Added some tests for the integration with nfrtool-comms

app/src/main/java/app/NFRTool.java

@@ -117,11 +117,29 @@ public class NFRTool {
 
         ElasticSystem system = new ElasticSystem();
 
+        // App A definition:
+        String name = "AppA";
+        String uuid = "A";
+        final int monitoringPeriod = 1;
+        String infoNature = "delaySensitive";
+
+        COMPSsApplication appA = new COMPSsApplication(name, uuid, monitoringPeriod);
+        appA.setInfoNature(infoNature);
+
+        // App B definition:
+        name = "AppB";
+        uuid = "B";
+        infoNature = "TCPservices";
+
+        COMPSsApplication appB = new COMPSsApplication(name, uuid, monitoringPeriod);
+        appB.setInfoNature(infoNature);
+
+
         // Create application
-        int monitoringPeriod = 5000;
+        /*int monitoringPeriod = 5000;
 	    COMPSsApplication app = new COMPSsApplication(applicationName, "1.0", monitoringPeriod);
         system.addApplication(app);
-	
+	*/
         // Create node1 and persist it
         String nodeName = "xavier-rit";
         float signalWifi = (float) 0.0;
@@ -130,6 +148,59 @@ public class NFRTool {
         node1.makePersistent(nodeName);
         system.addNode(node1);
 
+
+//
+// Node 2 definition:
+nodeName = "xavier-ric";
+ipWifi = "182.168.137.179";
+ipLte = "172.10.0.4";
+ipEth = "192.168.60.65"; // TODO: check value
+cpuThreshold = 0;
+energyThreshold = 0;
+signalWifi = -30;
+numCores = 8;
+
+Node node2 = new Node(ipWifi, ipEth, ipLte, cpuThreshold, energyThreshold, signalWifi, numCores);
+node2.makePersistent(nodeName);
+
+// Worker 1A definition:
+final int pid1A = 32145;
+final boolean active1A = true;
+final float cpuUsage1A = 0;
+final float energyUsage1A = 0;
+final int computingUnits1A = 4;
+final float communicationCost1A = 0;
+
+// Worker 2A definition:
+final int pid2A = 32147;
+final boolean active2A = true;
+final float cpuUsage2A = 0;
+final float energyUsage2A = 0;
+final int computingUnits2A = 4;
+final float communicationCost2A = 0;
+
+Worker worker2A = new Worker(node2, pid2A, active2A, appA, cpuUsage2A, energyUsage2A, computingUnits2A, node2.getIpEth(),
+        communicationCost2A, new ArrayList<>());
+// Attach worker to Node and COMPSsApplication
+//node2.addWorker(worker2A);
+appA.addWorker(worker2A);
+
+// Worker 2B definition:
+final int pid2B = 32148;
+final boolean active2B = true;
+final float cpuUsage2B = 0;
+final float energyUsage2B = 0;
+final int computingUnits2B = 4;
+final float communicationCost2B = 0;
+
+Worker worker2B = new Worker(node2, pid2B, active2B, appB, cpuUsage2B, energyUsage2B, computingUnits2B, node2.getIpEth(),
+        communicationCost2B, new ArrayList<>());
+// Attach worker to Node and COMPSsApplication
+//node2.addWorker(worker2B);
+appB.addWorker(worker2B);
+
+
+
         // Get node by alias
         Node node = Node.getByAlias(nodeName);
 
@@ -141,7 +212,7 @@ public class NFRTool {
         // Set master of application
         app.setMaster(master);
 
-        addWorkersToSystem(node, app, localIP);
+        addWorkersToSystem(node, appA, localIP);
         // TODO: After finalizing the system, insert the Workers creation here including
         // adding them to the application