/**
* Return the schedule. This method attempts to construct a schedule based on a topological sort
* of the graph (which uses causality interfaces). If there are cycles, no such sort is possible,
* and this method simply returns a schedule that lists the actors in their natural order in the
* container, which is the order in which they were created (unless that order has been modified
* through "bring to front" or "send to back"). This method should not be called directly, but
* rather the getSchedule() method (which is defined in the superclass) will call it when the
* schedule is invalid. This method is not synchronized on the workspace.
*
* @return A schedule.
*/
@Override
protected Schedule _getSchedule() {
StaticSchedulingDirector director = (StaticSchedulingDirector) getContainer();
if (director == null) {
throw new NotSchedulableException(this, "No director. ");
}
CompositeActor compositeActor = (CompositeActor) director.getContainer();
if (compositeActor == null) {
throw new NotSchedulableException(this, "No container.");
}
CausalityInterfaceForComposites causality =
(CausalityInterfaceForComposites) compositeActor.getCausalityInterface();
List<Actor> sortedActors;
try {
sortedActors = causality.topologicalSort();
} catch (IllegalActionException ex) {
sortedActors = compositeActor.deepEntityList();
}
Schedule schedule = new Schedule();
if (_debugging) {
_debug("## Schedule generated:");
}
for (Actor actor : sortedActors) {
Firing firing = new Firing(actor);
schedule.add(firing);
if (_debugging) {
_debug(" - " + actor.getFullName());
}
}
if (_debugging) {
_debug("## End of schedule.");
}
setValid(true);
return schedule;
}
/**
* Returns <code>null</code> as a Tree EditPart holds no children under it.
*
* @return <code>null</code>
*/
protected List getModelChildren() {
NamedObj namedObjectModel = getNamedObjectModel();
List children = new ArrayList();
if (namedObjectModel instanceof AtomicActor) {
AtomicActor actor = (AtomicActor) namedObjectModel;
children.addAll(actor.attributeList(Parameter.class));
children.addAll(actor.inputPortList());
children.addAll(actor.outputPortList());
} else if (namedObjectModel instanceof CompositeActor) {
CompositeActor composite = (CompositeActor) namedObjectModel;
children.addAll(composite.attributeList(AtomicActor.class));
children.addAll(composite.attributeList(Parameter.class));
children.addAll(composite.inputPortList());
Enumeration enumeration = composite.getEntities();
while (enumeration.hasMoreElements()) {
children.add(enumeration.nextElement());
}
} else if (namedObjectModel instanceof IOPort) {
IOPort text = (IOPort) namedObjectModel;
children.addAll(text.attributeList(ptolemy.kernel.util.StringAttribute.class));
} else if (namedObjectModel instanceof Vertex) {
Vertex text = (Vertex) namedObjectModel;
children.addAll(text.attributeList(Vertex.class));
} else if (namedObjectModel instanceof TextAttribute) {
TextAttribute text = (TextAttribute) namedObjectModel;
children.addAll(text.attributeList(ptolemy.kernel.util.StringAttribute.class));
} else if (namedObjectModel instanceof Director) {
Director director = (Director) namedObjectModel;
children.addAll(director.attributeList(Parameter.class));
}
return children;
}
@Override
public void setFocus() {
super.setFocus();
MoMLParser.purgeAllModelRecords();
if (actor == null && momlPath != null) {
final MoMLParser parser = new MoMLParser(new Workspace());
try {
final IResource moml = ResourcesPlugin.getWorkspace().getRoot().findMember(momlPath);
CompositeActor toplevel =
(CompositeActor) parser.parse(null, new File(moml.getLocation().toString()).toURL());
toplevel.workspace().setName(moml.getProject().getName());
ComponentEntity entity = PasserelleProjectUtils.findEntityByName(toplevel, actorName);
if (entity != null && entity.getName().equals(actorName)) {
this.actor = (SubstitutionParticipant) entity;
}
} catch (Exception e) {
logger.error("Cannot parse " + momlPath, e);
}
}
if (actor != null) {
viewer.setContentProvider(createActorContentProvider());
viewer.setInput(new Object());
}
}
/** Create the shared plot and set it up based on the director parameters. */
public void _createView() {
super._createView();
try {
// Find out how many iterations the director expects to run for.
CompositeActor toplevel = (CompositeActor) _toplevel;
SDFDirector director = (SDFDirector) toplevel.getDirector();
int iterations = ((IntToken) (director.iterations.getToken())).intValue();
_sketchedSource = (SketchedSource) toplevel.getEntity("SketchedSource");
// Note: The order of the following is important.
// First, specify how long the sketched plot should be.
_sketchedSource.length.setToken(new IntToken(iterations));
// Then, create the plot and place it in this applet,
// and specify to both the source and destination actors
// to use the same plot widget.
EditablePlot plot = new EditablePlot();
plot.setSize(700, 300);
plot.setTitle("Editable envelope");
plot.setXRange(0, iterations);
plot.setButtons(true);
getContentPane().add(plot);
_sketchedSource.place(new AWTContainer(plot));
plot.setBackground(null);
plot.addEditListener(this);
} catch (Exception ex) {
report("Error constructing model.", ex);
}
}
/**
* Initialize the applet. This method is called by the browser or applet viewer to inform this
* applet that it has been loaded into the system. It is always called before the first time that
* the start() method is called. In this base class, this method creates a new workspace, and
* instantiates in it the model whose class name is given by the <i>modelClass</i> applet
* parameter. If that model does not contain a manager, then this method creates one for it.
*/
public void init() {
super.init();
_setupOK = true;
_workspace = new Workspace(getClass().getName());
try {
_toplevel = _createModel(_workspace);
_toplevel.setModelErrorHandler(new BasicModelErrorHandler());
// This might not actually be a top level, because we might
// be looking inside. So we check before creating a manager.
if ((_toplevel.getContainer() == null) && _toplevel instanceof CompositeActor) {
if (((CompositeActor) _toplevel).getManager() == null) {
_manager = new Manager(_workspace, "manager");
_manager.addExecutionListener(this);
((CompositeActor) _toplevel).setManager(_manager);
} else {
_manager = ((CompositeActor) _toplevel).getManager();
}
}
} catch (Exception ex) {
_setupOK = false;
report("Creation of model failed:\n", ex);
}
_createView();
}
/**
* Return a string representation of the buffer sizes of the relations in the model. This
* diagnostic method shows the buffer size expression for each relation along with the relation
* itself.
