/**
* Generate instructions for field initializers or static initialization statements.
*
* @param node - the AST at the root of the statement.
* @param isStatic - true if the code should be generated in a static context.
*/
private void generateInstructions(IASNode node, final boolean isStatic) {
// Do we need to create new information for the class'
// static initialization method? Note that this may
// be undone if the codgen fails or doesn't produce
// any instructions.
final boolean createNewCinit = isStatic && this.cinfo.cInit == null;
if (createNewCinit) {
// Speculatively initialize the class' cinit
// (static class initializer routine)'s data
// structures; the code generator may need to
// store information in them.
this.cinfo.cInit = new MethodInfo();
MethodBodyInfo cinit_info = new MethodBodyInfo();
cinit_info.setMethodInfo(this.cinfo.cInit);
this.classStaticScope.setMethodInfo(this.cinfo.cInit);
this.classStaticScope.methodVisitor = emitter.visitMethod(this.cinfo.cInit);
this.classStaticScope.methodVisitor.visit();
this.classStaticScope.methodBodyVisitor =
this.classStaticScope.methodVisitor.visitBody(cinit_info);
this.classStaticScope.methodBodyVisitor.visit();
}
InstructionList cgResult = null;
LexicalScope ls = isStatic ? this.classStaticScope : this.classScope;
ls.resetDebugInfo();
cgResult = ls.getGenerator().generateInstructions(node, CmcEmitter.__statement_NT, ls);
// If nothing came back, revert any change made to the cinit information.
if ((cgResult == null || cgResult.isEmpty()) && createNewCinit) {
this.cinfo.cInit = null;
this.classStaticScope.resetMethodInfo();
this.classStaticScope.methodVisitor = null;
this.classStaticScope.methodBodyVisitor = null;
}
// Save the generated instructions, if present.
if (cgResult != null) {
if (isStatic) this.cinitInsns.addAll(cgResult);
else this.iinitInsns.addAll(cgResult);
}
}
