the database.
void	Engine.clearRunHistory() Removes all run history entries.
void	Engine.clearRunHistory(java.lang.String namespace) Removes all run history entries for the specified namespace.
long	Engine.clearSignal(java.lang.String namespace, java.lang.String signal) Clears the specified signal from all flow charts specified by a hierarchical flow chart namespace expression.
long	Engine.clearSignals(java.lang.String namespace) Clears all signals from all flow charts specified by a hierarchical flow chart namespace expression.
void	FlowChartElementIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
void	FlowChartRunIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
void	FlowChartIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
void	ForecastIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
void	ActionHistoryIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
Engine	EngineInfo.createEngineReference() Returns a fresh remote engine reference.
void	Engine.dispose() Stops the engine, disposes all engine resources, and finally shuts down the engine.
void	BusinessInterval.exclude(java.lang.String name, java.util.Date start, java.util.Date stop, java.lang.String duration, java.lang.String repeatTimeExpression, int count) Excludes a span of time from execution.
void	BusinessInterval.exclude(java.lang.String name, java.util.Date start, java.lang.String duration, java.lang.String repeatTimeExpression) Excludes a span of time from execution.
void	BusinessInterval.exclude(java.lang.String name, java.lang.String startTimeExpression, java.lang.String stopTimeExpression, java.lang.String duration, java.lang.String repeatTimeExpression, int count) Excludes a span of time from execution.
void	BusinessInterval.excludeDay(java.lang.String name, java.util.Date day) Excludes a calendar day from execution.
void	BusinessInterval.excludeDay(java.lang.String name, java.util.Date day, java.lang.String repeatTimeExpression) Excludes a calendar day from execution.
long	Engine.expedite(java.lang.String namespace) Forces the specified flow charts to be executed as soon as possible.
java.util.List<java.lang.String>	Engine.findBusinessIntervalUsages(java.lang.String businessIntervalNamespace) Finds flow charts in the engine that reference the specified business interval.
ForecastIterator	Engine.forecast(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns an ordered result of flow charts, based on the next scheduled firing time of each flow chart, given all flow charts in the specified flow chart namespace and within the specified time range.
FlowChartIterator	Engine.get() Returns all flow charts ordered by flow chart name.
FlowChart	Engine.get(java.lang.String flowChartName) Returns a flow chart whose name matches the specified flow chart name.
static CatalogNode	EngineHelper.getActionCatalog() Returns a tree of triggers and actions that can be used to construct flow charts.
ActionHistoryIterator	Engine.getActionHistory(java.lang.String flowChartName, java.util.Date lowerBound, java.util.Date upperBound) Returns historical execution timestamps which occurred within the lower and upper date boundaries for all actions and triggers in a flow chart.
ActionHistoryIterator	Engine.getActionHistory(java.lang.String flowChartName, java.util.Date lowerBound, java.util.Date upperBound, java.lang.String actionType) Returns historical execution timestamps which occurred within the lower and upper date boundaries for an action or trigger type in a flow chart.
ActionHistoryIterator	Engine.getActionHistory(java.lang.String flowChartName, java.lang.String actionName) Returns historical timestamps for an action or trigger in a flow chart.
ActionHistoryIterator	Engine.getActionHistory(java.lang.String flowChartName, java.lang.String actionName, java.util.Date lowerBound, java.util.Date upperBound) Returns historical execution timestamps which occurred within the lower and upper date boundaries for an action or trigger in a flow chart.
AgentAdministrator	Engine.getAgentAdministrator() Returns the agent administrator for this engine instance, which is responsible for registering agents, unregistering agents, monitoring agents, and accepting responses from agents.
static java.util.Properties	EngineHelper.getApplicationProperties() Loads application-specific properties from the "factories.properties" file, which must be located on the system class path, on the current class loader's class path, or in the directory where the JVM is started, which is specified by the system property "user.dir".
java.lang.Object	DynamicMethod.getArgument(int index) Returns the argument corresponding to the listener's method signature.
java.lang.Class	DynamicMethod.getArgumentType(int index) Returns the argument type corresponding to the listener's method signature.
java.lang.String	Engine.getAuditTrailExpiration() Returns a time expression indicating how old individual audit trail entries in the Flux audit trail must be before they are automatically pruned.
long	Engine.getAverageRuntime(java.lang.String namespace) Returns the average length of execution time in milliseconds for all runs in the specified namespace.
long	Engine.getAverageRuntime(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns the average length of execution time in milliseconds for all runs in the specified namespace which occurred within the lower and upper date boundaries.
