diff options
Diffstat (limited to 'tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java')
| -rw-r--r-- | tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java | 418 |
1 files changed, 209 insertions, 209 deletions
diff --git a/tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java b/tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java index dd9c4b332..b9623d035 100644 --- a/tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java +++ b/tests/org.eclipse.etrice.core.genmodel.tests/src/org/eclipse/etrice/core/genmodel/TestReplicatedActors.java @@ -1,209 +1,209 @@ -/*******************************************************************************
- * Copyright (c) 2012 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.core.genmodel;
-
-import static org.junit.Assert.assertEquals;
-import static org.junit.Assert.assertTrue;
-
-import java.util.HashMap;
-import java.util.HashSet;
-
-import org.eclipse.emf.common.util.TreeIterator;
-import org.eclipse.emf.ecore.EObject;
-import org.eclipse.etrice.core.genmodel.etricegen.InstanceBase;
-import org.eclipse.etrice.core.genmodel.etricegen.InterfaceItemInstance;
-import org.eclipse.etrice.core.genmodel.etricegen.PortInstance;
-import org.eclipse.etrice.core.genmodel.etricegen.Root;
-import org.junit.Before;
-import org.junit.Test;
-
-/**
- * @author Henrik Rentz-Reichert
- *
- */
-public class TestReplicatedActors extends TestInstanceModelBuilderBase {
-
- private Root root;
- private HashMap<String, InstanceBase> path2inst = new HashMap<String, InstanceBase>();
-
- @Before
- public void setUp() {
- prepare();
-
- root = buildInstanceModel("replicated_actors.room");
-
- TreeIterator<EObject> it = root.eAllContents();
- while (it.hasNext()) {
- EObject obj = it.next();
- if (obj instanceof InstanceBase) {
- String path = ((InstanceBase) obj).getPath();
- path2inst.put(path, (InstanceBase) obj);
- System.out.println(path);
- }
- }
- }
-
- private PortInstance getPort(String path) {
- return (PortInstance) path2inst.get(path);
- }
-
- // example 1: regular port of replicated actor connected to regular ports
- @Test
- public void checkExample1() {
- PortInstance intp1 = getPort("/Main/appl1/intp1");
- PortInstance intp2 = getPort("/Main/appl1/intp2");
- PortInstance intp3 = getPort("/Main/appl1/intp3");
- PortInstance ac1_0p = getPort("/Main/appl1/ac1repl_0/ac1p");
- PortInstance ac1_1p = getPort("/Main/appl1/ac1repl_1/ac1p");
- PortInstance ac1_2p = getPort("/Main/appl1/ac1repl_2/ac1p");
-
- assertEquals("number of peers of "+intp1.getName(), 1, intp1.getPeers().size());
- assertEquals("number of peers of "+intp2.getName(), 1, intp2.getPeers().size());
- assertEquals("number of peers of "+intp3.getName(), 1, intp3.getPeers().size());
- assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size());
- assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size());
- assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size());
-
- HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>();
- peers.add(intp1);
- peers.add(intp2);
- peers.add(intp3);
-
- assertTrue(ac1_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(0)));
- assertTrue(ac1_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(0)));
- assertTrue(ac1_2p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_2p.getPeers().get(0)));
- assertTrue("peers complete ", peers.isEmpty());
- }
-
- // example 2: regular port of replicated actor connected to regular port of replicated actor
- @Test
- public void checkExample2() {
- PortInstance ac1_0p = getPort("/Main/appl2/ac1repl_0/ac1p");
- PortInstance ac1_1p = getPort("/Main/appl2/ac1repl_1/ac1p");
- PortInstance ac1_2p = getPort("/Main/appl2/ac1repl_2/ac1p");
- PortInstance ac2_0p = getPort("/Main/appl2/ac2repl_0/ac2p");
- PortInstance ac2_1p = getPort("/Main/appl2/ac2repl_1/ac2p");
- PortInstance ac2_2p = getPort("/Main/appl2/ac2repl_2/ac2p");
-
- assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size());
- assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size());
- assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size());
- assertEquals("number of peers of "+ac2_0p.getName(), 1, ac2_0p.getPeers().size());
- assertEquals("number of peers of "+ac2_1p.getName(), 1, ac2_1p.getPeers().size());
- assertEquals("number of peers of "+ac2_2p.getName(), 1, ac2_2p.getPeers().size());
-
- HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>();
- peers.add(ac1_0p);
- peers.add(ac1_1p);
- peers.add(ac1_2p);
-
- assertTrue(ac2_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_0p.getPeers().get(0)));
- assertTrue(ac2_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_1p.getPeers().get(0)));
- assertTrue(ac2_2p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_2p.getPeers().get(0)));
- assertTrue("peers complete ", peers.isEmpty());
- }
-
- // example 3: regular port of replicated actor connected to replicated port
- @Test
- public void checkExample3() {
- PortInstance ac1_0p = getPort("/Main/appl3/ac1repl_0/ac1p");
- PortInstance ac1_1p = getPort("/Main/appl3/ac1repl_1/ac1p");
- PortInstance ac1_2p = getPort("/Main/appl3/ac1repl_2/ac1p");
- PortInstance intrep = getPort("/Main/appl3/intrep");
-
- assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size());
- assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size());
- assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size());
- assertEquals("number of peers of "+intrep.getName(), 3, intrep.getPeers().size());
-
- assertEquals(ac1_0p.getName()+" peer is intrep ", ac1_0p.getPeers().get(0), intrep);
- assertEquals(ac1_1p.getName()+" peer is intrep ", ac1_1p.getPeers().get(0), intrep);
- assertEquals(ac1_2p.getName()+" peer is intrep ", ac1_2p.getPeers().get(0), intrep);
- }
-
- // example 4: regular port of replicated actor connected to replicated port of replicated actor
- @Test
- public void checkExample4() {
- PortInstance ac1_0p = getPort("/Main/appl4/ac1repl_0/ac1p");
- PortInstance ac1_1p = getPort("/Main/appl4/ac1repl_1/ac1p");
- PortInstance ac2_0p = getPort("/Main/appl4/ac2repl_0/ac2p");
- PortInstance ac2_1p = getPort("/Main/appl4/ac2repl_1/ac2p");
- PortInstance ac2_2p = getPort("/Main/appl4/ac2repl_2/ac2p");
- PortInstance ac2_3p = getPort("/Main/appl4/ac2repl_3/ac2p");
-
- assertEquals("number of peers of "+ac1_0p.getName(), 2, ac1_0p.getPeers().size());
- assertEquals("number of peers of "+ac1_1p.getName(), 2, ac1_1p.getPeers().size());
- assertEquals("number of peers of "+ac2_0p.getName(), 1, ac2_0p.getPeers().size());
- assertEquals("number of peers of "+ac2_1p.getName(), 1, ac2_1p.getPeers().size());
- assertEquals("number of peers of "+ac2_2p.getName(), 1, ac2_2p.getPeers().size());
- assertEquals("number of peers of "+ac2_3p.getName(), 1, ac2_3p.getPeers().size());
-
- HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>();
- peers.add(ac2_0p);
- peers.add(ac2_1p);
- peers.add(ac2_2p);
- peers.add(ac2_3p);
-
- assertTrue(ac1_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(0)));
- assertTrue(ac1_0p.getPeers().get(1).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(1)));
- assertTrue(ac1_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(0)));
- assertTrue(ac1_1p.getPeers().get(1).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(1)));
- assertTrue("peers complete ", peers.isEmpty());
- }
-
- // example 5: regular port of replicated actor connected to replicated port of sub actor
- // TODO: testee [8] works fine but testee [*] will be connected only with the first port
- @Test
- public void checkExample5() {
- PortInstance testee = getPort("/Main/appl5/testDriver/testee");
- PortInstance ref0_0p = getPort("/Main/appl5/ref0_0/tester/test");
- PortInstance ref0_1p = getPort("/Main/appl5/ref0_1/tester/test");
- PortInstance ref0_2p = getPort("/Main/appl5/ref0_2/tester/test");
- PortInstance ref0_3p = getPort("/Main/appl5/ref0_3/tester/test");
- PortInstance ref0_4p = getPort("/Main/appl5/ref0_4/tester/test");
