Uses of Class
mwalk.core.Tree

Packages that use Tree

mwalk.app	Provides the application components of mwalk.
mwalk.core	Provides the core components of mwalk.
mwalk.util	Provides utility classes for mwalk.
mwalk.visitor	Provides standard collection of vistiors.

Uses of Tree in mwalk.app

Fields in mwalk.app declared as Tree

protected Tree

Animator.tree

Methods in mwalk.app that return Tree

Tree	Builder.build() Build tree from supplied logs.

Methods in mwalk.app with parameters of type Tree

void	Builder.readStats(Tree tree) Read statistics file to extract the session time for the given session.
void	Builder.addReceivers(Tree tree) Add receivers to tree from parsed RTCP logs.
void	Builder.addPaths(Tree tree) Add paths to tree from parsed mtrace logs.
void	Builder.cleanPaths(Tree tree) Remove nodes and links from the tree if they have no path back to the source.
void	Builder.mergePeriods(Tree tree) Merge overlapping active periods to reduce the size of the period tables.
void	Builder.markPrimaryPaths(Tree tree) Mark primary paths for each receiver.

Constructors in mwalk.app with parameters of type Tree

Animator.Animator(Tree tree)
Constructor.

Uses of Tree in mwalk.core

Methods in mwalk.core that return Tree

static Tree

Tree.load(java.lang.String file)

Uses of Tree in mwalk.util

Methods in mwalk.util with parameters of type Tree

void	ReceiverRandomizer.reset(Tree tree) Clear all active receivers.
void	ReceiverRandomizer.randomize(Tree tree) Randomly activate the appropriate number of receivers.