long	Engine.getAverageRuntimeForAction(java.lang.String flowChartName, java.lang.String actionName) Returns the average length of execution time for an action or trigger in a specific flow chart.
long	Engine.getAverageRuntimeForAction(java.lang.String flowChartName, java.lang.String actionName, java.util.Date lowerBound, java.util.Date upperBound) Returns the average length of execution time for an action or trigger in a specific flow chart for all execution times which occurred in the specified date boundaries.
long	Engine.getAverageWaitTimeForTrigger(java.lang.String flowChartName, java.lang.String triggerName) Returns the average length of time a trigger in a specific flow chart took to fire.
long	Engine.getAverageWaitTimeForTrigger(java.lang.String flowChartName, java.lang.String triggerName, java.util.Date lowerBound, java.util.Date upperBound) Returns the average length of time a trigger in a specific flow chart took to fire during the specified date boundaries.
FlowChartIterator	Engine.getByState(java.lang.String namespace, SuperState superState, SubState subState) Returns all flow charts in the given state and namespace, ordered first by flow chart super-state, then by flow chart sub-state, then by namespace.
int	Engine.getConcurrencyLevel() Returns the concurrency throttle limit in the root node of the runtime configuration tree, assuming the root concurrency throttle expression is "/ <= N", where N is the limit.
Configuration	Engine.getConfiguration() Returns the configuration for this engine instance.
float	Engine.getCpuUsage() Returns the percentage of CPU usage for the system running the Flux engine.
FlowChartElementIterator	Engine.getFlowChartElements(java.lang.String namespace) Returns the fundamental components of all flow charts, ordered by flow chart name, whose names match the specified hierarchical flow chart namespace expression.
FlowChartElementIterator	Engine.getFlowChartElements(java.lang.String namespace, SortOrder sortOrder) Returns the fundamental components of all flow charts, ordered by flow chart name, whose names match the specified hierarchical flow chart namespace expression.
FlowChartElementIterator	Engine.getFlowChartElements(java.lang.String namespace, SuperState superState, java.util.Set<SubState> subStates, java.lang.String engineName, java.lang.String actionName, java.lang.String messageFilter) Returns the fundamental components of all running flow contexts within executing flow charts that match the specified search criteria, which are described in the method parameters.
FlowChartElementIterator	Engine.getFlowChartElements(java.lang.String namespace, SuperState superState, java.util.Set<SubState> subStates, java.lang.String engineName, java.lang.String actionName, java.lang.String messageFilter, SortOrder sortOrder) Returns the fundamental components of all running flow contexts within executing flow charts that match the specified search criteria, which are described in the method parameters.
FlowChartIterator	Engine.getFlowCharts(java.lang.String namespace) Returns all flow charts, ordered by flow chart name, whose names match the specified hierarchical flow chart namespace expression.
long	Engine.getFreePhysicalMemory() Returns the amount of physical memory on the system running the engine, in kilobytes.
long	Engine.getFreeVirtualMemory() Returns the amount of free virtual memory on the system running the engine, in kilobytes.
java.net.URL	Rmi.getHostAsUrl() Returns the host, registry port, and bind name where the RMI server object is located.
java.lang.Object	RmiAction.getKey() Returns optional data that is passed to the RMI server object to provide context as it is invoked.
java.lang.Object	KeyFlowContext.getKey() Returns the user-defined key that is associated with this listener.
java.lang.Class	DynamicJavaAction.getListener() Returns the listener that receives a callback.
java.lang.Class	JavaAction.getListener() Returns the listener that receives a callback.
java.lang.String	Engine.getLogExpiration() Returns a time expression indicating how old individual log entries in the Flux logs must be before they are automatically pruned.
long	Engine.getLongestRuntime(java.lang.String namespace) Returns the runtime in milliseconds of the longest flow chart run in the specified namespace.
long	Engine.getLongestRuntime(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns the runtime in milliseconds of the longest flow chart run in the specified namespace which occurred within the lower and upper date boundaries.
long	Engine.getLongestRuntimeForAction(java.lang.String flowChartName, java.lang.String actionName) Returns the longest runtime in milliseconds for an action or trigger in a specific flow chart.
long	Engine.getLongestRuntimeForAction(java.lang.String flowChartName, java.lang.String actionName, java.util.Date lowerBound, java.util.Date upperBound) Returns the longest runtime in milliseconds for an action or trigger in a specific flow chart for all execution times which occurred in the specified date boundaries.
long	Engine.getOpenRunCount(java.lang.String namespace) Returns the total number of flow chart runs that have not completed in the specified namespace which occurred within the lower and upper date boundaries.
