Uses of Class
org.mozilla.javascript.Node

Packages that use Node

Package	Description
org.mozilla.javascript
org.mozilla.javascript.ast
org.mozilla.javascript.optimizer

Uses of Node in org.mozilla.javascript

Classes in org.mozilla.javascript that implement interfaces with type arguments of type Node

Modifier and Type	Class	Description
class	Node	This class implements the root of the intermediate representation.
class	Node.NodeIterator	Iterates over the children of this Node.

Fields in org.mozilla.javascript declared as Node

Modifier and Type	Field	Description
private Node	Node.NodeIterator.cursor
protected Node	Node.first
protected Node	Node.last
protected Node	Node.next
private static final Node	Node.NOT_SET
private Node	Node.NodeIterator.prev
private Node	Node.NodeIterator.prev2

Methods in org.mozilla.javascript that return Node

Modifier and Type	Method	Description
private static Node	NodeTransformer.addBeforeCurrent(Node parent, Node previous, Node current, Node toAdd)
private Node	IRFactory.arrayCompTransformHelper(ArrayComprehension node, String arrayName)
private Node	IRFactory.createAssignment(int assignType, Node left, Node right)
private static Node	IRFactory.createBinary(int nodeType, Node left, Node right)
private Node	IRFactory.createCallOrNew(int nodeType, Node child)
private Node	IRFactory.createCatch(String varName, Node catchCond, Node stmts, int lineno)	Catch clause of try/catch/finally
private static Node	IRFactory.createCondExpr(Node cond, Node ifTrue, Node ifFalse)
(package private) Node	Parser.createDestructuringAssignment(int type, Node left, Node right)	Given a destructuring assignment with a left hand side parsed as an array or object literal and a right hand side expression, rewrite as a series of assignments to the variables defined in left from property accesses to the expression on the right.
private Node	IRFactory.createElementGet(Node target, String namespace, Node elem, int memberTypeFlags)
private static Node	IRFactory.createExprStatementNoReturn(Node expr, int lineno)
private static Node	IRFactory.createFor(Scope loop, Node init, Node test, Node incr, Node body)
private Node	IRFactory.createForIn(int declType, Node loop, Node lhs, Node obj, Node body, boolean isForEach, boolean isForOf)	Generate IR for a for..in loop.
private static Node	IRFactory.createIf(Node cond, Node ifTrue, Node ifFalse, int lineno)
private static Node	IRFactory.createIncDec(int nodeType, boolean post, Node child)
private static Node	IRFactory.createLoop(Jump loop, int loopType, Node body, Node cond, Node init, Node incr)
private Node	IRFactory.createMemberRefGet(Node target, String namespace, Node elem, int memberTypeFlags)
protected Node	Parser.createName(int type, String name, Node child)
protected Node	Parser.createName(String name)
protected Node	Parser.createNumber(double number)
private Node	IRFactory.createPropertyGet(Node target, String namespace, String name, int memberTypeFlags)
private static Node	IRFactory.createString(String string)
private Node	IRFactory.createTryCatchFinally(Node tryBlock, Node catchBlocks, Node finallyBlock, int lineno)	Try/Catch/Finally
private static Node	IRFactory.createUnary(int nodeType, Node child)
private static Node	IRFactory.createUseLocal(Node localBlock)
private Node	IRFactory.createWith(Node obj, Node body, int lineno)
(package private) Node	IRFactory.decompileFunctionHeader(FunctionNode fn)
(package private) Node	Parser.destructuringAssignmentHelper(int variableType, Node left, Node right, String tempName)
private Node	IRFactory.genExprTransformHelper(GeneratorExpression node)
Node	Node.getChildBefore(Node child)
Node	Node.getFirstChild()
Node	Node.getLastChild()
Node	Node.getLastSibling()
Node	Node.getNext()
private static Node	IRFactory.initFunction(FunctionNode fnNode, int functionIndex, Node statements, int functionType)
