Method emit

src/jvm/clojure/lang/Compiler.java:2063–2113

(C context, ObjExpr objx, GeneratorAdapter gen)

	}

	public void emit(C context, ObjExpr objx, GeneratorAdapter gen){
		if(method != null)
			{
			Type type = Type.getType(method.getDeclaringClass());
			target.emit(C.EXPRESSION, objx, gen);
			//if(!method.getDeclaringClass().isInterface())
			gen.checkCast(type);
			MethodExpr.emitTypedArgs(objx, gen, method.getParameterTypes(), args);
			gen.visitLineNumber(line, gen.mark());
			if(context == C.RETURN)
				{
				ObjMethod method = (ObjMethod) METHOD.deref();
				method.emitClearLocals(gen);
				}
			Method m = new Method(methodName, Type.getReturnType(method), Type.getArgumentTypes(method));
			if(method.getDeclaringClass().isInterface())
				gen.invokeInterface(type, m);
			else
				gen.invokeVirtual(type, m);
			Class retClass = method.getReturnType();
			if(context == C.STATEMENT)
				{
				if(retClass == long.class || retClass == double.class)
					gen.pop2();
				else if(retClass != void.class)
					gen.pop();
				}
			else
				HostExpr.emitBoxReturn(objx, gen, retClass);
			}
		else
			{
			target.emit(C.EXPRESSION, objx, gen);
			if(qualifyingClass != null)
				gen.push(qualifyingClass.getName());
			gen.push(methodName);
			emitArgsAsArray(args, objx, gen);
			gen.visitLineNumber(line, gen.mark());
			if(context == C.RETURN)
				{
				ObjMethod method = (ObjMethod) METHOD.deref();
				method.emitClearLocals(gen);
				}
			if(qualifyingClass != null)
				gen.invokeStatic(REFLECTOR_TYPE, invokeInstanceMethodOfClassMethod);
			else
				gen.invokeStatic(REFLECTOR_TYPE, invokeInstanceMethodMethod);
			if(context == C.STATEMENT)
				gen.pop();
			}
	}

	public boolean hasJavaClass(){
		return method != null || tag != null;