*
* @return A string representation of the buffer sizes.
*/
public String displayBufferSizes() {
StringBuffer result = new StringBuffer();
PSDFDirector director = (PSDFDirector) getContainer();
CompositeActor model = (CompositeActor) director.getContainer();
Iterator relations = model.relationList().iterator();
while (relations.hasNext()) {
Relation relation = (Relation) relations.next();
Variable variable = (Variable) relation.getAttribute("bufferSize");
result.append(relation.getName() + ": ");
if (variable == null) {
result.append("null");
} else {
result.append(variable.getExpression());
}
result.append("\n");
}
return result.toString();
}
/**
* Generate the initialize code for the associated SDF director.
*
* @return The generated initialize code.
* @exception IllegalActionException If the helper associated with an actor throws it while
* generating initialize code for the actor.
*/
public String generateInitializeCode() throws IllegalActionException {
StringBuffer code = new StringBuffer();
code.append(super.generateInitializeCode());
ptolemy.actor.CompositeActor container =
(ptolemy.actor.CompositeActor) getComponent().getContainer();
CodeGeneratorHelper containerHelper = (CodeGeneratorHelper) _getHelper(container);
// Generate code for creating external initial production.
Iterator outputPorts = container.outputPortList().iterator();
while (outputPorts.hasNext()) {
IOPort outputPort = (IOPort) outputPorts.next();
int rate = DFUtilities.getTokenInitProduction(outputPort);
if (rate > 0) {
for (int i = 0; i < outputPort.getWidthInside(); i++) {
if (i < outputPort.getWidth()) {
String name = outputPort.getName();
if (outputPort.isMultiport()) {
name = name + '#' + i;
}
for (int k = 0; k < rate; k++) {
code.append(CodeStream.indent(containerHelper.getReference(name + "," + k)));
code.append(" = ");
code.append(containerHelper.getReference("@" + name + "," + k));
code.append(";" + _eol);
}
}
}
// The offset of the ports connected to the output port is
// updated by outside director.
_updatePortOffset(outputPort, code, rate);
}
}
return code.toString();
}
/**
* Create a LinkedList containing all the instances of Actor contained by the CompositeActor in
* which this director is embedded.
*
* @return A LinkedList containing all the instances of Actor contained by the CompositeActor in
* which this director is embedded.
*/
private LinkedList getActors() {
if (VERBOSE) {
System.out.println("Getting actors");
}
CompositeActor container = (CompositeActor) getContainer();
// A linked list containing all the actors.
LinkedList allActorList = new LinkedList();
// Populate it.
for (Iterator entities = container.deepEntityList().iterator(); entities.hasNext(); ) {
ComponentEntity entity = (ComponentEntity) entities.next();
// Fill allActorList with the list of things that we can schedule
if (entity instanceof Actor) {
allActorList.addLast(entity);
}
}
return allActorList;
}
/**
* Override the base class to open the model specified if the attribute is modelFileOrURL, or for
* other parameters, to cache their values.
*
* @param attribute The attribute that changed.
* @exception IllegalActionException If the change is not acceptable to this container (not thrown
* in this base class).
*/
public void attributeChanged(Attribute attribute) throws IllegalActionException {
if (attribute == modelFileOrURL) {
// Open the file and read the MoML to create a model.
URL url = modelFileOrURL.asURL();
if (url != null) {
// By specifying no workspace argument to the parser, we
// are asking it to create a new workspace for the referenced
// model. This is necessary because the execution of that
// model will proceed through its own sequences, and it
// will need to get write permission on the workspace.
// Particularly if it is executing in a new thread, then
// during the fire() method of this actor it would be
// inappropriate to grant write access on the workspace
// of this actor.
MoMLParser parser = new MoMLParser();
try {
_model = parser.parse(null, url);
} catch (Exception ex) {
throw new IllegalActionException(this, ex, "Failed to read model.");
}
// Create a manager, if appropriate.
if (_model instanceof CompositeActor) {
_manager = new Manager(_model.workspace(), "Manager");
((CompositeActor) _model).setManager(_manager);
if (_debugging) {
_debug("** Created new manager.");
}
}
} else {
// URL is null... delete the current model.
_model = null;
_manager = null;
_throwable = null;
}
} else if (attribute == maxOutputLength) {
IntToken length = (IntToken) maxOutputLength.getToken();
if (length.intValue() > 0) {
_outputLength = length.intValue();
} else {
throw new IllegalActionException(this, "output array length is less than or equal 0?!");
}
} else {
super.attributeChanged(attribute);
}
}
/**
* Check to see if the buffer size for the current schedule is greater than the previous size. If
* so, set the buffer size to the current buffer size needed.
*
* @exception IllegalActionException If thrown while getting helper or buffer size.
*/
protected void _updatePortBufferSize() throws IllegalActionException {
ptolemy.domains.sdf.kernel.SDFDirector director =
(ptolemy.domains.sdf.kernel.SDFDirector) getComponent();
CompositeActor container = (CompositeActor) director.getContainer();
ptolemy.codegen.c.actor.TypedCompositeActor containerHelper =
(ptolemy.codegen.c.actor.TypedCompositeActor) _getHelper(container);
Iterator actors = container.deepEntityList().iterator();
while (actors.hasNext()) {
Actor actor = (Actor) actors.next();
CodeGeneratorHelper actorHelper = (CodeGeneratorHelper) _getHelper((NamedObj) actor);
Iterator inputPorts = actor.inputPortList().iterator();
while (inputPorts.hasNext()) {
IOPort inputPort = (IOPort) inputPorts.next();
for (int k = 0; k < inputPort.getWidth(); k++) {
int newCapacity = getBufferSize(inputPort, k);
int oldCapacity = actorHelper.getBufferSize(inputPort, k);
if (newCapacity > oldCapacity) {
actorHelper.setBufferSize(inputPort, k, newCapacity);
}
}
}
}
Iterator outputPorts = container.outputPortList().iterator();
while (outputPorts.hasNext()) {
IOPort outputPort = (IOPort) outputPorts.next();
for (int k = 0; k < outputPort.getWidthInside(); k++) {
int newCapacity = getBufferSize(outputPort, k);
int oldCapacity = containerHelper.getBufferSize(outputPort, k);
if (newCapacity > oldCapacity) {
containerHelper.setBufferSize(outputPort, k, newCapacity);
}
}
}
}
/**
* Topology analysis to get a list of agents. The agents should be TypedCompositeActor with
* parameter charonMode as null (by default) or true.