- PortInstance ref0_5p = getPort("/Main/appl5/ref0_5/tester/test");
- PortInstance ref0_6p = getPort("/Main/appl5/ref0_6/tester/test");
- PortInstance ref0_7p = getPort("/Main/appl5/ref0_7/tester/test");
-
- assertEquals("number of peers of "+testee.getName(), 8, testee.getPeers().size());
- assertEquals("number of peers of "+ref0_0p.getName(), 1, ref0_0p.getPeers().size());
- assertEquals("number of peers of "+ref0_1p.getName(), 1, ref0_1p.getPeers().size());
- assertEquals("number of peers of "+ref0_2p.getName(), 1, ref0_2p.getPeers().size());
- assertEquals("number of peers of "+ref0_3p.getName(), 1, ref0_3p.getPeers().size());
- assertEquals("number of peers of "+ref0_4p.getName(), 1, ref0_4p.getPeers().size());
- assertEquals("number of peers of "+ref0_5p.getName(), 1, ref0_5p.getPeers().size());
- assertEquals("number of peers of "+ref0_6p.getName(), 1, ref0_6p.getPeers().size());
- assertEquals("number of peers of "+ref0_7p.getName(), 1, ref0_7p.getPeers().size());
-
- HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>();
- peers.add(ref0_0p);
- peers.add(ref0_1p);
- peers.add(ref0_2p);
- peers.add(ref0_3p);
- peers.add(ref0_4p);
- peers.add(ref0_5p);
- peers.add(ref0_6p);
- peers.add(ref0_7p);
-
- assertTrue(testee.getPeers().get(0).getName()+" contained in peers ", peers.remove(testee.getPeers().get(0)));
- assertTrue(testee.getPeers().get(1).getName()+" contained in peers ", peers.remove(testee.getPeers().get(1)));
- assertTrue(testee.getPeers().get(2).getName()+" contained in peers ", peers.remove(testee.getPeers().get(2)));
- assertTrue(testee.getPeers().get(3).getName()+" contained in peers ", peers.remove(testee.getPeers().get(3)));
- assertTrue(testee.getPeers().get(4).getName()+" contained in peers ", peers.remove(testee.getPeers().get(4)));
- assertTrue(testee.getPeers().get(5).getName()+" contained in peers ", peers.remove(testee.getPeers().get(5)));
- assertTrue(testee.getPeers().get(6).getName()+" contained in peers ", peers.remove(testee.getPeers().get(6)));
- assertTrue(testee.getPeers().get(7).getName()+" contained in peers ", peers.remove(testee.getPeers().get(7)));
- assertTrue("peers complete ", peers.isEmpty());
- }
-
-}
+/******************************************************************************* + * Copyright (c) 2012 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.core.genmodel; + +import static org.junit.Assert.assertEquals; +import static org.junit.Assert.assertTrue; + +import java.util.HashMap; +import java.util.HashSet; + +import org.eclipse.emf.common.util.TreeIterator; +import org.eclipse.emf.ecore.EObject; +import org.eclipse.etrice.core.genmodel.etricegen.InstanceBase; +import org.eclipse.etrice.core.genmodel.etricegen.InterfaceItemInstance; +import org.eclipse.etrice.core.genmodel.etricegen.PortInstance; +import org.eclipse.etrice.core.genmodel.etricegen.Root; +import org.junit.Before; +import org.junit.Test; + +/** + * @author Henrik Rentz-Reichert + * + */ +public class TestReplicatedActors extends TestInstanceModelBuilderBase { + + private Root root; + private HashMap<String, InstanceBase> path2inst = new HashMap<String, InstanceBase>(); + + @Before + public void setUp() { + prepare(); + + root = buildInstanceModel("replicated_actors.room"); + + TreeIterator<EObject> it = root.eAllContents(); + while (it.hasNext()) { + EObject obj = it.next(); + if (obj instanceof InstanceBase) { + String path = ((InstanceBase) obj).getPath(); + path2inst.put(path, (InstanceBase) obj); + System.out.println(path); + } + } + } + + private PortInstance getPort(String path) { + return (PortInstance) path2inst.get(path); + } + + // example 1: regular port of replicated actor connected to regular ports + @Test + public void checkExample1() { + PortInstance intp1 = getPort("/Main/appl1/intp1"); + PortInstance intp2 = getPort("/Main/appl1/intp2"); + PortInstance intp3 = getPort("/Main/appl1/intp3"); + PortInstance ac1_0p = getPort("/Main/appl1/ac1repl_0/ac1p"); + PortInstance ac1_1p = getPort("/Main/appl1/ac1repl_1/ac1p"); + PortInstance ac1_2p = getPort("/Main/appl1/ac1repl_2/ac1p"); + + assertEquals("number of peers of "+intp1.getName(), 1, intp1.getPeers().size()); + assertEquals("number of peers of "+intp2.getName(), 1, intp2.getPeers().size()); + assertEquals("number of peers of "+intp3.getName(), 1, intp3.getPeers().size()); + assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size()); + assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size()); + assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size()); + + HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>(); + peers.add(intp1); + peers.add(intp2); + peers.add(intp3); + + assertTrue(ac1_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(0))); + assertTrue(ac1_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(0))); + assertTrue(ac1_2p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_2p.getPeers().get(0))); + assertTrue("peers complete ", peers.isEmpty()); + } + + // example 2: regular port of replicated actor connected to regular port of replicated actor + @Test + public void checkExample2() { + PortInstance ac1_0p = getPort("/Main/appl2/ac1repl_0/ac1p"); + PortInstance ac1_1p = getPort("/Main/appl2/ac1repl_1/ac1p"); + PortInstance ac1_2p = getPort("/Main/appl2/ac1repl_2/ac1p"); + PortInstance ac2_0p = getPort("/Main/appl2/ac2repl_0/ac2p"); + PortInstance ac2_1p = getPort("/Main/appl2/ac2repl_1/ac2p"); + PortInstance ac2_2p = getPort("/Main/appl2/ac2repl_2/ac2p"); + + assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size()); + assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size()); + assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size()); + assertEquals("number of peers of "+ac2_0p.getName(), 1, ac2_0p.getPeers().size()); + assertEquals("number of peers of "+ac2_1p.getName(), 1, ac2_1p.getPeers().size()); + assertEquals("number of peers of "+ac2_2p.getName(), 1, ac2_2p.getPeers().size()); + + HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>(); + peers.add(ac1_0p); + peers.add(ac1_1p); + peers.add(ac1_2p); + + assertTrue(ac2_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_0p.getPeers().get(0))); + assertTrue(ac2_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_1p.getPeers().get(0))); + assertTrue(ac2_2p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac2_2p.getPeers().get(0))); + assertTrue("peers complete ", peers.isEmpty()); + } + + // example 3: regular port of replicated actor connected to replicated port + @Test + public void checkExample3() { + PortInstance ac1_0p = getPort("/Main/appl3/ac1repl_0/ac1p"); + PortInstance ac1_1p = getPort("/Main/appl3/ac1repl_1/ac1p"); + PortInstance ac1_2p = getPort("/Main/appl3/ac1repl_2/ac1p"); + PortInstance intrep = getPort("/Main/appl3/intrep"); + + assertEquals("number of peers of "+ac1_0p.getName(), 1, ac1_0p.getPeers().size()); + assertEquals("number of peers of "+ac1_1p.getName(), 1, ac1_1p.getPeers().size()); + assertEquals("number of peers of "+ac1_2p.getName(), 1, ac1_2p.getPeers().size()); + assertEquals("number of peers of "+intrep.getName(), 3, intrep.getPeers().size()); + + assertEquals(ac1_0p.getName()+" peer is intrep ", ac1_0p.getPeers().get(0), intrep); + assertEquals(ac1_1p.getName()+" peer is intrep ", ac1_1p.getPeers().get(0), intrep); + assertEquals(ac1_2p.getName()+" peer is intrep ", ac1_2p.getPeers().get(0), intrep); + } + + // example 4: regular port of replicated actor connected to replicated port of replicated actor + @Test + public void checkExample4() { + PortInstance ac1_0p = getPort("/Main/appl4/ac1repl_0/ac1p"); + PortInstance ac1_1p = getPort("/Main/appl4/ac1repl_1/ac1p"); + PortInstance ac2_0p = getPort("/Main/appl4/ac2repl_0/ac2p"); + PortInstance ac2_1p = getPort("/Main/appl4/ac2repl_1/ac2p"); + PortInstance ac2_2p = getPort("/Main/appl4/ac2repl_2/ac2p"); + PortInstance ac2_3p = getPort("/Main/appl4/ac2repl_3/ac2p"); + + assertEquals("number