org.apache.royale.compiler.codegen

Interface ISubEmitter<T>

All Known Implementing Classes:

AccessorEmitter, BinaryOperatorEmitter, BindableEmitter, BlockCloseEmitter, BlockOpenEmitter, CatchEmitter, ClassEmitter, DefinePropertyFunctionEmitter, DoWhileLoopEmitter, DynamicAccessEmitter, FieldEmitter, ForEachEmitter, ForLoopEmitter, FunctionCallArgumentsEmitter, FunctionCallEmitter, IdentifierEmitter, IfEmitter, InterfaceEmitter, IterationFlowEmitter, JSRoyaleBasicMXMLDescriptorEmitter, LanguageIdentifierEmitter, LiteralContainerEmitter, LiteralEmitter, MemberAccessEmitter, MemberKeywordEmitter, MethodEmitter, NumericLiteralEmitter, ObjectDefinePropertyEmitter, ObjectLiteralValuePairEmitter, PackageFooterEmitter, PackageHeaderEmitter, ParameterEmitter, ParametersEmitter, ReturnEmitter, SelfReferenceEmitter, SourceMapDirectiveEmitter, StatementEmitter, SwitchEmitter, TernaryOperatorEmitter, ThrowEmitter, TryEmitter, UnaryOperatorEmitter, VarDeclarationEmitter, WhileLoopEmitter, WithEmitter

public interface ISubEmitter<T>

The IEmitter emitter can use composition for it's more complicated production sequences with member, dynamic, binary expressions and identifiers etc.

Author:

Michael Schmalle

Method Summary

Modifier and Type	Method and Description
void	emit(T node) The main emitter will call this method of the sub emitter with the correct generic type implemented.

Method Detail

emit

void emit(T node)

The main emitter will call this method of the sub emitter with the correct generic type implemented.

The main idea here is abstraction. Producing JavaScript can get complicated, the best way to avoid bugs is to avoid as much state and interdependence between emit() calls of the main emitter.

Parameters:

node - The current IASNode being emitted by the IEmitter.