private static Node	IRFactory.makeReference(Node node)
static Node	Node.newNumber(double number)
static Node	Node.newString(int type, String str)
static Node	Node.newString(String str)
static Node	Node.newTarget()
Node	Node.NodeIterator.next()
private static Node	NodeTransformer.replaceCurrent(Node parent, Node previous, Node current, Node replacement)
Node	Node.setType(int type)	Sets the node type and returns this node.
protected Node	Parser.simpleAssignment(Node left, Node right)
Node	IRFactory.transform(AstNode node)
private Node	IRFactory.transformArrayComp(ArrayComprehension node)
private Node	IRFactory.transformArrayLiteral(ArrayLiteral node)
private Node	IRFactory.transformAssignment(Assignment node)
private Node	IRFactory.transformBigInt(BigIntLiteral node)
private Node	IRFactory.transformBlock(AstNode node)
private Node	IRFactory.transformBreak(BreakStatement node)
private Node	IRFactory.transformCondExpr(ConditionalExpression node)
private Node	IRFactory.transformContinue(ContinueStatement node)
private Node	IRFactory.transformDefaultXmlNamepace(UnaryExpression node)
private Node	IRFactory.transformDoLoop(DoLoop loop)
private Node	IRFactory.transformElementGet(ElementGet node)
private Node	IRFactory.transformExprStmt(ExpressionStatement node)
private Node	IRFactory.transformForInLoop(ForInLoop loop)
private Node	IRFactory.transformForLoop(ForLoop loop)
private Node	IRFactory.transformFunction(FunctionNode fn)
private Node	IRFactory.transformFunctionCall(FunctionCall node)
private Node	IRFactory.transformGenExpr(GeneratorExpression node)
private Node	IRFactory.transformIf(IfStatement n)
private Node	IRFactory.transformInfix(InfixExpression node)
private Node	IRFactory.transformLabeledStatement(LabeledStatement ls)
private Node	IRFactory.transformLetNode(LetNode node)
private Node	IRFactory.transformLiteral(AstNode node)
private Node	IRFactory.transformName(Name node)
private Node	IRFactory.transformNewExpr(NewExpression node)
private Node	IRFactory.transformNumber(NumberLiteral node)
private Node	IRFactory.transformObjectLiteral(ObjectLiteral node)
private Node	IRFactory.transformParenExpr(ParenthesizedExpression node)
private Node	IRFactory.transformPropertyGet(PropertyGet node)
private Node	IRFactory.transformRegExp(RegExpLiteral node)
private Node	IRFactory.transformReturn(ReturnStatement node)
private Node	IRFactory.transformScript(ScriptNode node)
private Node	IRFactory.transformString(StringLiteral node)
private Node	IRFactory.transformSwitch(SwitchStatement node)
private Node	IRFactory.transformTemplateLiteral(TemplateLiteral node)
private Node	IRFactory.transformTemplateLiteralCall(TaggedTemplateLiteral node)
private Node	IRFactory.transformThrow(ThrowStatement node)
private Node	IRFactory.transformTry(TryStatement node)
private Node	IRFactory.transformUnary(UnaryExpression node)
private Node	IRFactory.transformUpdate(UpdateExpression node)
private Node	IRFactory.transformVariableInitializers(VariableDeclaration node)
private Node	IRFactory.transformVariables(VariableDeclaration node)
private Node	IRFactory.transformWhileLoop(WhileLoop loop)
private Node	IRFactory.transformWith(WithStatement node)
private Node	IRFactory.transformXmlLiteral(XmlLiteral node)
private Node	IRFactory.transformXmlMemberGet(XmlMemberGet node)
private Node	IRFactory.transformXmlRef(XmlRef node)
private Node	IRFactory.transformXmlRef(Node pn, XmlRef node, int memberTypeFlags)
private Node	IRFactory.transformYield(Yield node)
protected Node	NodeTransformer.visitLet(boolean createWith, Node parent, Node previous, Node scopeNode)

Methods in org.mozilla.javascript that return types with arguments of type Node

Modifier and Type	Method	Description
Iterator<Node>	Node.iterator()	Returns an Iterator over the node's children.