of peers of "+ac1_0p.getName(), 2, ac1_0p.getPeers().size()); + assertEquals("number of peers of "+ac1_1p.getName(), 2, ac1_1p.getPeers().size()); + assertEquals("number of peers of "+ac2_0p.getName(), 1, ac2_0p.getPeers().size()); + assertEquals("number of peers of "+ac2_1p.getName(), 1, ac2_1p.getPeers().size()); + assertEquals("number of peers of "+ac2_2p.getName(), 1, ac2_2p.getPeers().size()); + assertEquals("number of peers of "+ac2_3p.getName(), 1, ac2_3p.getPeers().size()); + + HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>(); + peers.add(ac2_0p); + peers.add(ac2_1p); + peers.add(ac2_2p); + peers.add(ac2_3p); + + assertTrue(ac1_0p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(0))); + assertTrue(ac1_0p.getPeers().get(1).getName()+" contained in peers ", peers.remove(ac1_0p.getPeers().get(1))); + assertTrue(ac1_1p.getPeers().get(0).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(0))); + assertTrue(ac1_1p.getPeers().get(1).getName()+" contained in peers ", peers.remove(ac1_1p.getPeers().get(1))); + assertTrue("peers complete ", peers.isEmpty()); + } + + // example 5: regular port of replicated actor connected to replicated port of sub actor + // TODO: testee [8] works fine but testee [*] will be connected only with the first port + @Test + public void checkExample5() { + PortInstance testee = getPort("/Main/appl5/testDriver/testee"); + PortInstance ref0_0p = getPort("/Main/appl5/ref0_0/tester/test"); + PortInstance ref0_1p = getPort("/Main/appl5/ref0_1/tester/test"); + PortInstance ref0_2p = getPort("/Main/appl5/ref0_2/tester/test"); + PortInstance ref0_3p = getPort("/Main/appl5/ref0_3/tester/test"); + PortInstance ref0_4p = getPort("/Main/appl5/ref0_4/tester/test"); + PortInstance ref0_5p = getPort("/Main/appl5/ref0_5/tester/test"); + PortInstance ref0_6p = getPort("/Main/appl5/ref0_6/tester/test"); + PortInstance ref0_7p = getPort("/Main/appl5/ref0_7/tester/test"); + + assertEquals("number of peers of "+testee.getName(), 8, testee.getPeers().size()); + assertEquals("number of peers of "+ref0_0p.getName(), 1, ref0_0p.getPeers().size()); + assertEquals("number of peers of "+ref0_1p.getName(), 1, ref0_1p.getPeers().size()); + assertEquals("number of peers of "+ref0_2p.getName(), 1, ref0_2p.getPeers().size()); + assertEquals("number of peers of "+ref0_3p.getName(), 1, ref0_3p.getPeers().size()); + assertEquals("number of peers of "+ref0_4p.getName(), 1, ref0_4p.getPeers().size()); + assertEquals("number of peers of "+ref0_5p.getName(), 1, ref0_5p.getPeers().size()); + assertEquals("number of peers of "+ref0_6p.getName(), 1, ref0_6p.getPeers().size()); + assertEquals("number of peers of "+ref0_7p.getName(), 1, ref0_7p.getPeers().size()); + + HashSet<InterfaceItemInstance> peers = new HashSet<InterfaceItemInstance>(); + peers.add(ref0_0p); + peers.add(ref0_1p); + peers.add(ref0_2p); + peers.add(ref0_3p); + peers.add(ref0_4p); + peers.add(ref0_5p); + peers.add(ref0_6p); + peers.add(ref0_7p); + + assertTrue(testee.getPeers().get(0).getName()+" contained in peers ", peers.remove(testee.getPeers().get(0))); + assertTrue(testee.getPeers().get(1).getName()+" contained in peers ", peers.remove(testee.getPeers().get(1))); + assertTrue(testee.getPeers().get(2).getName()+" contained in peers ", peers.remove(testee.getPeers().get(2))); + assertTrue(testee.getPeers().get(3).getName()+" contained in peers ", peers.remove(testee.getPeers().get(3))); + assertTrue(testee.getPeers().get(4).getName()+" contained in peers ", peers.remove(testee.getPeers().get(4))); + assertTrue(testee.getPeers().get(5).getName()+" contained in peers ", peers.remove(testee.getPeers().get(5))); + assertTrue(testee.getPeers().get(6).getName()+" contained in peers ", peers.remove(testee.getPeers().get(6))); + assertTrue(testee.getPeers().get(7).getName()+" contained in peers ", peers.remove(testee.getPeers().get(7))); + assertTrue("peers complete ", peers.isEmpty()); + } + +} |