long	Engine.getOpenRunCount(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns the total number of flow chart runs which have not completed in the specified namespace which occurred within the lower and upper date boundaries.
java.util.SortedSet<java.lang.String>	FlowContext.getRaisedSignals() Returns all signals that have been raised on the current action.
RepositoryAdministrator	Engine.getRepositoryAdministrator() Returns the repository administrator which can be used to retrieve or manage flow charts in the flow chart repository.
long	Engine.getRunCount(java.lang.String namespace) Returns the total number of flow chart runs in the specified namespace.
long	Engine.getRunCount(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns the total number of flow chart runs in the specified namespace that occurred within the lower and upper date boundaries.
FlowChartRunIterator	Engine.getRuns(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns all runs in the specified namespace that occurred within the lower and upper date boundaries.
FlowChartRunIterator	Engine.getRuns(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, SortOrder sortOrder) Returns all runs in the specified namespace that occurred within the lower and upper date boundaries.
RuntimeConfigurationNode	Engine.getRuntimeConfiguration() Returns the existing runtime configuration for this engine instance.
SecurityAdministrator	Engine.getSecurityAdministrator() Returns the security administrator for this Flux engine, which is responsible for managing users, roles, and other security issues.
double	ForEachNumberAction.getStartOfRange() Returns the start of the range of numbers.
java.lang.String	FlowContext.getStatus() Returns the status message for this flow context, which is an optional natural language description that describes the state of this flow context within the scope of its enveloping flow chart.
long	Engine.getTotalPhysicalMemory() Returns the total amount of virtual memory on the system running the engine, in kilobytes.
long	Engine.getTotalVirtualMemory() Returns the total amount of virtual memory for the system running the engine, in kilobytes.
long	Engine.getUnsuccessfulRunCount(java.lang.String namespace) Returns the total number of unsuccessful flow chart runs in the specified namespace.
long	Engine.getUnsuccessfulRunCount(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound) Returns the total number of unsuccessful flow chart runs in the specified namespace which occurred within the lower and upper date boundaries.
java.lang.String	Engine.getVersion() Returns version information for this Flux engine.
boolean	FlowChartElementIterator.hasNext() Indicates whether there are more flow charts in this iterator.
boolean	FlowChartRunIterator.hasNext() Indicates whether there are more flow chart runs in this iterator.
boolean	FlowChartIterator.hasNext() Indicates whether there are more flow charts in this iterator.
boolean	ForecastIterator.hasNext() Indicates whether there are more forecast elements in this iterator.
boolean	ActionHistoryIterator.hasNext() Indicates whether there are more action history elements in this iterator.
void	BusinessInterval.include(java.lang.String name, java.util.Date start, java.util.Date stop, java.lang.String duration, java.lang.String repeatTimeExpression, int count) Includes a span of time from execution.
void	BusinessInterval.include(java.lang.String name, java.util.Date start, java.lang.String duration, java.lang.String repeatTimeExpression) Includes a span of time from execution.
void	BusinessInterval.include(java.lang.String name, java.lang.String startTimeExpression, java.lang.String stopTimeExpression, java.lang.String duration, java.lang.String repeatTimeExpression, int count) Includes a span of time from execution.
void	BusinessInterval.includeDay(java.lang.String name, java.util.Date day) Includes a calendar day from execution.
void	BusinessInterval.includeDay(java.lang.String name, java.util.Date day, java.lang.String repeatTimeExpression) Includes a calendar day for execution.
long	Engine.interrupt(java.lang.String namespace) Interrupts the specified flow charts as soon as possible.
boolean	AllowableBusinessInterval.isAllowed(java.util.Date start, java.lang.String duration, boolean includeEntireSpan, java.util.TimeZone timeZone) Creates a span of time, starting with the "start" date and continuing for the Time Expression specified in "duration".
boolean	AllowableBusinessInterval.isAllowed(java.util.Date instant, java.util.TimeZone timeZone) Determines if a job is allowed to run at the specified instant in time in the specified time zone.
boolean	Engine.isDisposed() Indicates whether the engine has been disposed and is no longer usable.
boolean	EngineInfo.isReachable() Indicates whether this engine is accessible.
boolean	Engine.isRunning() Indicates if the engine has been started.
boolean	EngineInfo.isSecured() Indicates whether this engine has security enabled.
boolean	FlowContext.isSignalRaised(java.lang.String signal) Indicates whether the specified signal has been raised on the current action.
boolean	FlowContext.isTimedOut() Indicates whether the current action has timed out.
boolean	Condition.isTrue(FlowContext flowContext) Evaluates this condition's expression.