Methods in org.mozilla.javascript with parameters of type Node

Modifier and Type	Method	Description
private static Node	NodeTransformer.addBeforeCurrent(Node parent, Node previous, Node current, Node toAdd)
void	Node.addChildAfter(Node newChild, Node node)	Add 'child' after 'node'.
void	Node.addChildBefore(Node newChild, Node node)	Add 'child' before 'node'.
void	Node.addChildrenToBack(Node children)
void	Node.addChildrenToFront(Node children)
void	Node.addChildToBack(Node child)
void	Node.addChildToFront(Node child)
private void	CodeGenerator.addGoto(Node target, int gotoOp)
private static void	IRFactory.addSwitchCase(Node switchBlock, Node caseExpression, Node statements)	If caseExpression argument is null it indicates a default label.
private static void	Node.appendPrintId(Node n, ObjToIntMap printIds, StringBuilder sb)
private static RuntimeException	CodeGenerator.badTree(Node node)
protected void	Parser.checkMutableReference(Node n)
private static void	IRFactory.closeSwitch(Node switchBlock)
private Node	IRFactory.createAssignment(int assignType, Node left, Node right)
private static Node	IRFactory.createBinary(int nodeType, Node left, Node right)
private Node	IRFactory.createCallOrNew(int nodeType, Node child)
private Node	IRFactory.createCatch(String varName, Node catchCond, Node stmts, int lineno)	Catch clause of try/catch/finally
private static Node	IRFactory.createCondExpr(Node cond, Node ifTrue, Node ifFalse)
(package private) Node	Parser.createDestructuringAssignment(int type, Node left, Node right)	Given a destructuring assignment with a left hand side parsed as an array or object literal and a right hand side expression, rewrite as a series of assignments to the variables defined in left from property accesses to the expression on the right.
private Node	IRFactory.createElementGet(Node target, String namespace, Node elem, int memberTypeFlags)
private static Node	IRFactory.createExprStatementNoReturn(Node expr, int lineno)
private static Node	IRFactory.createFor(Scope loop, Node init, Node test, Node incr, Node body)
private Node	IRFactory.createForIn(int declType, Node loop, Node lhs, Node obj, Node body, boolean isForEach, boolean isForOf)	Generate IR for a for..in loop.
private static Node	IRFactory.createIf(Node cond, Node ifTrue, Node ifFalse, int lineno)
private static Node	IRFactory.createIncDec(int nodeType, boolean post, Node child)
private static Node	IRFactory.createLoop(Jump loop, int loopType, Node body, Node cond, Node init, Node incr)
private Scope	IRFactory.createLoopNode(Node loopLabel, int lineno)	Create loop node.
private Node	IRFactory.createMemberRefGet(Node target, String namespace, Node elem, int memberTypeFlags)
protected Node	Parser.createName(int type, String name, Node child)
private Node	IRFactory.createPropertyGet(Node target, String namespace, String name, int memberTypeFlags)
private Node	IRFactory.createTryCatchFinally(Node tryBlock, Node catchBlocks, Node finallyBlock, int lineno)	Try/Catch/Finally
private static Node	IRFactory.createUnary(int nodeType, Node child)
private static Node	IRFactory.createUseLocal(Node localBlock)
private Node	IRFactory.createWith(Node obj, Node body, int lineno)
(package private) boolean	Parser.destructuringArray(ArrayLiteral array, int variableType, String tempName, Node parent, List<String> destructuringNames)
(package private) Node	Parser.destructuringAssignmentHelper(int variableType, Node left, Node right, String tempName)
(package private) boolean	Parser.destructuringObject(ObjectLiteral node, int variableType, String tempName, Node parent, List<String> destructuringNames)
private void	CodeGenerator.generateCallFunAndThis(Node left)
private void	CodeGenerator.generateICodeFromTree(Node tree)
private static void	Node.generatePrintIds(Node n, ObjToIntMap map)
Node	Node.getChildBefore(Node child)
private static int	CodeGenerator.getLocalBlockRef(Node node)
private Object	IRFactory.getPropKey(Node id)
private int	CodeGenerator.getTargetLabel(Node target)
private static Node	IRFactory.initFunction(FunctionNode fnNode, int functionIndex, Node statements, int functionType)
private static int	IRFactory.isAlwaysDefinedBoolean(Node node)
(package private) boolean	IRFactory.isDestructuring(Node n)
private static Jump	IRFactory.makeJump(int type, Node target)
private static Node	IRFactory.makeReference(Node node)
private void	CodeGenerator.markTargetLabel(Node target)
void	Node.removeChild(Node child)
void	Node.replaceChild(Node child, Node newChild)
void	Node.replaceChildAfter(Node prevChild, Node newChild)
private static Node	NodeTransformer.replaceCurrent(Node parent, Node previous, Node current, Node replacement)
protected Node	Parser.simpleAssignment(Node left, Node right)
private static void	Node.toStringTreeHelper(ScriptNode treeTop, Node n, ObjToIntMap printIds, int level, StringBuilder sb)
private void	NodeTransformer.transformCompilationUnit_r(ScriptNode tree, Node parent, Scope scope, boolean createScopeObjects, boolean inStrictMode)
private Node	IRFactory.transformXmlRef(Node pn, XmlRef node, int memberTypeFlags)
private void	CodeGenerator.updateLineNumber(Node node)
private void	CodeGenerator.visitArrayComprehension(Node node, Node initStmt, Node expr)
protected void	NodeTransformer.visitCall(Node node, ScriptNode tree)
private void	CodeGenerator.visitExpression(Node node, int contextFlags)
private void	CodeGenerator.visitIncDec(Node node, Node child)
protected Node	NodeTransformer.visitLet(boolean createWith, Node parent, Node previous, Node scopeNode)
private void	CodeGenerator.visitLiteral(Node node, Node child)
protected void	NodeTransformer.visitNew(Node node, ScriptNode tree)
private void	CodeGenerator.visitStatement(Node node, int initialStackDepth)
private void	CodeGenerator.visitTemplateLiteral(Node node)