*
* @param actor Container to be analyzed to return agent list.
* @return List of agents defined in model.
*/
private LinkedList _agents(CompositeActor actor) throws IllegalActionException {
LinkedList agentList = new LinkedList();
ListIterator agentsIterator = actor.entityList(TypedCompositeActor.class).listIterator();
while (agentsIterator.hasNext()) {
TypedCompositeActor agent = (TypedCompositeActor) agentsIterator.next();
Parameter charonAgent = (Parameter) agent.getAttribute("charonAgent");
if ((charonAgent == null) || ((BooleanToken) charonAgent.getToken()).booleanValue()) {
agentList.add(agent);
}
}
return agentList;
}
/**
* Read in a MoML class, sanitize the top level name, initialize the model. Usually initialize()
* is called after calling readInModel().
*
* <p>If the director is an SDF director, then the number of iterations is handled specially. If
* the director is an SDF director and a parameter called "copernicus_iterations" is present, then
* the value of that parameter is used as the number of iterations. If the director is an SDF
* director, and there is no "copernicus_iterations" parameter but the
* "ptolemy.ptII.copernicusIterations" Java property is set, then the value of that property is
* used as the number of iterations.
*
* @param toplevel The model we are generating code for.
*/
public void initialize(CompositeActor toplevel)
throws IllegalActionException, NameDuplicationException {
_toplevel = toplevel;
// Applet codegen works with all directors, not just SDF.
Director topLevelDirector = toplevel.getDirector();
// FIXME: nearly duplicate code in java/TestApplication.java
if (topLevelDirector != null && topLevelDirector instanceof SDFDirector) {
SDFDirector director = (SDFDirector) topLevelDirector;
Parameter iterations = (Parameter) director.getAttribute("iterations");
Parameter copernicus_iterations = (Parameter) director.getAttribute("copernicus_iterations");
// Set to be a large number of iterations, unless
// copernicus_iterations is set.
if (copernicus_iterations != null) {
iterations.setToken(copernicus_iterations.getToken());
} else {
String copernicusIterations =
StringUtilities.getProperty("ptolemy.ptII.copernicusIterations");
if (copernicusIterations.length() > 0) {
System.out.println(
"KernelMain: " + "Setting number of iterations to " + copernicusIterations);
iterations.setToken(new IntToken(copernicusIterations));
}
}
}
// Initialize the model to ensure type resolution and scheduling
// are done.
try {
Manager manager = new Manager(_toplevel.workspace(), "manager");
_toplevel.setManager(manager);
manager.preinitializeAndResolveTypes();
} catch (Exception exception) {
throw new KernelRuntimeException(exception, "Could not initialize composite actor");
}
}
/**
* Transform the graphic block diagram to text expression. Assume container only contains atomic
* actors.
*
* @param container contains actors.
* @return txtExpression of graphic block diagram.
*/
private String _graphToText(CompositeActor container) throws IllegalActionException {
// It is not trivial to transform graph to text.
// Here, we assume there is only one Integrator and one expression actor.
String txtString = "";
LinkedList actors = new LinkedList(container.entityList());
ListIterator actorIterator = actors.listIterator();
// we begin with Integrator.
AtomicActor beginActor = new AtomicActor();
while (actorIterator.hasNext()) {
Actor actor = (Actor) actorIterator.next();
if (Integrator.class.isInstance(actor)) {
beginActor = (AtomicActor) actor;
break;
}
}
if (beginActor == null) {
throw new IllegalActionException("Integrator is needed!");
} else {
// we trace the output of the Integrator
// we assume the output of the integrator is connectted
// to the container output directly and they have same names
// for simplicity at this time.
// FIXME: we really need to reconsider the methods of ports.
List outputs = beginActor.outputPortList();
ListIterator outputIterator = outputs.listIterator();
String outputName = "";
if (outputs.size() != 1) {
throw new IllegalActionException("Integrator only have one output! " + outputs.size());
} else {
TypedIOPort output = (TypedIOPort) outputIterator.next();
ListIterator sinkIterator = output.connectedPortList().listIterator();
while (sinkIterator.hasNext()) {
TypedIOPort sink = (TypedIOPort) sinkIterator.next();
if (sink.isOutput()) {
// FIXME: we need to consider depth in hierarchy
// to avoid two outputs connected to same output
// of composite actor
outputName = sink.getName();
}
}
txtString += ("diff { d(" + outputName + ") == ");
}
// we trace the input of the integrator
List inputs = beginActor.inputPortList();
ListIterator inputIterator = inputs.listIterator();
if (inputs.size() != 1) {
throw new IllegalActionException("Integrator only have one input!");
} else {
TypedIOPort input = (TypedIOPort) inputIterator.next();
List sources = input.connectedPortList();
if (sources.size() != 1) {
throw new IllegalActionException("There is only one connection to the input!");
} else {
TypedIOPort source = (TypedIOPort) sources.get(0);
// if there is just an integrator
if (source.isInput()) {
txtString += (source.getName() + " ; }" + _endLine);
}
// if there is some expression actor
else {
AtomicActor expressionActor = (AtomicActor) source.getContainer();
if (Expression.class.isInstance(expressionActor)) {
Parameter expPara = (Parameter) expressionActor.getAttribute("expression");
txtString += (expPara.getExpression() + " ; } " + _endLine);
} else {
throw new IllegalActionException("This should be Expression Atomic Actor!");
}
}
}
}
}
return txtString;
}
/**
* Generate code for the agent.
*
* @param CompositeActor The agent generated code from.
* @return The agent code.
*/
private String _agentCode(CompositeActor actor) throws IllegalActionException {
// System.out.println("dealing with " + actor.getFullName());
String codeString = "agent";
String parameterString = "";
String inputString = "";
String outputString = "";
String initString = "";
String modeString = "";
String modeParameterString = "";
String typedModeParameterString = "";
String flowString = "";
String invariantString = "";
LinkedList parameterList = (LinkedList) actor.attributeList(Parameter.class);
/* Parameter invariantPara = (Parameter) actor.getAttribute("_invariant");
if (invariantPara != null) {
invariantString = "inv { "
+ ((StringToken)invariantPara.getToken()).stringValue()
+ " } ";
//get rid of _invariant parameter
parameterList.remove(invariantPara);;
//FIXME: it seems that after getAttribute,
//the attribute does not exist?
