Uses of Class
drcl.comp.Component

Packages that use Component

drcl.comp
drcl.comp.io
drcl.comp.lib
drcl.comp.lib.bytestream
drcl.comp.queue
drcl.comp.tool
drcl.diffserv
drcl.diffserv.scheduling
drcl.inet
drcl.inet.application
drcl.inet.core
drcl.inet.core.ni
drcl.inet.core.queue
drcl.inet.protocol
drcl.inet.protocol.dv
drcl.inet.protocol.dvmrp
drcl.inet.protocol.ospf
drcl.inet.socket
drcl.inet.tool
drcl.inet.transport
drcl.intserv
drcl.intserv.scheduler
drcl.net
drcl.net.tool
drcl.net.traffic
drcl.ruv
drcl.sim.event

Uses of Component in drcl.comp

Subclasses of Component in drcl.comp

class	ComponentTemplate This component provides skeleton codes for writing a component.
class	Extension An extension is a component that behaves as part of other components in the sense that when data arrives at an extension, instead of a new thread is created to handle the data, the thread at the sending component carries over the component boundary.
class	WrapperComponent Component that wraps a non-component object.

Fields in drcl.comp declared as Component

Component	Util.Link.nextHop
Component	Port.host
Component	Component.parent Parent component.
static Component	Component.Root The root of the component system.

Methods in drcl.comp that return Component

static Component	Util.resolvePath(java.lang.String path_, Component start_) Returns the component, given a relative path and the starting component of the path.
static Component	Util.sClone(Component comp_) Returns a clone of this component using object serialization.
static Component	Util.load(java.io.ObjectInputStream in_) Loads a component hierarchy from the ObjectInputStream.
static Component[]	Util.getAllComponents(Component root_) Returns all components in the component hierarchy, including root_.
Component	Port.getHost() Returns the host component.
Component	Component.getParent() Returns the parent component.
Component	Component.removeComponent(Component c_) Removes a child from this component.
Component	Component.removeComponent(java.lang.String id_) Removes a child given the component ID.
Component[]	Component.getAllComponents() Returns all the child components.
Component	Component.getComponent(java.lang.String id_) Returns the child given the component ID.
Component	Component.getRoot() Returns the root component of the component system.