Method parameters in org.mozilla.javascript with type arguments of type Node

Modifier and Type	Method	Description
private void	Parser.arrowFunctionParams(FunctionNode fnNode, AstNode params, Map<String,Node> destructuring, Set<String> paramNames)

Constructors in org.mozilla.javascript with parameters of type Node

Modifier	Constructor	Description
	Node(int nodeType, Node child)
	Node(int nodeType, Node child, int line)
	Node(int nodeType, Node left, Node right)
	Node(int nodeType, Node left, Node right, int line)
	Node(int nodeType, Node left, Node mid, Node right)
	Node(int nodeType, Node left, Node mid, Node right, int line)

Uses of Node in org.mozilla.javascript.ast

Subclasses of Node in org.mozilla.javascript.ast

Modifier and Type	Class	Description
class	ArrayComprehension	AST node for a JavaScript 1.7 Array comprehension.
class	ArrayComprehensionLoop	AST node for a single 'for (foo in bar)' loop construct in a JavaScript 1.7 Array comprehension.
class	ArrayLiteral	AST node for an Array literal.
class	Assignment	AST node representing the set of assignment operators such as =, *= and +=.
class	AstNode	Base class for AST node types.
class	AstRoot	Node for the root of a parse tree.
class	BigIntLiteral	AST node for a BigInt literal.
class	Block	A block statement delimited by curly braces.
class	BreakStatement	A break statement.
class	CatchClause	Node representing a catch-clause of a try-statement.
class	Comment	Node representing comments.
class	ConditionalExpression	AST node representing the ternary operator.
class	ContinueStatement	A continue statement.
class	DoLoop	Do statement.
class	ElementGet	AST node for an indexed property reference, such as foo['bar'] or foo[2].
class	EmptyExpression	AST node for an empty expression.
class	EmptyStatement	AST node for an empty statement.
class	ErrorNode	AST node representing a parse error or a warning.
class	ExpressionStatement	AST node representing an expression in a statement context.
class	ForInLoop	For-in or for-each-in or for-of statement.
class	ForLoop	C-style for-loop statement.
class	FunctionCall	AST node for a function call.
class	FunctionNode	A JavaScript function declaration or expression.
class	GeneratorExpression
class	GeneratorExpressionLoop
class	IfStatement	If-else statement.
class	InfixExpression	AST node representing an infix (binary operator) expression.
class	Jump	Used for code generation.
class	KeywordLiteral	AST node for keyword literals: currently, this, null, true, false, and debugger.
class	Label	AST node representing a label.
class	LabeledStatement	A labeled statement.
class	LetNode	AST node for let statements and expressions.
class	Loop	Abstract base type for loops.
class	Name	AST node for a simple name.
class	NewExpression	New expression.
class	NumberLiteral	AST node for a Number literal.
class	ObjectLiteral	AST node for an Object literal (also called an Object initialiser in Ecma-262).
class	ObjectProperty	AST node for a single name:value entry in an Object literal.
class	ParenthesizedExpression	AST node for a parenthesized expression.
class	PropertyGet	AST node for the '.' operator.
class	RegExpLiteral	AST node for a RegExp literal.
class	ReturnStatement	Return statement.
class	Scope	Represents a scope in the lexical scope chain.
class	ScriptNode	Base type for AstRoot and FunctionNode nodes, which need to collect much of the same information.
class	StringLiteral	AST node for a single- or double-quoted string literal.
class	SwitchCase	Switch-case AST node type.
class	SwitchStatement	Switch statement AST node type.
class	TaggedTemplateLiteral	AST node for a Tagged Template Literal.
class	TemplateCharacters	AST node for Template Literal Characters.
class	TemplateLiteral	AST node for a Template literal.
class	ThrowStatement	Throw statement.
class	TryStatement	Try/catch/finally statement.
class	UnaryExpression	AST node representing unary operators such as typeof and delete.
class	UpdateExpression	AST node representing update operators such as ++.
class	VariableDeclaration	A list of one or more var, const or let declarations.
class	VariableInitializer	A variable declaration or initializer, part of a VariableDeclaration expression.
class	WhileLoop	While statement.
class	WithStatement	With statement.
class	XmlDotQuery	AST node representing an E4X foo.(bar) query expression.
class	XmlElemRef	AST node for an E4X XML [expr] member-ref expression.
class	XmlExpression	AST node for an embedded JavaScript expression within an E4X XML literal.
class	XmlFragment	Abstract base type for components that comprise an XmlLiteral object.
class	XmlLiteral	AST node for an E4X (Ecma-357) embedded XML literal.
class	XmlMemberGet	AST node for E4X ".@" and ".." expressions, such as foo..bar, foo..@bar, @foo.@bar, and foo..@ns::*.
class	XmlPropRef	AST node for an E4X XML [expr] property-ref expression.
class	XmlRef	Base class for E4X XML attribute-access or property-get expressions.
class	XmlString	AST node for an XML-text-only component of an XML literal expression.
class	Yield	AST node for JavaScript 1.7 yield expression or statement.

Fields in org.mozilla.javascript.ast declared as Node

Modifier and Type	Field	Description
private Node	Symbol.node
Node	Jump.target
private Node	Jump.target2

Fields in org.mozilla.javascript.ast with type parameters of type Node

Modifier and Type	Field	Description
private List<Node>	FunctionNode.generatorResumePoints
private Map<Node,int[]>	FunctionNode.liveLocals

Methods in org.mozilla.javascript.ast that return Node

Modifier and Type	Method	Description
Node	Jump.getContinue()
Node	Jump.getDefault()
Node	Jump.getFinally()
Node	Symbol.getNode()	Returns the node associated with this identifier
Node	VariableDeclaration.setType(int type)	Sets the node type and returns this node.