}
*/
ListIterator assertions = _assertions(actor).listIterator();
while (assertions.hasNext()) {
Assertion assertion = (Assertion) assertions.next();
if (invariantString.length() == 0) {
invariantString = "inv { " + assertion.assertion.getExpression();
} else {
invariantString += (" ; " + assertion.assertion.getExpression());
}
invariantString += " } ";
}
int parameterNumber = parameterList.size();
ListIterator parameters = parameterList.listIterator();
_inPorts = actor.inputPortList().iterator();
while (_inPorts.hasNext()) {
if (inputString == "") {
inputString += ("read analog real " + ((NamedObj) _inPorts.next()).getName());
} else {
inputString += (", " + ((NamedObj) _inPorts.next()).getName());
}
}
if (inputString != "") {
inputString += ";";
}
_outPorts = actor.outputPortList().iterator();
int outportNumber = actor.outputPortList().size();
// since the parameters are either for mode or for outport,
// we assume the number of the parameters for outport is the same
// with the number of outport(s)
boolean parameterForOutport = false;
while (parameters.hasNext()) {
String parameterName = ((NamedObj) parameters.next()).getName();
if (parameterName.startsWith("_")) {
continue;
}
if (parameters.nextIndex() > (parameterNumber - outportNumber)) {
parameterForOutport = true;
}
if (parameterString == "") {
parameterString += ("real " + parameterName);
} else {
parameterString += (", real " + parameterName);
}
if (parameterForOutport) {
if (_outPorts.hasNext()) {
String outportName = ((NamedObj) _outPorts.next()).getName();
if (outputString == "") {
outputString += ("write analog real " + outportName);
} else {
outputString += (", " + outportName);
}
initString += (outportName + " = " + parameterName + " ;");
}
} else {
if (modeParameterString == "") {
modeParameterString += parameterName;
typedModeParameterString += ("real " + parameterName);
} else {
modeParameterString += (", " + parameterName);
typedModeParameterString += (", real " + parameterName);
}
}
}
if (outputString != "") {
outputString += ";";
}
initString = "init { " + initString + " }";
modeString = "mode top = " + actor.getName() + "TopMode" + " ( " + modeParameterString + " ) ;";
codeString +=
(" "
+ actor.getName()
+ " ( "
+ parameterString
+ " )"
+ _endLine
+ "{"
+ _endLine
+ " "
+ outputString
+ _endLine
+ " "
+ inputString
+ _endLine
+ " "
+ initString
+ _endLine
+ " "
+ modeString
+ _endLine
+ "}"
+ _endLine);
if (FSMDirector.class.isInstance(actor.getDirector())) {
// mode code generation goes here.
_modeCode +=
("mode "
+ actor.getName()
+ "TopMode"
+ " ( "
+ typedModeParameterString
+ " )"
+ _endLine
+ "{"
+ _endLine
+ " "
+ outputString
+ _endLine
+ " "
+ inputString
+ _endLine);
// notice the _fsmModeCode(actor) will modify the _modeCode with transitions code
// and return the mode code for each sub mode.(refinement)
String subModeString =
_fsmModeCode(
((FSMDirector) actor.getDirector()).getController(), inputString, outputString);
_modeCode += (" " + invariantString + _endLine + "}" + _endLine + subModeString);
} else {
flowString = _graphToText(actor);
_modeCode +=
("mode "
+ actor.getName()
+ "TopMode"
+ " ( "
+ typedModeParameterString
+ " )"
+ _endLine
+ "{"
+ _endLine
+ " "
+ outputString
+ _endLine
+ " "
+ inputString
+ _endLine
+ " "
+ flowString
+ _endLine
+ " "
+ invariantString
+ _endLine
+ "}"
+ _endLine);
}
return codeString;
}
// we assume the composite agent has no mode
// only atomic agent has mode
private String _compositeAgentCode(CompositeActor actor) throws IllegalActionException {
if (FSMDirector.class.isInstance(actor.getDirector())) {
// System.out.println("in FSM");
return _agentCode(actor);
}
LinkedList subAgents = _agents(actor);
if (subAgents.size() == 0) {
return _agentCode(actor);
}
String compositeCodeString = "";
String subAgentCode = "";
String privateVariables = "";
ListIterator subAgentsIterator = subAgents.listIterator();
// the output ports of composite agent
// In fact, there is always at most one output
List outputPorts = actor.outputPortList();
ListIterator outputPortsIterator = actor.outputPortList().listIterator();
if (outputPorts.size() > 1) {
throw new IllegalActionException(" The agent has more than one output!");
}
// get the source subAgent name
String outputAgentName = "";
String outputPortName = "";
String sourceForOutputName = "";
while (outputPortsIterator.hasNext()) {
TypedIOPort output = (TypedIOPort) outputPortsIterator.next();
outputPortName = output.getName();
ListIterator sourcePorts = output.insidePortList().listIterator();
TypedIOPort sourcePort = new TypedIOPort();
while (sourcePorts.hasNext()) {
TypedIOPort port = (TypedIOPort) sourcePorts.next();
if (port.isOutput()) {
if (sourcePort == null) {
throw new IllegalActionException(" The output has more than one source!");
} else {
sourcePort = port;
sourceForOutputName = sourcePort.getName();
Nameable sourceContainer = sourcePort.getContainer();
outputAgentName = sourceContainer.getName();
}
}
}
}
while (subAgentsIterator.hasNext()) {
String subAgentConnectionInputs = "";
String subAgentConnectionOutputs = "";
CompositeActor subAgent = (CompositeActor) subAgentsIterator.next();
if (outputAgentName.equals(subAgent.getName())) {
// the inside output actually is input to outside environment
subAgentConnectionOutputs += sourceForOutputName;
subAgentConnectionInputs += outputPortName;
}
subAgentCode +=
(" agent " + subAgent.getName().toLowerCase() + " = " + subAgent.getName() + " ( ");
if (actor.depthInHierarchy() == 0) {
subAgentCode += _agentParameterTokens((NamedObj) subAgent);
} else {
subAgentCode += _agentParameters((NamedObj) subAgent, false);
}