Methods in drcl.comp with parameters of type Component

protected void	WorkerThread.startComponent(Component c_)
protected void	WorkerThread.stopComponent(Component c_)
protected void	WorkerThread.resumeComponent(Component c_)
protected abstract void	WorkerThread.releaseAllLocks(Component host_)
protected abstract void	WorkerThread.lock(Component host_, java.lang.Object o_)
protected void	WorkerThread.unlock(Component host_, java.lang.Object o_)
protected abstract void	WorkerThread.unlock(Component host_, java.lang.Object o_, boolean release_)
protected abstract void	WorkerThread.wait(Component host_, java.lang.Object o_)
protected abstract void	WorkerThread.notify(Component host_, java.lang.Object o_)
protected abstract void	WorkerThread.notifyAll(Component host_, java.lang.Object o_)
static java.lang.String[]	Util.getAllPortGroupIDs(Component c_) Returns the ID's of all port groups being created in the component.
static java.lang.String	Util.getFullID(Component o_) Returns the full path of a component.
static java.lang.String	Util.getID(Component o_, Component stop_) Returns the partial path of a component starting from the stop_ ancester.
static java.lang.String	Util.getID(Component o_, java.lang.Class stopClass_) Returns the partial path of a component starting from the closest ancester that belongs to the given class.
static java.lang.String	Util.getPortID(Port p_, Component stop_) Returns the partial path of a port starting from the stop_ ancester.
static java.lang.String	Util.getPortID(Port p_, Component stop_, boolean type_) Returns the partial path of a port starting from the stop_ ancester.
static Component	Util.resolvePath(java.lang.String path_, Component start_) Returns the component, given a relative path and the starting component of the path.
static java.lang.String	Util.compare(Component c1_, Component c2_) Does a structural comparison between two components.
static boolean	Util.contains(Component container_, Component child_) Returns true if the container_ component is an ancester of the child_ component.
static java.lang.String	Util.showConnections(Component c_) Returns a report of the connections inside the component.
static java.lang.String	Util.showConnections(Component c_, boolean showNoConn_, boolean showType_, boolean showHidden_, boolean showOutside_) Returns a report of the connections inside the component.
static Component	Util.sClone(Component comp_) Returns a clone of this component using object serialization.
static void	Util.save(java.io.ObjectOutputStream s_, Component subroot_) Saves the component hierarchy with the given root to the ObjectOutputStream.
static void	Util.setRuntime(Component c_, ACARuntime m_) Associates the runtime (ACARuntime) to the component.
static ACARuntime	Util.getRuntime(Component c_) Returns the associated runtime (ACARuntime) of the component.
static void	Util.setForkManager(Component c_, ForkManager fm_) Associates the ForkManager to the component.
static ForkManager	Util.getForkManager(Component c_) Returns the associated ForkManager of the component.
static java.util.Hashtable	Util.verify(Component[] components_, boolean recursive_) Verifies the connections inside the specified container component.
static Util.Link[]	Util.getLinks(Component target_) Explores a component's neighbors in a hierarchical mannger.
static java.util.Hashtable	Util.explore(Component target_, java.lang.Object transparent_) Explores the topology seen from the specified component in a hierarchical mannger.
static java.util.Hashtable	Util.explore(Component target_, java.lang.Object[] transparent_) Explores the topology seen from the specified component in a hierarchical mannger.
static java.util.Hashtable	Util.explore(Component target_, java.lang.Object[] transparent_, java.lang.Object[] excluded_) Explores the topology seen from the specified component in a hierarchical mannger.
static java.util.Hashtable	Util.explore(Component target_, java.lang.Object[] transparent_, java.lang.Object[] excluded_, boolean verbose_) Explores the topology seen from the specified component in a hierarchical mannger.
static java.util.Hashtable	Util.explore(Component[] targets_, java.lang.Object[] transparent_, java.lang.Object[] excluded_, boolean verbose_) Explores the topology seen from the specified components in a hierarchical mannger.
static java.util.Hashtable	Util.exploreFlat(Component target_, java.lang.Object[] transparent_, java.lang.Object[] excluded_) Explores the topology seen from the specified component in a "flat" (as opposed to "hierarchical") mannger.