Methods in org.mozilla.javascript.ast that return types with arguments of type Node

Modifier and Type	Method	Description
Map<Node,int[]>	FunctionNode.getLiveLocals()
List<Node>	FunctionNode.getResumptionPoints()

Methods in org.mozilla.javascript.ast with parameters of type Node

Modifier and Type	Method	Description
void	FunctionNode.addLiveLocals(Node node, int[] locals)
void	FunctionNode.addResumptionPoint(Node target)
int	ScriptNode.getIndexForNameNode(Node nameNode)
void	Jump.setContinue(Node continueTarget)
void	Jump.setDefault(Node defaultTarget)
void	Jump.setFinally(Node finallyTarget)
void	Symbol.setNode(Node node)	Sets the node associated with this identifier

Constructors in org.mozilla.javascript.ast with parameters of type Node

Modifier	Constructor	Description
	Jump(int type, Node child)
	Jump(int type, Node child, int lineno)

Uses of Node in org.mozilla.javascript.optimizer

Fields in org.mozilla.javascript.optimizer declared as Node

Modifier and Type	Field	Description
(package private) Node	BodyCodegen.ExceptionManager.ExceptionInfo.currentFinally
(package private) Node	BodyCodegen.ExceptionManager.ExceptionInfo.finallyBlock

Fields in org.mozilla.javascript.optimizer with type parameters of type Node

Modifier and Type	Field	Description
private Map<Node, BodyCodegen.FinallyReturnPoint>	BodyCodegen.finallys
private List<Node>	BodyCodegen.literals
private IdentityHashMap<Node,String>	BodyCodegen.unnestedYields

Methods in org.mozilla.javascript.optimizer that return Node

Modifier and Type	Method	Description
private Node	BodyCodegen.findNestedYield(Node node)
private static Node	BodyCodegen.getFinallyAtTarget(Node node)	Get a FINALLY node at a point in the IR.