boolean	Engine.join(java.lang.String namespace, java.lang.String timeoutTimeExpression) Waits (blocks) until there are no flow charts in the specified namespace or a timeout occurs.
boolean	Engine.join(java.lang.String namespace, java.lang.String timeoutTimeExpression, java.lang.String pollingDelayTimeExpression) Waits (blocks) until there are no flow charts in the specified namespace or a timeout occurs.
void	Engine.login(java.lang.String username, java.lang.String password) For security purposes, logs the caller into the engine as the specified user.
void	Engine.logout() For security purposes, logs the caller out of the engine as the specified user.
abstract Engine	Factory.lookupEngine(java.lang.String host) Looks up a remote engine at the specified host.
abstract Engine	Factory.lookupEngine(java.lang.String host, int port) Looks up a remote engine at the specified host and port.
abstract Engine	Factory.lookupEngine(java.lang.String host, int port, boolean ssl) Looks up a remote engine at the specified host.
flux.dev.BusinessIntervalComponent	BusinessIntervalFactory.makeBusinessIntervalForDay(java.lang.String name, java.util.Date day) Returns a new BusinessIntervalComponent that represents a single calendar day.
flux.dev.BusinessIntervalComponent	BusinessIntervalFactory.makeBusinessIntervalForDay(java.lang.String name, java.util.Date day, java.lang.String repeatTimeExpression) Returns a new BusinessIntervalComponent that represents an all day interval that repeats according to repeatTimeExpression.
flux.dev.BusinessIntervalComponent	BusinessIntervalFactory.makeBusinessIntervalForRange(java.lang.String name, java.util.Date start, java.util.Date stop, java.lang.String duration, java.lang.String repeatTimeExpression, int count) Returns a new BusinessIntervalComponent that represents an interval with an arbitrary duration, starting at the specified start date (inclusive), ending at the specified end date (exclusive), and repeating according to repeatTimeExpression for the specified number of times.
flux.dev.BusinessIntervalComponent	BusinessIntervalFactory.makeBusinessIntervalForRange(java.lang.String name, java.util.Date start, java.lang.String duration, java.lang.String repeatTimeExpression) Returns a new BusinessIntervalComponent that represents an interval with an arbitrary duration, starting at the specified start date (inclusive), and repeating according to repeatTimeExpression.
abstract java.lang.String	Factory.makeEncryptedPassword(java.lang.String password) Returns the supplied clear-text password in encrypted format.
abstract Engine	Factory.makeEngine() Creates an engine with a default, non-clusterable Derby database.
abstract Engine	Factory.makeEngine(Configuration configuration) Creates an engine using the supplied configuration.
abstract Engine	Factory.makeEngine(java.lang.String configurationFile) Creates an engine using the supplied configuration file; if the engine is later restarted with a new configuration, the configuration file specified here will be overwritten with the new configuration.
java.lang.Object	FlowChart.makeFactory(java.lang.String name) Creates a custom factory for creating custom actions and triggers.
static java.util.List<FlowChart>	EngineHelper.makeFlowChartsFromCrontab(java.io.InputStream crontabInputStream) Creates a list of flow charts from a Crontab input stream, which represents a standard Unix Crontab file that contains Unix Cron jobs.
static java.util.List<FlowChart>	EngineHelper.makeFlowChartsFromXml(java.io.InputStream xmlStream) Creates a list of flow charts from an XML input stream.
static java.util.List<FlowChart>	EngineHelper.makeFlowChartsFromXml(java.io.InputStream xmlStream, boolean verify) Creates a list of flow charts from an XML input stream.
abstract Engine	Factory.makeJ2seEngine(DatabaseType databaseType, java.lang.String driver, java.lang.String url, java.lang.String username, java.lang.String password, int maxConnections, java.lang.String tablePrefix) Creates an engine using database connection information from a JDBC driver.
abstract Engine	Factory.makeJ2seRemoteEngine(DatabaseType databaseType, java.lang.String driver, java.lang.String url, java.lang.String username, java.lang.String password, int maxConnections, java.lang.String tablePrefix, java.lang.String host, int port) Creates an remote engine using database connection information from a JDBC driver.
static java.lang.Object	EngineHelper.makeJavaBeanFromXml(java.io.InputStream xmlStream) Creates a JavaBean from an XML input stream, which conforms to the XML DTD file java-bean-5-0.dtd.
abstract JmxFactory	Factory.makeJmxFactory() Makes a new JmxFactory, which is responsible for creating Flux JMX MBeans, which are used for managing Flux engines from JMX management consoles.
abstract Engine	Factory.makeRemoteEngine() Creates an remote engine with a default in-memory database.
static TimeExpression	EngineHelper.makeTimeExpression(java.lang.String timeExpression) Makes either a Cron time expression object or a Relative time expression object, based on the specified time expression string.
static void	EngineHelper.makeXmlFromFlowCharts(java.util.List<FlowChart> flowCharts, java.io.OutputStream xmlStream, boolean verify) Writes one or more flow charts to an XML output stream.