subAgentCode += (" );" + _endLine);
ListIterator subAgentInputs = subAgent.inputPortList().listIterator();
while (subAgentInputs.hasNext()) {
TypedIOPort input = (TypedIOPort) subAgentInputs.next();
LinkedList sourceList = _shallowSourcePortList(input);
ListIterator sources = sourceList.listIterator();
boolean privateVariable = true;
while (sources.hasNext()) {
TypedIOPort source = (TypedIOPort) sources.next();
if (source.depthInHierarchy() != input.depthInHierarchy()) {
privateVariable = false;
}
if (!(source.getName().equals(input.getName()))) {
if (subAgentConnectionOutputs == "") {
subAgentConnectionOutputs += source.getName();
subAgentConnectionInputs += input.getName();
} else {
subAgentConnectionOutputs += (", " + source.getName());
subAgentConnectionInputs += (", " + input.getName());
}
}
}
if (privateVariable) {
if (privateVariables == "") {
privateVariables += ("private analog real " + input.getName());
} else {
privateVariables += (", " + input.getName());
}
}
}
if (subAgentConnectionInputs.length() != 0) {
subAgentCode +=
(" [ "
+ subAgentConnectionInputs
+ " := "
+ subAgentConnectionOutputs
+ " ] ;"
+ _endLine);
}
compositeCodeString += _compositeAgentCode(subAgent);
}
compositeCodeString += "agent";
String parameterString = "";
String inputString = "";
String outputString = "";
String initString = "";
String modeString = "";
String modeParameterString = "";
LinkedList parameterList = (LinkedList) actor.attributeList(Parameter.class);
int parameterNumber = parameterList.size();
ListIterator parameters = parameterList.listIterator();
_inPorts = actor.inputPortList().iterator();
while (_inPorts.hasNext()) {
if (inputString == "") {
inputString += ("read analog real " + ((NamedObj) _inPorts.next()).getName());
} else {
inputString += (", " + ((NamedObj) _inPorts.next()).getName());
}
}
if (inputString != "") {
inputString += ";";
}
_outPorts = actor.outputPortList().iterator();
if (_outPorts.hasNext()) {
String outportName = ((NamedObj) _outPorts.next()).getName();
if (outputString == "") {
outputString += ("write analog real " + outportName);
} else {
outputString += (", " + outportName);
}
}
if (outputString != "") {
outputString += ";";
}
if (privateVariables.length() != 0) {
privateVariables += ";";
}
compositeCodeString += (" " + actor.getName() + " ( ");
if (actor.depthInHierarchy() != 0) {
compositeCodeString += _agentParameters((NamedObj) actor, true);
}
compositeCodeString +=
(" )"
+ _endLine
+ "{"
+ _endLine
+ " "
+ outputString
+ _endLine
+ " "
+ inputString
+ _endLine
+ " "
+ privateVariables
+ _endLine
+ subAgentCode
+ _endLine
+ "}"
+ _endLine);
return compositeCodeString;
}
// Topology analysis to get the list of assertions.
private LinkedList _assertions(CompositeActor actor) throws IllegalActionException {
LinkedList assertionList = new LinkedList();
assertionList = (LinkedList) actor.entityList(Assertion.class);
return assertionList;
}
/**
* Return the parameterized scheduling sequence. An exception will be thrown if the graph is not
* schedulable.
*
* @return A schedule of the deeply contained opaque entities in the firing order.
* @exception NotSchedulableException If a parameterized schedule cannot be derived for the model.
* @exception IllegalActionException If the rate parameters of the model are not correct, or the
* computed rates for external ports are not correct.
*/
@SuppressWarnings("unused")
protected Schedule _getSchedule() throws NotSchedulableException, IllegalActionException {
PSDFDirector director = (PSDFDirector) getContainer();
CompositeActor model = (CompositeActor) director.getContainer();
// Get the vectorization factor.
String vectorizationFactorExpression = "1";
String vectorizationName = director.vectorizationFactor.getName(model);
vectorizationFactorExpression = vectorizationName.replaceAll("\\.", "::");
if (vectorizationFactorExpression.indexOf(" ") != -1) {
throw new InternalErrorException(
"The vectorizationFactor "
+ "PSDFDirector parameter must "
+ "not have spaces in its value. The original value "
+ "was \""
+ vectorizationName
+ "\". Try changing the name of "
+ "director.");
}
PSDFGraphReader graphReader = new PSDFGraphReader();
PSDFGraph graph = (PSDFGraph) graphReader.convert(model);
_debug("PSDF graph = \n" + graph.toString());
if (_debugFlag) {
graph.printEdgeRateExpressions();
}
PSDFAPGANStrategy strategy = new PSDFAPGANStrategy(graph);
ptolemy.graph.sched.Schedule graphSchedule = strategy.schedule();
_debug("P-APGAN schedule = \n" + graphSchedule.toString());
SymbolicScheduleElement resultSchedule =
_expandAPGAN(graph, strategy.getClusterManager().getRootNode(), strategy);
resultSchedule.setIterationCount(vectorizationFactorExpression);
_debug("Final schedule = \n" + resultSchedule.toString());
if (_debugging) {
_debug("The buffer size map:\n");
Iterator relations = _bufferSizeMap.keySet().iterator();
while (relations.hasNext()) {
Relation relation = (Relation) relations.next();
_debug(relation.getName() + ": " + _bufferSizeMap.get(relation) + "\n");
}
}
_saveBufferSizes(_bufferSizeMap);
// Crazy hack to infer firing counts for each actor.
try {
_inferFiringCounts(resultSchedule, null);
} catch (NameDuplicationException ex) {
throw new NotSchedulableException(new LinkedList(), ex, "Error recording firing counts");
}
// Crazy hack to Infer port production: FIXME: This should be
// done as part of the APGAN expansion where the rates of
// external ports are unknown The reason is that it will make
// rate information propagate from an actor input port to
// another actors input port that are connected on the inside
// to the same external input port. See
// BaseSDFScheduler.setContainerRates.