static java.util.Hashtable	Util.exploreFlat(Component target_, java.lang.Object[] transparent_, java.lang.Object[] excluded_, boolean verbose_) Explores the topology seen from the specified component in a "flat" (as opposed to "hierarchical") mannger.
static java.util.Hashtable	Util.exploreFlat(Component[] targets_, java.lang.Object[] transparent_, java.lang.Object[] excluded_, boolean verbose_) Explores the topology seen from the specified components in a "flat" (as opposed to "hierarchical") mannger.
static java.lang.String	Util.lockinfo(Component c_) Returns the report of the lock information in the component.
static java.lang.String	Util.getAllProperties(Component c_) Returns all the properties of the component.
static java.lang.String	Util.getProperty(Component c_, java.lang.String pname_) Returns the property of the component in String.
static long	Util.count(Component root_) Returns the number of components inside root_.
static void	Util.optimize(Component root_)
static Wire[]	Util.getAllWires(Component root_) Returns all wires in the component hierarchy.
static Component[]	Util.getAllComponents(Component root_) Returns all components in the component hierarchy, including root_.
static Task	Task.createStart(Component c_, double time_) Creates a special task to start the component system.
static Task	Task.createStop(Component c_, double time_) Creates a special task to stop the component system.
static Task	Task.createResume(Component c_, double time_) Creates a special task to resume the component system.
void	Port.setHost(Component host_) Sets the host component.
void	ForkManager.takeover(Component c_) Takes over as the fork manager of the component system under c_.
void	ForkManager.takeover(Component c_, boolean asParent_) Takes over as the fork manager of the component system under c_.
boolean	Component.connect(Component c_, boolean shared_) stablishes a two-way connection between this and the specified component.
Port	Component.exposePort(Component child_, java.lang.String pid_) Creates a port that proxies for the client port, specified by the child component, group id and port id.
Port	Component.exposePort(Component child_, java.lang.String groupID_, java.lang.String id_) Creates a shadow port for a port of the child component's, specified by the child component, the port group id and the port id.
Port	Component.exposePort(Component child_, java.lang.String groupID_, java.lang.String id_, java.lang.String mygroupID_, java.lang.String myID_) Creates a shadow port, with the given group id and the port id, for a port of the child component, specified by the child component, the port group id and the port id.
void	Component.addComponent(Component c_) Adds a child component.
void	Component.addComponent(Component c_, boolean inheritRuntime_) Adds a child component.
boolean	Component.containsComponent(Component c_) Returns true if the specified component is an immediate child of this component.
boolean	Component.isAncestorOf(Component c_) Returns true if the component hierarchy rooted at this component contains the specified component.
boolean	Component.isDirectlyRelatedTo(Component c_) Returns true if one component contains the other's.
Component	Component.removeComponent(Component c_) Removes a child from this component.
void	Component.expose(Component child_) Makes the child component receives all the data as this parent component does.
void	Component.unexpose(Component child_) Undoes what expose(Component) did.
void	Component.exposeEventPorts(Component c_) Exposes the event ports of the given child component.
protected void	Component.componentAdded(Component c_) The hookup method for subclasses to handle the event when a child component is added.
protected void	Component.componentRemoved(Component c_) The hookup method for subclasses to handle the event when a child component is removed.
void	Component.sduplicate(Component that_) Duplicates the child components and the structure (including the shadow connections) from the source component.
void	Component.iduplicate(Component that_) Duplicates the internal structure of the source component.
protected void	AWorkerThread.lock(Component host_, java.lang.Object o_)
protected void	AWorkerThread.unlock(Component host_, java.lang.Object o_)
protected void	AWorkerThread.unlock(Component host_, java.lang.Object o_, boolean release_)
protected void	AWorkerThread.releaseAllLocks(Component host_)
protected void	AWorkerThread.wait(Component host_, java.lang.Object o_)
protected void	AWorkerThread.notify(Component host_, java.lang.Object o_)
protected void	AWorkerThread.notifyAll(Component host_, java.lang.Object o_)
void	ACARuntime.takeover(Component c_)