static void	EngineHelper.makeXmlFromJavaBean(java.lang.Object javaBean, java.io.OutputStream xmlStream) Writes a JavaBean to an XML output stream, which conforms to the XML DTD file java-bean-5-0.dtd.
FlowChartElement	FlowChartElementIterator.next() Returns the next flow chart element in this iterator.
FlowChartRun	FlowChartRunIterator.next() Returns the next flow chart run in this iterator.
FlowChart	FlowChartIterator.next() Returns the next flow chart in this iterator.
ForecastElement	ForecastIterator.next() Returns the next forecast element in this forecast iterator.
java.util.Date	TimeExpression.next() Returns the next date that satisfies the constraints of this Time Expression.
ActionHistory	ActionHistoryIterator.next() Returns the next action history elements in this iterator.
java.util.Date	TimeExpression.next(java.util.Date after) Returns the next date that satisfies the constraints of this Time Expression; the next date comes strictly after the specified date.
long	Engine.pause(java.lang.String namespace) Pauses all flow charts specified by a hierarchical flow chart namespace expression.
void	Engine.ping() An empty method that performs absolutely no function except to verify that the engine is alive.
java.util.Date	Cron.previous() Returns the previous date that satisfies the constraints of this Time Expression.
java.util.Date	Cron.previous(java.util.Date before) Returns the previous date that satisfies the constraints of this Time Expression; the previous date comes strictly before the specified date.
java.lang.String	Engine.put(FlowChart flowChart) Adds a new flow chart for execution, or if the flow chart already exists, modifies it.
java.lang.String	Engine.put(FlowChart flowChart, boolean replace) Adds a new flow chart for execution, or if the flow chart already exists on the engine, replaces it with a new one, if replace is set to true.
long	Engine.raiseSignal(java.lang.String namespace, java.lang.String signal) Raises the specified signal on all flow charts specified by a hierarchical flow chart namespace expression.
long	Engine.recover(java.lang.String namespace) Restarts all flow contexts that are in the ERROR super-state and the FAILED sub-state from the beginning of the main-line (not the default error handler) flow chart transaction that led to the FAILED state.
long	Engine.recover(java.lang.String namespace, boolean skipOffendingAction) Restarts all flow contexts that are in the ERROR super-state and the FAILED sub-state from the beginning of the main-line (not the default error handler) flow chart transaction that led to the FAILED state.
long	Engine.remove(java.lang.String namespace) Removes executing flow charts from the engine.
long	Engine.rename(java.lang.String oldNamespace, java.lang.String newNamespace) Renames all flow charts in the old namespace to the new namespace.
void	Engine.restart(Configuration configuration) Provides a way to reconfigure an engine without creating a new engine object.
long	Engine.restart(java.lang.String namespace) Restarts all flow charts specified by a hierarchical flow chart namespace expression.
long	Engine.resume(java.lang.String namespace) Resumes all flow charts specified by the hierarchical flow chart namespace expression.
AuditTrailIterator	Engine.scanAuditTrail(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, java.util.Set<java.lang.String> auditTrailEventNames, java.lang.String messageFilter) Returns an ordered result of audit trail entries from the Flux audit trail.
AuditTrailIterator	Engine.scanAuditTrail(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, java.util.Set<java.lang.String> auditTrailEventNames, java.lang.String messageFilter, SortOrder sortOrder) Returns an ordered result of audit trail entries from the Flux audit trail.
AuditTrailIterator	Engine.scanAuditTrailByUser(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, java.util.Set<java.lang.String> auditTrailEventNames, java.lang.String messageFilter, java.lang.String username) Returns an ordered result of audit trail entries from the Flux audit trail.
AuditTrailIterator	Engine.scanAuditTrailByUser(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, java.util.Set<java.lang.String> auditTrailEventNames, java.lang.String messageFilter, java.lang.String username, SortOrder sortOrder) Returns an ordered result of audit trail entries from the Flux audit trail.
LogIterator	Engine.scanLogs(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, Level loggingLevel, java.lang.String logger, java.lang.String messageFilter, java.lang.String engineName) Returns an ordered result of log entries from the Flux logs.
LogIterator	Engine.scanLogs(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, Level loggingLevel, java.lang.String logger, java.lang.String messageFilter, java.lang.String engineName, SortOrder sortOrder) Returns an ordered result of log entries from the Flux logs.
LogIterator	Engine.scanLogsByUser(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, Level loggingLevel, java.lang.String logger, java.lang.String messageFilter, java.lang.String engineName, java.lang.String username) Returns an ordered result of log entries from the Flux logs.
LogIterator	Engine.scanLogsByUser(java.lang.String namespace, java.util.Date lowerBound, java.util.Date upperBound, Level loggingLevel, java.lang.String logger, java.lang.String messageFilter, java.lang.String engineName, java.lang.String username, SortOrder sortOrder) Returns an ordered result of log entries from the Flux logs.