Iterator ports = model.portList().iterator();
while (ports.hasNext()) {
IOPort port = (IOPort) ports.next();
if (_debugging && VERBOSE) {
_debug("External Port " + port.getName());
}
if (port.isInput() && port.isOutput()) {
throw new NotSchedulableException(
port,
"External port is both an input and an output, " + "which is not allowed in SDF.");
} else if (port.isInput()) {
List sinks = port.insideSinkPortList();
if (sinks.size() > 0) {
IOPort connectedPort = (IOPort) sinks.get(0);
Entity entity = (Entity) connectedPort.getContainer();
String name = connectedPort.getName(model);
String identifier = name.replaceAll("\\.", "::");
String sinkExpression;
Variable sinkRateVariable =
DFUtilities.getRateVariable(connectedPort, "tokenConsumptionRate");
if (sinkRateVariable == null) {
sinkExpression = "1";
} else {
sinkExpression = identifier + "::" + sinkRateVariable.getName();
}
String expression = sinkExpression + " * " + entity.getName() + "::firingsPerIteration";
DFUtilities.setExpressionIfNotDefined(port, "tokenConsumptionRate", expression);
if (_debugging && VERBOSE) {
_debug("Setting tokenConsumptionRate to " + expression);
}
}
} else if (port.isOutput()) {
List sources = port.insideSourcePortList();
if (sources.size() > 0) {
IOPort connectedPort = (IOPort) sources.get(0);
Entity entity = (Entity) connectedPort.getContainer();
String name = connectedPort.getName(model);
String identifier = name.replaceAll("\\.", "::");
Variable sourceRateVariable =
DFUtilities.getRateVariable(connectedPort, "tokenProductionRate");
String sourceExpression;
if (sourceRateVariable == null) {
sourceExpression = "1";
} else {
sourceExpression = identifier + "::" + sourceRateVariable.getName();
}
String expression = sourceExpression + " * " + entity.getName() + "::firingsPerIteration";
DFUtilities.setExpressionIfNotDefined(port, "tokenProductionRate", expression);
if (_debugging && VERBOSE) {
_debug("Setting tokenProductionRate to " + expression);
}
}
// Infer init production.
// Note that this is a very simple type of inference...
// However, in general, we don't want to try to
// flatten this model...
// Iterator connectedPorts =
// port.insideSourcePortList().iterator();
// IOPort foundOutputPort = null;
// int inferredRate = 0;
// while (connectedPorts.hasNext()) {
// IOPort connectedPort = (IOPort) connectedPorts.next();
// int newRate;
// if (connectedPort.isOutput()) {
// newRate =
// DFUtilities.getTokenInitProduction(connectedPort);
// } else {
// newRate = 0;
// }
// // If we've already set the rate, then check that the
// // rate for any other internal port is correct.
// if (foundOutputPort != null &&
// newRate != inferredRate) {
// throw new NotSchedulableException(
// "External output port " + port
// + " is connected on the inside to ports "
// + "with different initial production: "
// + foundOutputPort + " and "
// + connectedPort);
// }
// foundOutputPort = connectedPort;
// inferredRate = newRate;
// }
// DFUtilities._setIfNotDefined(
// port, "tokenInitProduction", inferredRate);
// if (_debugging && VERBOSE) {
// _debug("Setting tokenInitProduction to "
// + inferredRate);
// }
} else {
throw new NotSchedulableException(
port,
"External port is neither an input and an output, " + "which is not allowed in SDF.");
}
}
// Set the schedule to be valid.
setValid(true);
if (resultSchedule instanceof Schedule) {
return (Schedule) resultSchedule;
} else {
// Must be ScheduleElement.
Schedule schedule = new Schedule();
schedule.add((ScheduleElement) resultSchedule);
return schedule;
}
}
/**
* Generate code for transferring enough tokens to fulfill the output production rate.
*
* @param outputPort The port to transfer tokens.
* @param code The string buffer that the generated code is appended to.
* @exception IllegalActionException If thrown while transferring tokens.
*/
public void generateTransferOutputsCode(IOPort outputPort, StringBuffer code)
throws IllegalActionException {
code.append(
CodeStream.indent(
_codeGenerator.comment("SDFDirector: " + "Transfer tokens to the outside.")));
int rate = DFUtilities.getTokenProductionRate(outputPort);
CompositeActor container = (CompositeActor) getComponent().getContainer();
ptolemy.codegen.c.actor.TypedCompositeActor compositeActorHelper =
(ptolemy.codegen.c.actor.TypedCompositeActor) _getHelper(container);
if (container instanceof TypedCompositeActorWithCoSimulation) {
if (_portNumber == 0) {
int numberOfOutputPorts = container.outputPortList().size();
code.append(_INDENT2 + "jobjectArray tokensToAllOutputPorts;" + _eol);
code.append(
_INDENT2
+ "jclass objClass = (*env)->FindClass(env, "
+ "\"Ljava/lang/Object;\");"
+ _eol);
code.append(
_INDENT2
+ "tokensToAllOutputPorts = "
+ "(*env)->NewObjectArray(env, "
+ numberOfOutputPorts
+ ", objClass, NULL);"
+ _eol);
}
String portName = outputPort.getName();
String tokensToThisPort = "tokensTo" + portName;
;
Type type = ((TypedIOPort) outputPort).getType();
int numberOfChannels = outputPort.getWidthInside();
code.append(_INDENT2 + "jobjectArray " + tokensToThisPort + ";" + _eol);
if (type == BaseType.INT) {
if (!_intFlag) {
code.append(_INDENT2 + "jclass objClassI = (*env)->FindClass(env, " + "\"[I\");" + _eol);
_intFlag = true;
}
code.append(
_INDENT2
+ tokensToThisPort
+ " = (*env)->NewObjectArray(env, "
+ numberOfChannels
+ ", objClassI, NULL);"
+ _eol);
} else if (type == BaseType.DOUBLE) {
if (!_doubleFlag) {
code.append(_INDENT2 + "jclass objClassD = (*env)->FindClass(env, " + "\"[D\");" + _eol);
_doubleFlag = true;
}
code.append(
_INDENT2
+ tokensToThisPort
+ " = (*env)->NewObjectArray(env, "
+ numberOfChannels
+ ", objClassD, NULL);"
+ _eol);
} else {
// FIXME: need to deal with other types
}
for (int i = 0; i < outputPort.getWidthInside(); i++) {
String tokensToOneChannel = "tokensToOneChannelOf" + portName;
if (i == 0) {
if (type == BaseType.INT) {
code.append(_INDENT2 + "jint " + tokensToOneChannel + "[" + rate + "];" + _eol);
