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/*******************************************************************************
* Copyright (c) 2013 protos software gmbh (http://www.protos.de).
* All rights reserved. This program and the accompanying materials
* are made available under the terms of the Eclipse Public License v1.0
* which accompanies this distribution, and is available at
* http://www.eclipse.org/legal/epl-v10.html
*
* CONTRIBUTORS:
* Henrik Rentz-Reichert (initial contribution)
*
*******************************************************************************/
package org.eclipse.etrice.runtime.java.modelbase;
import org.eclipse.etrice.runtime.java.messaging.MessageService;
import org.eclipse.etrice.runtime.java.messaging.MessageServiceController;
import org.eclipse.etrice.runtime.java.messaging.RTServices;
import org.eclipse.etrice.runtime.java.messaging.IMessageService.ExecMode;
import junit.framework.TestCase;
/**
* @author Henrik Rentz-Reichert
*
*/
public class BrokerTest extends TestCase {
/* (non-Javadoc)
* @see junit.framework.TestCase#setUp()
*/
@Override
protected void setUp() throws Exception {
MessageServiceController msgSvcCtrl = RTServices.getInstance().getMsgSvcCtrl();
msgSvcCtrl.resetAll();
msgSvcCtrl.addMsgSvc(
new MessageService(null, ExecMode.BLOCKED, 0, 0, msgSvcCtrl.getNewID(), "MessageService_0", Thread.NORM_PRIORITY));
msgSvcCtrl.addMsgSvc(
new MessageService(null, ExecMode.BLOCKED, 0, 0, msgSvcCtrl.getNewID(), "MessageService_1", Thread.NORM_PRIORITY));
msgSvcCtrl.addMsgSvc(
new MessageService(null, ExecMode.BLOCKED, 0, 0, msgSvcCtrl.getNewID(), "MessageService_2", Thread.NORM_PRIORITY));
}
public void testBroker() {
MockSubSystem top = new MockSubSystem(null, "TOP");
RTServices.getInstance().setSubSystem(top);
top.addPathToThread("/TOP/Rcv0", 0);
top.addPathToThread("/TOP/Rcv1", 1);
top.addPathToThread("/TOP/Rcv2", 2);
MockEventReceiver eventRcv0 = new MockEventReceiver(top, "Rcv0");
MockEventReceiver eventRcv1 = new MockEventReceiver(top, "Rcv1");
MockEventReceiver eventRcv2 = new MockEventReceiver(top, "Rcv2");
PortBase port0 = new MockPort(eventRcv0, "Port0", 33, 0);
InterfaceItemBroker broker = new InterfaceItemBroker(eventRcv2, "Broker", 55, 10);
PortBase port1 = new MockPort(eventRcv1, "Port1", 44, 5);
// caution: the order is relevant
port0.connectWith(broker);
port1.connectWith(broker);
MessageServiceController msgSvcCtrl = RTServices.getInstance().getMsgSvcCtrl();
assertEquals(msgSvcCtrl.getMsgSvc(0), port0.getMsgReceiver());
assertEquals(msgSvcCtrl.getMsgSvc(1), port1.getMsgReceiver());
assertEquals(msgSvcCtrl.getMsgSvc(2), broker.getMsgReceiver());
assertEquals(port1.getAddress(), port0.getPeerAddress());
assertEquals(port0.getAddress(), port1.getPeerAddress());
assertEquals("/TOP/Rcv2/Broker", broker.getInstancePath());
assertEquals(55, broker.getLocalId());
assertEquals(10, broker.getIdx());
assertEquals(eventRcv2, broker.getActor());
}
public void testBrokerChain() {
MockSubSystem top = new MockSubSystem(null, "TOP");
RTServices.getInstance().setSubSystem(top);
top.addPathToThread("/TOP/Rcv0", 0);
top.addPathToThread("/TOP/Rcv1", 1);
top.addPathToThread("/TOP/Rcv2", 2);
top.addPathToThread("/TOP/Rcv3", 2);
MockEventReceiver eventRcv0 = new MockEventReceiver(top, "Rcv0");
MockEventReceiver eventRcv1 = new MockEventReceiver(top, "Rcv1");
MockEventReceiver eventRcv2 = new MockEventReceiver(top, "Rcv2");
MockEventReceiver eventRcv3 = new MockEventReceiver(top, "Rcv3");
PortBase port0 = new MockPort(eventRcv0, "Port0", 33, 0);
InterfaceItemBroker broker0 = new InterfaceItemBroker(eventRcv2, "Broker", 55, 10);
InterfaceItemBroker broker1 = new InterfaceItemBroker(eventRcv3, "Broker", 66, 20);
PortBase port1 = new MockPort(eventRcv1, "Port1", 44, 5);
// caution: the order is relevant
port0.connectWith(broker1);
broker0.connectWith(broker1);
port1.connectWith(broker1);
assertEquals(port1.getAddress(), port0.getPeerAddress());
assertEquals(port0.getAddress(), port1.getPeerAddress());
}
public void testBrokerUChain() {
MockSubSystem top = new MockSubSystem(null, "TOP");
RTServices.getInstance().setSubSystem(top);
top.addPathToThread("/TOP/Rcv0", 0);
top.addPathToThread("/TOP/Rcv1", 1);
top.addPathToThread("/TOP/Rcv2", 2);
top.addPathToThread("/TOP/Rcv3", 2);
top.addPathToThread("/TOP/Rcv4", 2);
MockEventReceiver eventRcv0 = new MockEventReceiver(top, "Rcv0");
MockEventReceiver eventRcv1 = new MockEventReceiver(top, "Rcv1");
MockEventReceiver eventRcv2 = new MockEventReceiver(top, "Rcv2");
MockEventReceiver eventRcv3 = new MockEventReceiver(top, "Rcv3");
MockEventReceiver eventRcv4 = new MockEventReceiver(top, "Rcv4");
InterfaceItemBroker broker0 = new InterfaceItemBroker(eventRcv2, "Broker", 55, 10);
InterfaceItemBroker broker1 = new InterfaceItemBroker(eventRcv3, "Broker", 66, 20);
InterfaceItemBroker broker2 = new InterfaceItemBroker(eventRcv4, "Broker", 77, 30);
PortBase port0 = new MockPort(eventRcv0, "Port0", 33, 0);
PortBase port1 = new MockPort(eventRcv1, "Port1", 44, 5);
// caution: the order is relevant
broker1.connectWith(broker0);
port0.connectWith(broker0);
broker2.connectWith(broker1);
port1.connectWith(broker2);
assertEquals(port1.getAddress(), port0.getPeerAddress());
assertEquals(port0.getAddress(), port1.getPeerAddress());
}
}
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