void	Engine.sendToAuditTrail(java.lang.String eventName, java.lang.String eventMessage) Publishes an audit trail event using the given name and message.
void	Engine.setAuditTrailExpiration(java.lang.String auditTrailExpiration) Sets a time expression indicating how old individual audit trail entries in the Flux audit trail must be before they are automatically pruned.
void	Engine.setConcurrencyLevel(int level) Sets the concurrency throttle limit in the root node of the runtime configuration tree, assuming the root concurrency throttle expression is "/ <= N", where N is the limit or level.
void	Configuration.setDatabaseProperties(java.lang.String databasePropertiesFile) Sets the DATABASE_PROPERTIES configuration property.
void	FlowChart.setDeadline(java.util.Date deadline) Sets the date when this flow chart or denoted flow chart run should finish execution.
void	FlowChart.setDeadline(java.lang.String timeExpression) Sets the deadline for this flow chart or denoted flow chart run using a time expression.
void	FlowChart.setDeadlineWindow(java.lang.String timeExpression) Sets a relative time expression which specifies when to publish the DeadlineApproachingEvent to the audit trail, expression is relative to the deadline date.
void	DelayTrigger.setDelayTimeExpression(java.lang.String delayTimeExpression) Sets a time expression that describes how long to wait.
void	TimerTrigger.setEndTimeExpression(java.lang.String timeExpression) Applies the specified time expression to the current date to determine when this timer trigger expires.
void	DelayTrigger.setExpirationTimeExpression(java.lang.String expirationTimeExpression) Sets the time expression that governs when this trigger expires.
void	Rmi.setHost(java.net.URL host) Sets the host, registry port, and bind name where the RMI server object is located.
void	RmiAction.setKey(java.lang.Object key) Sets optional data that is passed to the RMI server object to provide context as it is invoked.
void	TimerTrigger.setLateTimeWindow(java.lang.String timeExpression) Sets a time expression that indicates the latest a timer trigger may fire past its scheduled firing time without being skipped.
void	TimerTrigger.setLateTimeWindow(java.lang.String timeExpression, boolean enableMakeupFiring) Sets a time expression that indicates the latest a timer trigger may fire past its scheduled firing time without being skipped.
void	Engine.setLogExpiration(java.lang.String logExpiration) Sets a time expression indicating how old individual log entries in the Flux logs must be before they are automatically pruned.
void	DatabaseConditionTrigger.setPollingDelay(java.lang.String timeExpression) Sets the delay that occurs between database queries.
void	Rmi.setPort(int port) Sets the registry port where the RMI server object is located.
void	Engine.setRuntimeConfiguration(RuntimeConfigurationNode runtimeConfiguration) Sets the runtime configuration for this engine instance to a new runtime configuration after this engine has been instantiated.
void	ForEachNumberAction.setStepping(long stepping) Sets the distance between successive numbers in the range.
void	TimerTrigger.setTimeExpression(java.lang.String timeExpression) Sets the time expression that governs how frequently this timer trigger fires.
long	Engine.size() Returns the number of flow charts in the engine.
long	Engine.size(java.lang.String namespace) Returns the number of flow charts in the specified hierarchical flow chart namespace within the engine.
long	Engine.sizeByState(java.lang.String namespace, SuperState superState, SubState subState) Returns the number of flow charts in the specified state and hierarchical flow chart namespace within the engine.
static java.util.Date	EngineHelper.skip(java.util.Date start, java.util.Date limit, java.lang.String timeExpression, AllowableBusinessInterval businessInterval) Repeatedly applies the time expression to the start date to derive the smallest date that meets or exceeds the limit date.
static java.util.Date	EngineHelper.skip(java.util.Date start, java.util.Date limit, java.lang.String timeExpression, AllowableBusinessInterval businessInterval, int count) Repeatedly applies the time expression to the start date until the repeat count expires or the smallest date that meets or exceeds the limit date is calculated.
void	Engine.start() Instructs the engine to start executing flow charts.
void	Engine.stop() Instructs the engine to stop executing flow charts.
java.lang.String	FlowContext.substitute(java.lang.String value) Performs variable substitution on a string that may contain Flux variable substitution expressions.
void	Configuration.verify() Indicates whether this configuration is valid.
void	Action.verify() Indicates if this action was configured correctly.
void	FlowChart.verify() Indicates whether this flow chart and all the actions within this flow chart are configured correctly.
void	Action.verifyOnClient() Indicates if this action is configured correctly on or in a client, not necessarily on or in a server.
void	FlowChart.verifyOnClient() Indicates whether this flow chart and all the actions within this flow chart are configured correctly on or in a client, not necessarily on or in a server.