Constructors in drcl.comp with parameters of type Component

Util.Link(Port from_, Component next_, Port to_)

SetIDException(Component parent_, java.lang.String id_)

AddComponentException(Component parent_, java.lang.String id_)

Uses of Component in drcl.comp.io

Subclasses of Component in drcl.comp.io

class	FileComponent
class	Stdout

Uses of Component in drcl.comp.lib

Subclasses of Component in drcl.comp.lib

class	Bouncer This component bounces back any arriving data at the port where the data comes.
class	Relay
class	RNG A random number generation component.
class	Talk A simple chat client component.
class	TextDisplay A simple text display component.

Uses of Component in drcl.comp.lib.bytestream

Subclasses of Component in drcl.comp.lib.bytestream

class

ByteStreamNetPeer An intermediate component that acts as between a ByteStreamContract component and a real network socket.

Uses of Component in drcl.comp.queue

Subclasses of Component in drcl.comp.queue

class	ActiveQueue An ActiveQueue is a queue and it is designed to interact with a data pulling component.
class	QueueFIFO

Fields in drcl.comp.queue declared as Component

protected Component

QLogic.host The host component who owns this object.

Methods in drcl.comp.queue that return Component

Component

QLogic.getHost()

Methods in drcl.comp.queue with parameters of type Component

void	QLogic.setHost(Component host_)
void	QLogic.set(Component host_, java.lang.String pid_)

Constructors in drcl.comp.queue with parameters of type Component

QLogic(Component host_)

QLogic(Component host_, java.lang.String qpid_)

Uses of Component in drcl.comp.tool

Subclasses of Component in drcl.comp.tool

class	ComponentDebugger Can specify a set of keyword combinations to filter out unrelated events.
class	ComponentMonitor A simple text display component.
class	ComponentTester This tester component is designed for testing a component.
class	DataCounter This component counts the number of data coming in at any of its ports.
class	Extender This component extends the input data with the data assigned to it.
class	HistogramPlotter
class	Plotter
class	RunningAverage

Methods in drcl.comp.tool with parameters of type Component

ComponentMonitor

ComponentTester.monitor(Component comp_)

Constructors in drcl.comp.tool with parameters of type Component

EventTester(Component host_)

Uses of Component in drcl.diffserv

Subclasses of Component in drcl.diffserv

class	HQS This component defines the base class for a hierachical queue set.
class	TrafficConditioner This implements a wrapper class for classifier and profiler(meter, marker).

Uses of Component in drcl.diffserv.scheduling

Subclasses of Component in drcl.diffserv.scheduling

class	ColorQueue Three Color Queue -- an extension of RED
class	pq
class	wrr

Uses of Component in drcl.inet

Subclasses of Component in drcl.inet

class	CoreServiceLayer The container class of the core service layer in the Inet architecture.
class	CSLBuilder The base class for building a core service layer.
class	Link The base class for modeling a physical link.
class	Network The container class for constructing a network in a hierarchical network.
class	Node The container class for a network node.
class	NodeBuilder The container class for automating the process of constructing a network node.
class	Protocol The base class for transport, routing and other signaling protocols.

Methods in drcl.inet that return Component

static Component	InetUtil.createTrafficSource(TrafficModel trafficModel_, Node dest_) Returns a traffic generator component that can be attached to core service layer.
static Component	InetUtil.createTrafficSource(TrafficModel trafficModel_, long dest_) Returns a traffic generator component that can be attached to core service layer.
static Component	InetUtil.createTrafficSource(TrafficModel trafficModel_, long src_, long dest_, long tos_) Returns a traffic generator component that generates Inet packets.
static Component	InetUtil.createTrafficSource(TrafficModel trafficModel_, java.lang.String id_, Node src_, Node dest_, long tos_, int protocol_) Creates a traffic generator component that generates Inet packets and installs it on the source node.