Methods in org.mozilla.javascript.optimizer with parameters of type Node

Modifier and Type	Method	Description
private void	BodyCodegen.addGoto(Node target, int jumpcode)
private void	BodyCodegen.addGotoWithReturn(Node target)
private void	BodyCodegen.addLoadPropertyValues(Node node, Node child, int count)	load array with property values
private static Block[]	Block.buildBlocks(Node[] statementNodes)
private static void	Optimizer.buildStatementList_r(Node node, ObjArray statements)
private boolean	Optimizer.convertParameter(Node n)
private void	OptTransformer.detectDirectCall(Node node, ScriptNode tree)
private boolean	Block.doTypeFlow(OptFunctionNode fn, Node[] statementNodes, int[] varTypes)
private static boolean	Block.findDefPoints(OptFunctionNode fn, Node n, int[] varTypes)
private static int	Block.findExpressionType(OptFunctionNode fn, Node n, int[] varTypes)
private Node	BodyCodegen.findNestedYield(Node node)
private void	BodyCodegen.generateArrayLiteralFactory(Node node, int count)
private void	BodyCodegen.generateCallArgArray(Node node, Node argChild, boolean directCall)
private void	BodyCodegen.generateExpression(Node node, Node parent)
private void	BodyCodegen.generateFunctionAndThisObj(Node node, Node parent)
private void	BodyCodegen.generateIfJump(Node node, Node parent, int trueLabel, int falseLabel)
private void	BodyCodegen.generateLocalYieldPoint(Node node, boolean exprContext)
private void	BodyCodegen.generateObjectLiteralFactory(Node node, int count)
private boolean	BodyCodegen.generateSaveLocals(Node node)
private void	BodyCodegen.generateStatement(Node node)
private void	BodyCodegen.generateYieldPoint(Node node, boolean exprContext)
private static Node	BodyCodegen.getFinallyAtTarget(Node node)	Get a FINALLY node at a point in the IR.
private static int	BodyCodegen.getLocalBlockRegister(Node node)
private int	BodyCodegen.getNextGeneratorState(Node node)
private int	BodyCodegen.getTargetLabel(Node target)
int	OptFunctionNode.getVarIndex(Node n)
private void	Block.initLiveOnEntrySets(OptFunctionNode fn, Node[] statementNodes)
private void	BodyCodegen.inlineFinally(Node finallyTarget)
private void	BodyCodegen.inlineFinally(Node finallyTarget, int finallyStart, int finallyEnd)	Inline a FINALLY node into the method bytecode.
private static boolean	BodyCodegen.isArithmeticNode(Node node)
private void	Block.lookForVariableAccess(OptFunctionNode fn, Node n)
private void	Optimizer.markDCPNumberContext(Node n)
(package private) void	BodyCodegen.ExceptionManager.markInlineFinallyEnd(Node finallyBlock, int finallyEnd)	Mark the end of an inlined finally block.
(package private) void	BodyCodegen.ExceptionManager.markInlineFinallyStart(Node finallyBlock, int finallyStart)	Mark the start of an inlined finally block.
private int	BodyCodegen.nodeIsDirectCallParameter(Node node)