Constructors in flux that throw EngineException

Configuration(java.util.Properties properties)
Makes an engine configuration using the supplied configuration properties.

Configuration(java.lang.String propertiesFile)
Makes an engine configuration using the supplied configuration properties file.

Uses of EngineException in flux.agent

Methods in flux.agent that throw EngineException

void	AgentAdministrator.dispose(java.lang.String id) Unregisters this agent and then shuts it down.
AgentInfo	AgentAdministrator.get(java.lang.String id) Returns information about the specified Flux agent, which is assumed to be already registered with a Flux engine in this cluster.
java.util.SortedSet<AgentInfo>	AgentAdministrator.getAll() Returns information about all Flux agents that are registered with any Flux engine in this cluster.
void	AgentAdministrator.interrupt(java.lang.String id) Interrupts the currently executing process on the specified agent.
void	AgentAdministrator.restart(AgentConfiguration configuration) Provides a way to reconfigure an agent without creating a new agent object.
void	AgentAdministrator.start(java.lang.String id) Starts the specified agent.
void	AgentAdministrator.stop(java.lang.String id) Stops the specified agent.

Uses of EngineException in flux.audittrail

Methods in flux.audittrail that throw EngineException

boolean	AuditTrailIterator.hasNext() Indicates whether there are more audit trail entries in this iterator.
AuditTrailEntry	AuditTrailIterator.next() Returns the next audit trail entry in this iterator.
long	AuditTrailIterator.size() Returns the total number of audit trail entries available to this iterator throughout this iterator object's lifetime.

Uses of EngineException in flux.file

Subclasses of EngineException in flux.file

class

FileActionException Indicates that an error has occurred in a file action and contains file listings for successful and unsuccessful file operations that occurred before the file action failed.

Methods in flux.file that throw EngineException

void	SingleFileParameter.clear() Removes all files and directories that will be operated on in the file operation.
java.lang.Class	FtpHost.getFileListParser() Returns the optional class that parses FTP directory listings.
java.util.List<IncludesFileCriteria>	SingleFileParameter.getSources() Returns the set of files and directories that will be operated on in the file operation.
abstract PgpKeyPair	PgpKeyFactory.makeElGamalKeyPair(int size) Makes an ElGamal PGP public/private key pair.
abstract PgpKeyPair	PgpKeyFactory.makeElGamalKeyPair(int size, java.lang.String password) Makes an ElGamal PGP public/private key pair with password protection on the private key.
Renamer	FileFactory.makeGlobRenamer(java.lang.String fromPattern, java.lang.String toPattern) Renamers are used by file actions that operate on sources and targets.
Renamer	FileFactory.makeRegexRenamer(java.lang.String fromPattern, java.lang.String toPattern) Renamers are used by file actions that operate on sources and targets.
abstract PgpKeyPair	PgpKeyFactory.makeRsaKeyPair(int size) Makes an RSA PGP public/private key pair.
abstract PgpKeyPair	PgpKeyFactory.makeRsaKeyPair(int size, java.lang.String password) Makes an RSA PGP public/private key pair with password protection on the private key.
void	FtpHost.setFileListParser(java.lang.Class fileListParser) Sets the class that parses FTP directory listings.
void	FileTrigger.setPollingDelay(java.lang.String timeExpression) Sets the delay that occurs between file polling.
void	FileStableTrigger.setStablePeriod(java.lang.String timeExpression) Sets the period during which a candidate file for triggering must not be modified before the trigger will fire.

Uses of EngineException in flux.j2ee

Methods in flux.j2ee that throw EngineException

DynamicMethod	DynamicEjbEntityAction.getHomeMethod() Returns a method on an EJB home interface, which is responsible for returning one or more remote references.
DynamicMethod	EjbEntityAction.getHomeMethod() Returns a method on an EJB home interface, which is responsible for returning one or more remote references.
java.lang.Class	EjbListener.getListenerHome() Returns the home of the listener that receives a callback.
void	DynamicEjbEntityAction.setHomeMethod(DynamicMethod homeMethod) Sets a method on an EJB home interface, which is responsible for returning one or more remote references.
void	EjbEntityAction.setHomeMethod(DynamicMethod homeMethod) Sets a method on an EJB home interface, which is responsible for returning one or more remote references.

Uses of EngineException in flux.logging

Methods in flux.logging that throw EngineException

boolean	LogIterator.hasNext() Indicates whether there are more log entries in this iterator.
LogEntry	LogIterator.next() Returns the next log entry in this iterator.

Uses of EngineException in flux.notification

Methods in flux.notification that throw EngineException

java.util.List<java.net.URL>	MailAction.getAttachments() Returns the mail attachments for this mail.
MailProtocol	MailTrigger.getProtocol() Returns the mail protocol used to communicate with the mail server.