} else if (type == BaseType.DOUBLE) {
code.append(_INDENT2 + "jdouble " + tokensToOneChannel + "[" + rate + "];" + _eol);
} else {
// FIXME: need to deal with other types
}
}
String portNameWithChannelNumber = portName;
if (outputPort.isMultiport()) {
portNameWithChannelNumber = portName + '#' + i;
}
for (int k = 0; k < rate; k++) {
code.append(
_INDENT2
+ tokensToOneChannel
+ "["
+ k
+ "] = "
+ compositeActorHelper.getReference("@" + portNameWithChannelNumber + "," + k)
+ ";"
+ _eol);
}
String tokensToOneChannelArray = "arr" + portName + i;
if (type == BaseType.INT) {
code.append(
_INDENT2
+ "jintArray "
+ tokensToOneChannelArray
+ " = "
+ "(*env)->NewIntArray(env, "
+ rate
+ ");"
+ _eol);
code.append(
_INDENT2
+ "(*env)->SetIntArrayRegion"
+ "(env, "
+ tokensToOneChannelArray
+ ", 0, "
+ rate
+ ", "
+ tokensToOneChannel
+ ");"
+ _eol);
} else if (type == BaseType.DOUBLE) {
code.append(
_INDENT2
+ "jdoubleArray "
+ tokensToOneChannelArray
+ " = "
+ "(*env)->NewDoubleArray(env, "
+ rate
+ ");"
+ _eol);
code.append(
_INDENT2
+ "(*env)->SetDoubleArrayRegion"
+ "(env, "
+ tokensToOneChannelArray
+ ", 0, "
+ rate
+ ", "
+ tokensToOneChannel
+ ");"
+ _eol);
} else {
// FIXME: need to deal with other types
}
code.append(
_INDENT2
+ "(*env)->SetObjectArrayElement"
+ "(env, "
+ tokensToThisPort
+ ", "
+ i
+ ", "
+ tokensToOneChannelArray
+ ");"
+ _eol);
code.append(
_INDENT2 + "(*env)->DeleteLocalRef(env, " + tokensToOneChannelArray + ");" + _eol);
}
code.append(
_INDENT2
+ "(*env)->SetObjectArrayElement"
+ "(env, tokensToAllOutputPorts, "
+ _portNumber
+ ", "
+ tokensToThisPort
+ ");"
+ _eol);
code.append(_INDENT2 + "(*env)->DeleteLocalRef(env, " + tokensToThisPort + ");" + _eol);
_portNumber++;
} else {
for (int i = 0; i < outputPort.getWidthInside(); i++) {
if (i < outputPort.getWidth()) {
String name = outputPort.getName();
if (outputPort.isMultiport()) {
name = name + '#' + i;
}
for (int k = 0; k < rate; k++) {
code.append(CodeStream.indent(compositeActorHelper.getReference(name + "," + k)));
code.append(" =" + _eol);
code.append(
CodeStream.indent(
_INDENT2 + compositeActorHelper.getReference("@" + name + "," + k)));
code.append(";" + _eol);
}
}
}
}
// The offset of the ports connected to the output port is
// updated by outside director.
_updatePortOffset(outputPort, code, rate);
}
/**
* Check to see if variables are needed to represent read and write offsets for the given port.
*
* @return Code that declares the read and write offset variables.
* @exception IllegalActionException If getting the rate or reading parameters throws it.
*/
protected String _createOffsetVariablesIfNeeded() throws IllegalActionException {
StringBuffer code = new StringBuffer();
CompositeActor container = (CompositeActor) getComponent().getContainer();
boolean inline = ((BooleanToken) _codeGenerator.inline.getToken()).booleanValue();
StringBuffer tempCode = new StringBuffer();
Iterator outputPorts = container.outputPortList().iterator();
while (outputPorts.hasNext()) {
IOPort outputPort = (IOPort) outputPorts.next();
for (int i = 0; i < outputPort.getWidthInside(); i++) {
int readTokens = 0;
int writeTokens = 0;
// If each actor firing is inlined in the code, then read
// and write positions in the buffer must return to the
// previous values after one iteration of the container actor
// in order to avoid using read and write offset variables.
if (inline) {
readTokens = DFUtilities.getRate(outputPort);
writeTokens = readTokens;
// If each actor firing is wrapped in a function, then read
// and write positions in the buffer must return to the
// previous values after one firing of this actor or one
// firing of the actor that produces tokens consumed by the
// inside receiver of this actor in order to avoid using
// read and write offset variables.
} else {
readTokens = DFUtilities.getRate(outputPort);
Iterator sourcePorts = outputPort.insideSourcePortList().iterator();
label1:
while (sourcePorts.hasNext()) {
IOPort sourcePort = (IOPort) sourcePorts.next();
CodeGeneratorHelper helper =
(CodeGeneratorHelper) _getHelper(sourcePort.getContainer());
int width;
if (sourcePort.isInput()) {
width = sourcePort.getWidthInside();
} else {
width = sourcePort.getWidth();
}
for (int j = 0; j < width; j++) {
Iterator channels = helper.getSinkChannels(sourcePort, j).iterator();
while (channels.hasNext()) {
Channel channel = (Channel) channels.next();
if (channel.port == outputPort && channel.channelNumber == i) {
writeTokens = DFUtilities.getRate(sourcePort);
break label1;
}
}
}
}
}
tempCode.append(_createOffsetVariablesIfNeeded(outputPort, i, readTokens, writeTokens));
}
}
if (tempCode.length() > 0) {
code.append("\n" + _codeGenerator.comment(container.getName() + "'s offset variables"));
code.append(tempCode);
}
Iterator actors = container.deepEntityList().iterator();
while (actors.hasNext()) {
StringBuffer tempCode2 = new StringBuffer();
Actor actor = (Actor) actors.next();
Iterator inputPorts = actor.inputPortList().iterator();
while (inputPorts.hasNext()) {
IOPort inputPort = (IOPort) inputPorts.next();
for (int i = 0; i < inputPort.getWidth(); i++) {
int readTokens = 0;
int writeTokens = 0;
// If each actor firing is inlined in the code,
// then read and write positions in the buffer
// must return to the previous values after one
// iteration of the container actor in order to
// avoid using read and write offset variables.
if (inline) {
Variable firings = (Variable) ((NamedObj) actor).getAttribute("firingsPerIteration");
int firingsPerIteration = ((IntToken) firings.getToken()).intValue();
readTokens = DFUtilities.getRate(inputPort) * firingsPerIteration;
writeTokens = readTokens;
// If each actor firing is wrapped in a
// function, then read and write positions in
// the buffer must return to the previous
// values after one firing of this actor or
// one firing of the actor that produces
// tokens consumed by this actor in order to
// avoid using read and write offset
// variables.
