/** Called by the ProbeHandler impl. All args are strings. Needs to find a method where all parameter * types are primitive types, so the strings can be converted */ public static Method findMethod(Class target_class, String method_name, Object[] args) throws Exception { int len=args != null? args.length : 0; Method retval=null; Method[] methods=getAllMethods(target_class); for(int i=0; i < methods.length; i++) { Method m=methods[i]; if(m.getName().equals(method_name)) { Class<?>[] parameter_types=m.getParameterTypes(); if(parameter_types.length == len) { retval=m; // now check if all parameter types are primitive types: boolean all_primitive=true; for(Class<?> parameter_type: parameter_types) { if(!isPrimitiveType(parameter_type)) { all_primitive=false; break; } } if(all_primitive) return m; } } } return retval; }
/** Called by the ProbeHandler impl. All args are strings. Needs to find a method where all parameter * types are primitive types, so the strings can be converted */ public static Method findMethod(Class target_class, String method_name, Object[] args) throws Exception { int len=args != null? args.length : 0; Method retval=null; Method[] methods=getAllMethods(target_class); for(int i=0; i < methods.length; i++) { Method m=methods[i]; if(m.getName().equals(method_name)) { Class<?>[] parameter_types=m.getParameterTypes(); if(parameter_types.length == len) { retval=m; // now check if all parameter types are primitive types: boolean all_primitive=true; for(Class<?> parameter_type: parameter_types) { if(!isPrimitiveType(parameter_type)) { all_primitive=false; break; } } if(all_primitive) return m; } } } return retval; }