Package com.oracle.js.parser.ir

Interface Summary

Interface	Description
Assignment<D extends Expression>	Can a node be an assignment under certain circumstances? Then it should implement this interface.
BreakableNode	This class represents a node from which control flow can execute a break statement.
Flags<T extends LexicalContextNode>	Interface implemented by all nodes that have flags in a lexical context.
FunctionCall	Interface used by AccessNodes, IndexNodes and IdentNodes to signal that when evaluated, their value will be treated as a function and immediately invoked, e.g.
LexicalContextNode	Interface for nodes that can be part of the lexical context.
LexicalContextScope	Interface for AST nodes that provide a scope (blocks, classes, loops).
PropertyKey	Any node that can be a property key inherits this.
Terminal	Interface for AST nodes that can have a flag determining if they can terminate function control flow.

Class Summary

Class	Description
AccessNode	IR representation of a property access (period operator.)
BaseNode	IR base for accessing/indexing nodes.
BinaryNode	BinaryNode nodes represent two operand operations.
Block	IR representation for a list of statements.
BlockExpression	IR representation for a block used an expression.
BlockStatement	Represents a block used as a statement.
BreakNode	IR representation for break statements.
CallNode	IR representation for a function call.
CaseNode	IR representation of case clause.
CatchNode	IR representation of a catch clause.
ClassElement	IR representation for class elements.
ClassNode	IR representation for class definitions.
ContinueNode	IR representation for continue statements.
DebuggerNode	IR representation for a debugger statement.
EmptyNode	IR representation for an empty statement.
ErrorNode	IR representation for a runtime call.
ExportNode
ExportSpecifierNode
Expression	Common superclass for all expression nodes.
ExpressionList	IR for CoverParenthesizedExpressionAndArrowParameterList, used only during parsing.
ExpressionStatement	IR representation for executing bare expressions.
ForNode	IR representing a FOR statement.
FromNode
FunctionNode	IR representation for function (or script.)
IdentNode	IR representation for an identifier.
IfNode	IR representation for an IF statement.
ImportClauseNode
ImportNode
ImportSpecifierNode
IndexNode	IR representation of an indexed access (brackets operator.)
JoinPredecessorExpression	A wrapper for an expression that is in a position to be a join predecessor.
JumpStatement	Common base class for jump statements (e.g.
LabelNode	IR representation for a labeled statement.
LexicalContext	A class that tracks the current lexical context of node visitation as a stack of Block nodes.
LiteralNode<T>	Literal nodes represent JavaScript values.
LiteralNode.ArrayLiteralNode	Array literal node class.
LiteralNode.PrimitiveLiteralNode<T>	Super class for primitive (side-effect free) literals.
LoopNode	A loop node, for example a while node, do while node or for node
Module	Module information.
Module.ExportEntry
Module.ImportEntry
Module.ModuleRequest
NamedExportsNode
NamedImportsNode
NameSpaceImportNode
Node	Nodes are used to compose Abstract Syntax Trees.
ObjectNode	IR representation of an object literal.
OptionalExpression	Common superclass for nodes that can be an optional expression or part of an optional chain.
ParameterNode	IR representation of a positional parameter value.
PropertyNode	IR representation of an object literal property.
ReturnNode	IR representation for return statements.
Scope	Represents a binding scope (corresponds to LexicalEnvironment or VariableEnvironment).
Statement	Statement is something that becomes code and can be stepped past.
SwitchNode	IR representation of a SWITCH statement.
Symbol	Symbol is a symbolic address for a value ("variable" if you wish).
TemplateLiteralNode	Template string literal.
TemplateLiteralNode.TaggedTemplateLiteralNode
TemplateLiteralNode.UntaggedTemplateLiteralNode
TernaryNode	TernaryNode represent the ternary operator ?:.
ThrowNode	IR representation for throw statements.
TryNode	IR representation of a try statement.
UnaryNode	UnaryNode nodes represent single operand operations.
VarNode	Node represents a var/let declaration.
WhileNode	IR representation for a while statement.
WithNode	IR representation for with statements.