Uses of EngineException in flux.repository

Methods in flux.repository that throw EngineException

void	RepositoryIterator.close() YOU MUST CALL CLOSE() ON THIS ITERATOR WHEN YOU ARE FINISHED USING IT!
long	RepositoryAdministrator.copy(java.lang.String sourceNamespace, java.lang.String destinationNamespace) Duplicates a repository element by copying the source element to the destination element.
java.util.List<java.lang.String>	RepositoryAdministrator.findBusinessIntervalUsages(java.lang.String businessIntervalNamespace) Finds repository flow charts that reference the specified business interval.
java.lang.Object	RepositoryElement.get() Returns the specific object that this repository element represents.
RepositoryIterator	RepositoryAdministrator.get(java.lang.String namespace) Returns elements from the repository.
RepositoryIterator	RepositoryAdministrator.get(java.lang.String namespace, java.util.Set<RepositoryElementType> elementTypes) Returns elements from the repository.
RepositoryIterator	RepositoryAdministrator.get(java.lang.String namespace, java.util.Set<RepositoryElementType> elementTypes, SortOrder sortOrder) Returns elements from the repository.
RepositoryIterator	RepositoryAdministrator.get(java.lang.String namespace, SortOrder sortOrder) Returns elements from the repository.
AgentConfiguration	RepositoryElement.getAgentConfiguration() Returns this repository element specifically as an agent configuration.
AllowableBusinessInterval	RepositoryElement.getBusinessInterval() Returns this repository element specifically as a business interval.
RepositoryElement	RepositoryAdministrator.getElement(java.lang.String namespace) Returns the repository element at the specified namespace from the repository.
Configuration	RepositoryElement.getEngineConfiguration() Returns this repository element specifically as an engine configuration.
FlowChart	RepositoryElement.getFlowChart() Returns this repository element specifically as a flow chart.
PgpKeyPair	RepositoryElement.getPgpKeyPair() Returns this repository element specifically as a PGP key pair.
boolean	RepositoryIterator.hasNext() Indicates whether there are more flow charts or engine configurations or agent configurations or PGP keys or business intervals in the repository.
RepositoryElement	RepositoryIterator.next() Returns the next flow chart or engine configuration or agent configuration or PGP key or business interval in the repository.
void	RepositoryAdministrator.promote(java.lang.String namespace, java.lang.String host, int port, boolean ssl, java.lang.String username, java.lang.String password) Copies one element from the local (source) repository to the (target) repository of a different cluster.
void	RepositoryAdministrator.put(FlowChart flowChart, boolean overwrite) Inserts or modifies a flow chart in the repository.
void	RepositoryAdministrator.put(FlowChart flowChart, java.lang.String description, boolean overwrite) Inserts or modifies a flow chart in the repository with a description.
java.lang.String	RepositoryAdministrator.put(java.lang.String namespace, AgentConfiguration agentConfiguration, boolean overwrite) Inserts or modifies an agent configuration in the repository.
java.lang.String	RepositoryAdministrator.put(java.lang.String namespace, AllowableBusinessInterval businessInterval, boolean overwrite) Inserts or modifies a business interval in the repository.
java.lang.String	RepositoryAdministrator.put(java.lang.String namespace, Configuration configuration, boolean overwrite) Inserts or modifies an engine configuration in the repository.
java.lang.String	RepositoryAdministrator.put(java.lang.String namespace, java.lang.String description, PgpKeyPair keyPair, boolean overwrite) Inserts or modifies a PGP private or public key in the repository.
long	RepositoryAdministrator.remove(java.lang.String namespace) Removes all elements in the repository in the specified namespace.
long	RepositoryAdministrator.rename(java.lang.String existingNamespace, java.lang.String newNamespace) Renames a repository element by changing the elements' namespace in the repository.
long	RepositoryAdministrator.size(java.lang.String namespace) Returns the number of repository elements in the specified namespace.

Uses of EngineException in flux.security

Methods in flux.security that throw EngineException

Role	SecurityAdministrator.getRole(java.lang.String rolename) Returns the specified role.
java.util.SortedSet<Role>	SecurityAdministrator.getRoles() Returns all roles sorted by role name.
User	SecurityAdministrator.getUser(java.lang.String username) Returns the specified user.
UserIterator	SecurityAdministrator.getUsers() Returns all users sorted by username.
UserIterator	SecurityAdministrator.getUsers(java.lang.String userPattern) Returns all users that match the specified pattern, sorted by username.
boolean	UserIterator.hasNext() Indicates whether there are more users in this iterator.
User	UserIterator.next() Returns the next user in this iterator.
void	SecurityAdministrator.putRole(Role role) Adds or updates a role.
void	SecurityAdministrator.putUser(User user) Adds or updates a user in the cluster.
boolean	SecurityAdministrator.removeRole(java.lang.String rolename) Deletes the specified role.
boolean	SecurityAdministrator.removeUser(java.lang.String username) Deletes the specified user from the Flux engine.
boolean	SecurityAdministrator.renameRole(java.lang.String oldRolename, java.lang.String newRolename) Renames an existing role.
long	SecurityAdministrator.sizeUsers() Returns the number of users in the Flux engine.