1. RADE new features via JAVA
Vitaly Shaipov
EN/ICE/MTA

2. RBAC tool Subscribing to the timing events
Controlling alarms by sending alarm events
Providing any java code on the client side

3. RBAC based on java

4. Subscribing to the timing events
RBAC tool
Subscribing to the timing events
Controlling alarms by sending alarm events
Providing any java code on the client side

5. Subscribing to the timing events

6. Controlling alarms by sending alarm events
RBAC tool
Subscribing to the timing events
Controlling alarms by sending alarm events
Providing any java code on the client side

7. Controlling alarms by sending alarms events

8. Providing any java code on the client side
RBAC tool
Subscribing to the timing events
Controlling alarms by sending alarm events
Providing any java code on the client side

9. Providing any java code on the client side

10. JAPC GET example

11. import cern. japc. AcquiredParameterValue; import cern. japc
import cern.japc.AcquiredParameterValue; import cern.japc.Parameter; import cern.japc.ParameterException; import cern.japc.Selector; import cern.japc.factory.ParameterFactory; import cern.japc.factory.ParameterValueFactory; public class JapcGet { private String japcGet(String url, String selector) throws Exception{ Parameter p; try { p = ParameterFactory.newInstance().newParameter(url); Selector sl = ParameterValueFactory.newSelector(selector); AcquiredParameterValue apv = p.getValue(sl); return apv.toString(); } catch (ParameterException e) { e.printStackTrace(); throw new Exception(); } } public static void main(String[] args) throws Exception{ String url = args[0]; String selector = args[1]; JapcGet japcGet = new JapcGet();
//printing output to the console System.out.println(japcGet.japcGet(url, selector)); } }

12. Questions ?