private static void	Block.reachingDefDataFlow(OptFunctionNode fn, Node[] statementNodes, Block[] theBlocks, int[] varTypes)
private void	Optimizer.rewriteAsObjectChildren(Node n, Node child)
private int	Optimizer.rewriteForNumberVariables(Node n, int desired)
(package private) static void	Block.runFlowAnalyzes(OptFunctionNode fn, Node[] statementNodes)
private static String	Block.toString(Block[] blockList, Node[] statementNodes)
private static void	Block.typeFlow(OptFunctionNode fn, Node[] statementNodes, Block[] theBlocks, int[] varTypes)
private void	BodyCodegen.updateLineNumber(Node node)
private void	BodyCodegen.visitArithmetic(Node node, int type, Node child, Node parent)
private void	BodyCodegen.visitArrayLiteral(Node node, Node child, boolean topLevel)
private void	BodyCodegen.visitBitNot(Node node, Node child)
private void	BodyCodegen.visitBitOp(Node node, int type, Node child)
protected void	OptTransformer.visitCall(Node node, ScriptNode tree)
private void	BodyCodegen.visitDotQuery(Node node, Node child)
private void	BodyCodegen.visitExponentiation(Node node, Node child, Node parent)
private void	BodyCodegen.visitGetProp(Node node, Node child)
private void	BodyCodegen.visitGetVar(Node node)
private void	BodyCodegen.visitGoto(Jump node, int type, Node child)
private void	BodyCodegen.visitIfJumpEqOp(Node node, Node child, int trueGOTO, int falseGOTO)
private void	BodyCodegen.visitIfJumpRelOp(Node node, Node child, int trueGOTO, int falseGOTO)
private void	BodyCodegen.visitIncDec(Node node)
protected void	OptTransformer.visitNew(Node node, ScriptNode tree)
private void	BodyCodegen.visitObjectLiteral(Node node, Node child, boolean topLevel)
private void	BodyCodegen.visitOptimizedCall(Node node, OptFunctionNode target, int type, Node child)
private void	BodyCodegen.visitSetConst(Node node, Node child)
private void	BodyCodegen.visitSetConstVar(Node node, Node child, boolean needValue)
private void	BodyCodegen.visitSetElem(int type, Node node, Node child)
private void	BodyCodegen.visitSetName(Node node, Node child)
private void	BodyCodegen.visitSetProp(int type, Node node, Node child)
private void	BodyCodegen.visitSetVar(Node node, Node child, boolean needValue)
private void	BodyCodegen.visitSpecialCall(Node node, int type, int specialType, Node child)
private void	BodyCodegen.visitStandardCall(Node node, Node child)
private void	BodyCodegen.visitStandardNew(Node node, Node child)
private void	BodyCodegen.visitStrictSetName(Node node, Node child)
private void	BodyCodegen.visitSwitch(Jump switchNode, Node child)
private void	BodyCodegen.visitTemplateLiteral(Node node)
private void	BodyCodegen.visitTryCatchFinally(Jump node, Node child)
private void	BodyCodegen.visitTypeofname(Node node)

Constructors in org.mozilla.javascript.optimizer with parameters of type Node

Modifier	Constructor	Description
(package private)	ExceptionInfo(Jump node, Node finallyBlock)