Uses of Interface
rcf.core.concurrent.schedule.Task

Packages that use Task

radtools	The main package of the RADTools project, contains all the primary documentation.
radtools.services	The basis of this package is the RADService interface, but it also contains all of the implementations of that interface, including RADTools.
radtools.services.haproxy	Code for managing HAProxy systems.
radtools.services.lighttpd	Code for managing LigHTTPD systems.
radtools.services.mysql	Code for managing MySQL systems.
radtools.services.ror	Code for managing Ruby on Rails systems.
rcf.core.concurrent.schedule	Support for task management, this package similar in concept to java.util.concurrent, but is integrated with the rcf.core.concurrent.events package.
rcf.core.concurrent.transactions	This package contains a uniform abstraction of transactions, which is the basis of the transaction support in transactional collections among other things.
rcf.core.framework	Contains the primary run time and management classes for RCF.
rcf.core.framework.component	The basis of the RCF component framework, on top of which all the bundling and application level indirection is built.
rcf.core.framework.services	Contains the Application and Service abstractions which form the basis of applications which use the RCF framework.

Uses of Task in radtools

Classes in radtools that implement Task

class

Main The main class of the RADTools project.

Uses of Task in radtools.services

Classes in radtools.services that implement Task

class	AbstractRADService.RefreshTask TODO: Javadoc
class	AbstractRADService.UpdateTask TODO: Javadoc

Uses of Task in radtools.services.haproxy

Classes in radtools.services.haproxy that implement Task

class

HAProxyLinux.ConfigTask An implementation of TimerTask which is used to schedule updates to the HAProxy configuration file.

Uses of Task in radtools.services.lighttpd

Classes in radtools.services.lighttpd that implement Task

class

LigHTTPDLinux.ConfigTask TODO: Javadoc

Uses of Task in radtools.services.mysql

Classes in radtools.services.mysql that implement Task

class

MySQLFedora.ConfigTask TODO: Javadoc

Uses of Task in radtools.services.ror

Classes in radtools.services.ror that implement Task

class	RoRServerLinux.ConfigDatabaseTask TODO: Javadoc
class	RoRServerLinux.ConfigEnvironmentTask TODO: Javadoc

Uses of Task in rcf.core.concurrent.schedule

Classes in rcf.core.concurrent.schedule with type parameters of type Task

class	TaskStateAdapter<T extends Task> TODO: Javadoc
class	TaskStateFilter<T extends Task> TODO: Javadoc

Subinterfaces of Task in rcf.core.concurrent.schedule

interface	ConcurrentRunnableTask TODO: Javadoc TODO: Turn state names into hyperlinks Normal states: Runnable -> Committed
interface	Future<T> TODO: Javadoc
interface	InterruptibleFuture TODO: Javadoc
interface	InterruptibleTask TODO: Javadoc TODO: Turn state names into hyperlinks Normal states: Runnable -> Running -> Committed Can be interrupted! (Goes into Interrupting -> Interrupted) May also go into Aborting -> Aborted for some tasks, since that's generally a better condition.
interface	RunnableFuture<T> TODO: Javadoc TODO: Document normal states: Runnable -> Committed
interface	RunnableTask TODO: Javadoc TODO: Turn state names into hyperlinks Normal states: Runnable -> Committed
interface	TaskQueue<R extends RunnableTask> TODO: Javadoc
interface	TimerTask TODO: Javadoc Timer tasks are comparable by their date.

Classes in rcf.core.concurrent.schedule that implement Task

class	AbstractInterruptibleTask TODO: Javadoc
class	AbstractTask TODO: Javadoc
class	MethodRunnableFuture TODO: Javadoc
static class	TimerTask.Abstract TODO: Javadoc
static class	TimerTask.Default TODO: Javadoc

Fields in rcf.core.concurrent.schedule declared as Task

protected Task

TaskEvent.Default.source TODO: Javadoc

Fields in rcf.core.concurrent.schedule with type parameters of type Task

protected SoftReference<rcf.core.util.filter.Filter<Task>>

Task.State.filter TODO: Javadoc A soft reference to filter for this state.

Methods in rcf.core.concurrent.schedule with type parameters of type Task

<X extends Task> rcf.core.util.filter.Filter<X>	Task.State.filter() TODO: Javadoc
static <T extends Task> TaskStateAdapter<T>	TaskStateAdapter.getTaskStateAdapter() TODO: Javadoc Get the singleton instance of this class.

Methods in rcf.core.concurrent.schedule that return Task

Task	TaskEvent.source() TODO: Javadoc
Task	TaskEvent.Default.source()

Constructors in rcf.core.concurrent.schedule with parameters of type Task

TaskEvent.Default(Task _source, Task.State _before, Task.State _after)
TODO: Javadoc

Uses of Task in rcf.core.concurrent.transactions

Subinterfaces of Task in rcf.core.concurrent.transactions

interface	CompositeTransaction<X extends Transaction> TODO: Javadoc TODO: Transaction Composite Trees
interface	Transaction TODO: Javadoc For each transaction there is only one event: its start.

Classes in rcf.core.concurrent.transactions that implement Task

class	AbstractTransaction TODO: Javadoc
class	ExternalTransaction<X extends Transaction> TODO: Javadoc

Uses of Task in rcf.core.framework

Subinterfaces of Task in rcf.core.framework

interface

Framework TODO: Javadoc Framework Lifecycle: ThreadLocal stores the current application.

Classes in rcf.core.framework that implement Task

static class

Framework.Default TODO: Javadoc

Uses of Task in rcf.core.framework.component

Classes in rcf.core.framework.component that implement Task

class

DynamicOperation.Default.Continuation TODO: Javadoc

Uses of Task in rcf.core.framework.services

Subinterfaces of Task in rcf.core.framework.services

interface	Application TODO: Javadoc An application will perform most of it's work in the ConcurrentRunnableTask.run() method, and should not require a call to ConcurrentRunnableTask.commit().
interface	Service TODO: Javadoc Adds basic versioning to ConcurrentRunnableTask.

Classes in rcf.core.framework.services that implement Task

class	AbstractApplication TODO: Javadoc This class implements all of the methods from the Application interface.
class	AbstractService TODO: Javadoc Upon receiving a commit event, services should check if something is in progress, and commit if not.