Methods in drcl.inet with parameters of type Component

protected void	Node.componentAdded(Component child_) Notified when a component is added.
void	Node.add(Component c_, java.lang.String llpid_, int port_)
static void	InetUtil.createNodes(Component network_, int startIndex_, int endIndex_) Creates nodes.
static void	InetUtil.createNodes(Component network_, java.lang.String idPrefix_, int startIndex_, int endIndex_) Creates nodes.
static void	InetUtil.createNodes(Component network_, int nNodes_) Creates nodes.
static void	InetUtil.createNodes(Component network_, java.lang.String idPrefix_, int nNodes_) Creates nodes.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_, long[] ids_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_, long[] ids_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_, Link link_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, int[][] adjMatrix_, long[] ids_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_, Link link_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.Object[] existing_, int[][] adjMatrix_, long[] ids_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, int[][] adjMatrix_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, int[][] adjMatrix_, long[] ids_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, int[][] adjMatrix_, Link link_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, java.lang.Object[] existing_, int[][] adjMatrix_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, java.lang.Object[] existing_, int[][] adjMatrix_, Link link_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, java.lang.Object[] existing_, int[][] adjMatrix_, long[] ids_, Link link_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.createTopology(Component network_, java.lang.String routerIDPrefix_, java.lang.String hostIDPrefix_, java.lang.Object[] existing_, int[][] adjMatrix_, long[] ids_, Link link_, boolean assignAddress_) Creates a network topology based on an adjacency matrix.
static void	InetUtil.setIDByAddress(Component network_)
static void	InetUtil.configure(Component network_) Configures the "host" routing entries and the interface info at the area boundary routers.
static void	InetUtil.configureFlat(Component network_) Configures the "host" routing entries and the interface info at the area boundary routers in the flat network.
static void	InetUtil.configureFlat(Component network_, boolean reassignNodeID_, boolean setupInterface_) Configures the "host" routing entries and the interface info at the area boundary routers in the flat network.
static void	InetUtil.setupRoutes(Component src_, Component dest_, long destAddr_, long destAddrMask_) Sets up routing table entries between two nodes.
static void	InetUtil.setupRoutes(Component src_, java.lang.Object[] dest_, long destAddr_) Sets up routing table entries between the source node and multiple destination nodes.
static void	InetUtil.setupRoutes(Component src_, java.lang.Object[] dest_, long destAddr_, long destAddrMask_) Sets up routing table entries between the source node and multiple destination nodes.
static void	InetUtil.setupRoutes(Component src_, java.lang.Object[] dests_, long srcAddr_, long srcAddrMask_, long destAddr_, long destAddrMask_) Sets up routing table entries between the source node and multiple destination nodes.
static NamTrace	InetUtil.setNamTraceOn(Component net_, java.lang.String filename_, java.lang.String[] colors_) Sets up a NamTrace on a network component.
static void	InetUtil.setNamTraceOn(Component net_, NamTrace nam_, java.lang.String filename_, java.lang.String[] colors_) Sets up a NamTrace on a network component.
static void	InetUtil.setNamTraceOn(Component net_, NamTrace nam_) Sets up a NamTrace on a network component.
static int	InetUtil.getPID(Component c_) Returns the protocol ID of the component if the component is a well-defined protocol.
static void	InetUtil.connectTCP(Component p1_, Component p2_) Connects two TCP components (TCP-TCPSink or TCPb's) with protocol ID automatically assigned.
static boolean	InetUtil.connectTCP(Component p1_, Component p2_, int protocolID_) Connects two TCP components (TCP-TCPSink or TCPb's) with the specified protocol ID.
static void	InetUtil.connect(Component p1_, Component p2_) Connects two protocol components.
static boolean	InetUtil.connect(Component p1_, Component p2_, int protocolID_) Connects two protocol components with the specified protocol ID.

Uses of Component in drcl.inet.application

Subclasses of Component in drcl.inet.application

class	BulkSink A byte stream sink which always has sufficient buffers for incoming data, and it always reports available buffers of dataUnit bytes.
class	BulkSource A byte stream source which always sends bytes as long as the receiver has sufficient buffers.
class	BulkSourceSink A byte stream source which always sends bytes as long as the receiver has sufficient buffers.
class	FileSource A byte stream source which simulates sending a file of limited size.
class	fsp A simple FSP (file service protocol) client.
class	fspd A simple FSP (File Service Protocol) server.
class	ftp This component implements a uni-directional file transfer protocol.
class	ftpd A simple FTP server.
class	SApplication Single-session (or simplified) application base class.
class	SUDPApplication Single-session (or simplified) UDP application base class.

Uses of Component in drcl.inet.core

Subclasses of Component in drcl.inet.core

class	Hello Component that resides in a node and exchanges information with neighboring nodes.
class	Hellov Component that resides in a node and exchanges information with neighboring nodes.
class	Identity The component that manages the identities of the network node.
class	NI Base class for modeling network interface card.
class	PktDispatcher Implements the packet dispatcher component in the inet router architecture.
class	PktFilter Ports: (otherwise listed in drcl.net.Module) "up"/"down" port group: follows Below Packet Dispatcher Contract.
class	PktFilterSwitch The component which routes packet filter configuration request to appropriate packet filters.
class	Queue
class	QueueNI Base class for implementing a combo component that combines the functioins of both a buffer and a network interface card.
class	RT The component that manages the routing table of a network node.