if(!frame.isAccessible) {
Logger.debug("WARNING : frame " + frame.index + " is NOT accessible");
continue;
}
if(frame.decodedOp instanceof DecodedMethodInvocationOp) {
DecodedMethodInvocationOp dmio = (DecodedMethodInvocationOp) frame.decodedOp;
if(!dmio.getDeclaringClassName().equals("org.apache.commons.javaflow.bytecode.StackRecorder") &&
!dmio.getDeclaringClassName().startsWith("java.")) { // no need to track non-user method calls
MethodParams methodParams = DecodedMethodInvocationOp.resolveParameters(frame);
String[] paramsNames = new String[methodParams.params.length + (methodParams.varargs != null ? methodParams.varargs.length : 0)];
for(int i = 0; i < methodParams.params.length; i++)
if(methodParams.params[i] != null && methodParams.params[i].name != null)
paramsNames[i] = methodParams.params[i].name;
if(methodParams.varargs != null)
for(int i = 0, j = methodParams.params.length; i < methodParams.varargs.length; i++, j++)
if(methodParams.varargs[i] != null && methodParams.varargs[i].name != null)
paramsNames[j] = methodParams.varargs[i].name;
Bytecode b = makeInitMethodCall(behavior, dmio.getName(), dmio.getNbParameters(), methodParams.subject != null ? methodParams.subject.name : null, paramsNames);
insert(b, ctClass, behavior, codeAttribute, iterator, frame, false);
}
}
if(frame.decodedOp.op instanceof ExitOpcode) {
Bytecode b = makeExitMethod(behavior, ctClass.getName(), behavior.getName(), behavior.getSignature());