} else {
readTokens = DFUtilities.getRate(inputPort);
Iterator sourcePorts = inputPort.sourcePortList().iterator();
label2:
while (sourcePorts.hasNext()) {
IOPort sourcePort = (IOPort) sourcePorts.next();
CodeGeneratorHelper helper =
(CodeGeneratorHelper) _getHelper(sourcePort.getContainer());
int width;
if (sourcePort.isInput()) {
width = sourcePort.getWidthInside();
} else {
width = sourcePort.getWidth();
}
for (int j = 0; j < width; j++) {
Iterator channels = helper.getSinkChannels(sourcePort, j).iterator();
while (channels.hasNext()) {
Channel channel = (Channel) channels.next();
if (channel.port == inputPort && channel.channelNumber == i) {
writeTokens = DFUtilities.getRate(sourcePort);
break label2;
}
}
}
}
}
tempCode2.append(_createOffsetVariablesIfNeeded(inputPort, i, readTokens, writeTokens));
}
}
if (tempCode2.length() > 0) {
code.append("\n" + _codeGenerator.comment(actor.getName() + "'s offset variables"));
code.append(tempCode2);
}
}
return code.toString();
}
/**
* Execute the filter model on each input array element until it gets as many elements as
* specified by the <i>maxOutputLength</i> parameter. If there are no enough elements satisfying
* the filter model, then only output all the satisfied elements. Before running the filter model,
* this method update the filter model's <i>inputArrayElement</i> parameter for each array
* element. After running the filter model, this method looks for the <i>evaluatedValue</i>
* parameter and keep the input element if the evaluated value is ture, otherwise, skip the
* element.
*
* @exception IllegalActionException If there is no director, or if the director's action methods
* throw it.
*/
public void fire() throws IllegalActionException {
super.fire();
if (_model instanceof CompositeActor) {
CompositeActor executable = (CompositeActor) _model;
_manager = executable.getManager();
if (_manager == null) {
throw new InternalErrorException("No manager!");
}
if (_debugging) {
_manager.addDebugListener(this);
Director director = executable.getDirector();
if (director != null) {
director.addDebugListener(this);
}
} else {
_manager.removeDebugListener(this);
Director director = executable.getDirector();
if (director != null) {
director.removeDebugListener(this);
}
}
int i = 0;
int j = 0;
LinkedList list = new LinkedList();
ArrayToken array = (ArrayToken) inputArray.get(0);
while ((i < _outputLength) && (j < array.length())) {
Token t = array.getElement(j);
_updateParameter(t);
if (_debugging) {
_debug("** Executing filter model.");
}
try {
_manager.execute();
} catch (KernelException ex) {
throw new IllegalActionException(this, ex, "Execution failed.");
}
if (_getResult()) {
i++;
list.add(t);
}
j++;
}
Token[] result = new Token[list.size()];
for (i = 0; i < list.size(); i++) {
result[i] = (Token) list.get(i);
}
outputArray.send(0, new ArrayToken(array.getElementType(), result));
}
}
/**
* Parse the xml file and run it. If a parameter named "copernicus_iterations" is present, then
* the value of that parameter is used to set the iterations parameter. If there is no
* "copernicus_iterations" parameter, then then the number of iterations is set to 100000.
*/
public TestApplication(String xmlFilename) throws Exception {
MoMLParser parser = new MoMLParser();
// The test suite calls MoMLSimpleApplication multiple times,
// and the list of filters is static, so we reset it each time
// so as to avoid adding filters every time we run an auto test.
// We set the list of MoMLFilters to handle Backward Compatibility.
MoMLParser.setMoMLFilters(BackwardCompatibility.allFilters());
// Filter out any graphical classes.
// We should filter out graphical classes or the
// treeShakeWithoutCodegen rule will fail when we run it on
// actor/lib/test/auto/ComplexDivide.
MoMLParser.addMoMLFilter(new RemoveGraphicalClasses());
// parser.setErrorHandler(new StreamErrorHandler());
// We use parse(URL, URL) here instead of parseFile(String)
// because parseFile() works best on relative pathnames and
// has problems finding resources like files specified in
// parameters if the xml file was specified as an absolute path.
CompositeActor toplevel = null;
// First, we gc and then print the memory stats
// BTW to get more info about gc,
// use java -verbose:gc -Xloggc:filename . . .
System.gc();
Thread.sleep(1000);
Runtime runtime = Runtime.getRuntime();
try {
URL url = new URL(null, xmlFilename);
toplevel = (CompositeActor) parser.parse(url, url.openStream());
} catch (Exception ex) {
File f = new File(xmlFilename);
URL url = f.toURL();
System.err.println("Warning: Parsing '" + xmlFilename + "' failed: ");
ex.printStackTrace();
System.err.println(" Trying '" + url + "'");
toplevel = (CompositeActor) parser.parse(null, url);
}
// FIXME: nearly duplicate code in kernel/KernelMain.java
SDFDirector director = (SDFDirector) toplevel.getDirector();
if (director != null) {
Parameter iterations = (Parameter) director.getAttribute("iterations");
Parameter copernicus_iterations = (Parameter) director.getAttribute("copernicus_iterations");
// Set to be a large number of iterations, unless
// copernicus_iterations is set.
if (copernicus_iterations != null) {
iterations.setToken(copernicus_iterations.getToken());
} else {
iterations.setToken(new IntToken(100000));
}
System.out.println("TestApplication: Setting Iterations to " + iterations.getToken());
}
Manager manager = new Manager(toplevel.workspace(), "TestApplication");
toplevel.setManager(manager);
toplevel.addChangeListener(this);
String modelName = toplevel.getName();
long startTime = System.currentTimeMillis();
long totalMemory1 = runtime.totalMemory() / 1024;
long freeMemory1 = runtime.freeMemory() / 1024;
System.out.println("Spent " + (startTime - _parseStartTime) + " ms. creating the model.");
System.out.println(
modelName
+ ": Stats before execution: "
+ Manager.timeAndMemory(startTime, totalMemory1, freeMemory1));
// Second, we run and print memory stats.
manager.execute();
long totalMemory2 = runtime.totalMemory() / 1024;
long freeMemory2 = runtime.freeMemory() / 1024;
String standardStats = Manager.timeAndMemory(startTime, totalMemory2, freeMemory2);
System.out.println(modelName + ": Execution stats: " + standardStats);
// Third, we gc and print memory stats.
System.gc();
Thread.sleep(1000);
long totalMemory3 = runtime.totalMemory() / 1024;
long freeMemory3 = runtime.freeMemory() / 1024;
System.out.println(
modelName
+ ": After Garbage Collection: "
+ Manager.timeAndMemory(startTime, totalMemory3, freeMemory3));
// Print out the standard stats at the end
// so as not to break too many scripts
System.out.println(standardStats);
}