Uses of Tree in mwalk.visitor

Methods in mwalk.visitor with parameters of type Tree

boolean	AbstractVisitor.init(Tree tree) Initialize the visitor state.
void	AbstractVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	AbstractVisitor.again(Tree tree) Check whether the visitor wants another pass over the tree.
java.util.Enumeration	AbstractVisitor.getReceivers(Tree tree) Get a list of active receivers.
boolean	AbstractVisitor.nextReceiver(Tree tree, Receiver recv) Check whether the next receiver should start a visiting path.
java.lang.Object	AbstractVisitor.visitUp(Tree tree, TreeNode node) Visit the current node prior to visiting parent.
java.lang.Object	AbstractVisitor.visitUp(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting parent.
TreeNode[]	AbstractVisitor.getParents(Tree tree, TreeNode node) Retrieve the list of parents of this node.
java.lang.Object	AbstractVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	AbstractVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	AbstractVisitor.getChildren(Tree tree, TreeNode node) Retrieve the list of children of this node.
protected void	PrintVisitor.printHeader(Tree tree) Print visitor's header info at start of file.
void	PrintVisitor.printData(Tree tree, TreeNode node, java.lang.String line) Print a single line of data.
void	PrintVisitor.printData(Tree tree, java.lang.String line) Print a single line of data.
boolean	PrintVisitor.init(Tree tree) Initialize visitor.
TreeNode[]	PrintVisitor.getChildren(Tree tree, TreeNode node) Get a list of children for the current node applying correct activity semantics.
boolean	UpVisitor.nextReceiver(Tree tree, Receiver recv) Check whether the next receiver should start a visiting path.
java.util.Enumeration	UpVisitor.getReceivers(Tree tree) Get a list of active receivers.
java.lang.Object	UpVisitor.visitUp(Tree tree, TreeNode node) Visit the current node prior to visiting parent.
java.lang.Object	UpVisitor.visitUp(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting parent.
TreeNode[]	UpVisitor.getParents(Tree tree, TreeNode node) Get a list of parents for the current node applying correct activity semantics.
void	RandomPathVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	RandomPathVisitor.nextReceiver(Tree tree, Receiver recv) Check whether the next receiver should start a visiting path.
TreeNode[]	RandomPathVisitor.getParents(Tree tree, TreeNode node) Retrieve the list of parents of this node.
boolean	GlobalVisitor.init(Tree tree) Initialize the visitor state.
void	GlobalVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	GlobalVisitor.again(Tree tree) Check whether the visitor wants another pass over the tree.
void	GlobalVisitor.prepare(Tree tree) Prepare the up/down visitors for a new pass over the tree.
boolean	GlobalVisitor.nextReceiver(Tree tree, Receiver recv) Check whether the next receiver should start a visiting path.
java.util.Enumeration	GlobalVisitor.getReceivers(Tree tree) Get a list of active receivers.
java.lang.Object	GlobalVisitor.visitUp(Tree tree, TreeNode node) Visit the current node prior to visiting parent.
java.lang.Object	GlobalVisitor.visitUp(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting parent.
java.lang.Object	GlobalVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	GlobalVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	GlobalVisitor.getParents(Tree tree, TreeNode node) Get a list of parents for the current node applying correct activity semantics.
TreeNode[]	GlobalVisitor.getChildren(Tree tree, TreeNode node) Get a list of children for the current node applying correct activity semantics.
boolean	RandomVisitor.init(Tree tree) Initialize visitor.
void	RandomVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	RandomVisitor.again(Tree tree) Determine whether to walk the tree again.
boolean	CountVisitor.init(Tree tree) Initialize visitor.
boolean	CountVisitor.again(Tree tree) Determine whether to walk the tree again.
boolean	DataVisitor.init(Tree tree) Initialize visitor.
java.lang.Object	DataVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
protected void	LinkCountVisitor.printHeader(Tree tree) Print visitor's header info at start of file.
boolean	LinkCountVisitor.init(Tree tree) Initialize visitor.
java.lang.Object	LinkCountVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
boolean	ExportVisitor.init(Tree tree) Initialize visitor.
void	ExportVisitor.reset(Tree tree) Reset visitor state.
boolean	ExportVisitor.again(Tree tree) Determine whether to walk the tree again.
java.lang.Object	ExportVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
void	MetricVisitor.startTime(Tree tree)
boolean	MetricVisitor.init(Tree tree) Initialize the visitor state.
boolean	MetricVisitor.again(Tree tree) Check whether the visitor wants another pass over the tree.
java.lang.Object	MetricVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	MetricVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	MetricVisitor.getChildren(Tree tree, TreeNode node) Get a list of children for the current node applying correct activity semantics.
protected abstract MetricCount	MetricVisitor.doVisit(Tree tree, TreeNode node, java.util.Vector list)
protected abstract void	MetricVisitor.process(Tree tree)
protected void	BasicMetricVisitor.printHeader(Tree tree) Print visitor's header info at start of file.
boolean	BasicMetricVisitor.init(Tree tree) Initialize the visitor state.
boolean	BasicMetricVisitor.again(Tree tree) Check whether the visitor wants another pass over the tree.
protected MetricCount	BasicMetricVisitor.doVisit(Tree tree, TreeNode node, java.util.Vector list)
protected void	BasicMetricVisitor.process(Tree tree)
boolean	UpathMetricVisitor.init(Tree tree) Initialize the visitor state.
java.lang.Object	UpathMetricVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	DownVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	DownVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	DownVisitor.getChildren(Tree tree, TreeNode node) Get a list of children for the current node applying correct activity semantics.
boolean	Visitor.init(Tree tree) Initialize state.
void	Visitor.reset(Tree tree) Reset state.
boolean	Visitor.again(Tree tree) Whether to walk the tree again.
boolean	VisualVisitor.init(Tree tree) Initialize the visitor state.
void	VisualVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	VisualVisitor.again(Tree tree) Check whether the visitor wants another pass over the tree.
java.lang.Object	VisualVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
TreeNode[]	VisualVisitor.getChildren(Tree tree, TreeNode node) Get a list of children for the current node applying correct activity semantics.
void	MergeVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
java.lang.Object	MergeVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	MergeVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
boolean	GatewayMetricVisitor.init(Tree tree) Initialize the visitor state.
void	GatewayMetricVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
protected MetricCount	GatewayMetricVisitor.doVisit(Tree tree, TreeNode node, java.util.Vector list)
protected void	GatewayMetricVisitor.process(Tree tree)
int	PathlessVisitor.removeReceivers(Tree tree) Remove receivers that were marked as pathless.
void	PathlessVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
java.lang.Object	PathlessVisitor.visitUp(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting parent.
boolean	DegreeCountVisitor.init(Tree tree) Initialize the visitor state.
protected void	DegreeCountVisitor.printHeader(Tree tree) Print visitor's header info at start of file.
protected void	DegreeCountVisitor.printData(Tree tree, TreeNode node, DegreeCount count) Print a single line of data for a node.
java.lang.Object	DegreeCountVisitor.visitDown(Tree tree, TreeNode node) Visit the current node prior to visiting children.
java.lang.Object	DegreeCountVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	PrimaryPathVisitor.getParents(Tree tree, TreeNode node) Retrieve the list of parents of this node.
boolean	CollapseVisitor.init(Tree tree) Initialize the visitor state.
java.lang.Object	CollapseVisitor.visitDown(Tree tree, TreeNode node, java.util.Vector list) Visit the current node after visiting children.
TreeNode[]	CollapseVisitor.getChildren(Tree tree, TreeNode node) Retrieve the list of children of this node.
void	JoinVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
boolean	JoinVisitor.nextReceiver(Tree tree, Receiver recv) Check whether the next receiver should start a visiting path.
TreeNode[]	JoinVisitor.getParents(Tree tree, TreeNode node) Get a list of parents for the current node applying correct activity semantics.
void	TraceVisitor.reset(Tree tree) Reset the visitor for a new pass over the tree.
java.lang.Object	TraceVisitor.visitUp(Tree tree, TreeNode node) Visit the current node prior to visiting parent.
TreeNode[]	TraceVisitor.getParents(Tree tree, TreeNode node) Get a list of parents for the current node applying correct activity semantics.