/*
* Copyright (c) 2004, 2005, Oracle and/or its affiliates. All rights reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This code is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 only, as
* published by the Free Software Foundation.
*
* This code is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* version 2 for more details (a copy is included in the LICENSE file that
* accompanied this code).
*
* You should have received a copy of the GNU General Public License version
* 2 along with this work; if not, write to the Free Software Foundation,
* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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* questions.
*/
/*
* @test
* @bug 4847959 6191402
* @summary Test newly-generified APIs
* @author Eamonn McManus
* @run clean GenericTest
* @run build GenericTest
* @run main GenericTest
*/
import java.lang.management.ManagementFactory;
import java.lang.reflect.*;
import java.util.*;
import javax.management.*;
import javax.management.openmbean.*;
import javax.management.relation.*;
import javax.management.timer.Timer;
import javax.management.timer.TimerMBean;
public class GenericTest {
private static int failures;
public static void main(String[] args) throws Exception {
MBeanServer mbs = ManagementFactory.getPlatformMBeanServer();
// Check we are really using the generified version
boolean generic;
Method findmbs = MBeanServerFactory.class.getMethod("findMBeanServer",
String.class);
Type findmbstype = findmbs.getGenericReturnType();
if (!(findmbstype instanceof ParameterizedType)) {
System.out.println("FAILURE: API NOT GENERIC!");
System.out.println(" MBeanServerFactory.findMBeanServer -> " +
findmbstype);
failures++;
generic = false;
} else {
System.out.println("OK: this API is generic");
generic = true;
}
ArrayList<MBeanServer> mbsList1 =
MBeanServerFactory.findMBeanServer(null);
checked(mbsList1, MBeanServer.class);
ArrayList mbsList2 = MBeanServerFactory.findMBeanServer(null);
check("ArrayList<MBeanServer> findMBeanServer", mbsList1.size() == 1);
check("ArrayList findMBeanServer", mbsList1.equals(mbsList2));
Set<ObjectName> names1 =
checked(mbs.queryNames(null, null), ObjectName.class);
Set names2 = mbs.queryNames(null, null);
Set<ObjectName> names3 =
checked(((MBeanServerConnection) mbs).queryNames(null, null),
ObjectName.class);
check("Set<ObjectName> MBeanServer.queryNames", names1.size() >= 1);
check("Set MBeanServer.queryNames", names2.size() >= 1);
check("Set<ObjectName> MBeanServerConnection.queryNames",
names3.size() >= 1);
check("queryNames sets same",
names1.equals(names2) && names2.equals(names3));
Set<ObjectInstance> mbeans1 =
checked(mbs.queryMBeans(null, null), ObjectInstance.class);
Set mbeans2 = mbs.queryMBeans(null, null);
Set<ObjectInstance> mbeans3 =
checked(((MBeanServerConnection) mbs).queryMBeans(null, null),
ObjectInstance.class);
check("Set<ObjectInstsance> MBeanServer.queryMBeans",
mbeans1.size() >= 1);
check("Set MBeanServer.queryMBeans", mbeans2.size() >= 1);
check("Set<ObjectInstsance> MBeanServerConnection.queryMBeans",
mbeans3.size() >= 1);
check("queryMBeans sets same",
mbeans1.equals(mbeans2) && mbeans2.equals(mbeans3));
AttributeChangeNotificationFilter acnf =
new AttributeChangeNotificationFilter();
acnf.enableAttribute("foo");
Vector<String> acnfs = acnf.getEnabledAttributes();
checked(acnfs, String.class);
check("Vector<String> AttributeChangeNotificationFilter.getEnabled" +
"Attributes", acnfs.equals(Arrays.asList(new String[] {"foo"})));
if (generic) {
Attribute a = new Attribute("foo", "bar");
AttributeList al1 = new AttributeList();
al1.add(a);
AttributeList al2 =
new AttributeList(Arrays.asList(new Attribute[] {a}));
check("new AttributeList(List<Attribute>)", al1.equals(al2));
List<Attribute> al3 = checked(al1.asList(), Attribute.class);
al3.remove(a);
check("List<Attribute> AttributeList.asList()",
al1.equals(al3) && al1.isEmpty());
}
List<ObjectName> namelist1 = new ArrayList<ObjectName>(names1);
Role role = new Role("rolename", namelist1);
List<ObjectName> namelist2 =
checked(role.getRoleValue(), ObjectName.class);
check("new Role(String,List<ObjectName>).getRoleValue() -> " +
"List<ObjectName>", namelist1.equals(namelist2));
RoleList rl1 = new RoleList();
rl1.add(role);
RoleList rl2 = new RoleList(Arrays.asList(new Role[] {role}));
check("new RoleList(List<Role>)", rl1.equals(rl2));
if (generic) {
List<Role> rl3 = checked(rl1.asList(), Role.class);
rl3.remove(role);
check("List<Role> RoleList.asList()",
rl1.equals(rl3) && rl1.isEmpty());
}
RoleUnresolved ru =
new RoleUnresolved("rolename", namelist1,
RoleStatus.LESS_THAN_MIN_ROLE_DEGREE);
List<ObjectName> namelist3 =
checked(ru.getRoleValue(), ObjectName.class);
check("new RoleUnresolved(...List<ObjectName>...).getRoleValue() -> " +
"List<ObjectName>", namelist1.equals(namelist3));
RoleUnresolvedList rul1 = new RoleUnresolvedList();
rul1.add(ru);
RoleUnresolvedList rul2 =
new RoleUnresolvedList(Arrays.asList(new RoleUnresolved[] {ru}));
check("new RoleUnresolvedList(List<RoleUnresolved>", rul1.equals(rul2));
if (generic) {
List<RoleUnresolved> rul3 =
checked(rul1.asList(), RoleUnresolved.class);
rul3.remove(ru);
check("List<RoleUnresolved> RoleUnresolvedList.asList()",
rul1.equals(rul3) && rul1.isEmpty());
}
// This case basically just tests that we can compile this sort of thing
OpenMBeanAttributeInfo ombai1 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
SimpleType.INTEGER,
true, true, false);
CompositeType ct =
new CompositeType("ct", "ct descr", new String[] {"item1"},
new String[] {"item1 descr"},
new OpenType[] {SimpleType.INTEGER});
OpenMBeanAttributeInfo ombai2 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
ct, true, true, false);
TabularType tt =
new TabularType("tt", "tt descr", ct, new String[] {"item1"});
OpenMBeanAttributeInfo ombai3 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
tt, true, true, false);
ArrayType<String[][]> at =
new ArrayType<String[][]>(2, SimpleType.STRING);
OpenMBeanAttributeInfo ombai4 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
at, true, true, false);
OpenMBeanAttributeInfo ombai4a =
new OpenMBeanAttributeInfoSupport("a", "a descr",
(ArrayType) at,
true, true, false);
OpenMBeanAttributeInfo ombai5 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
SimpleType.INTEGER,
true, true, false,
5, 1, 9);
OpenMBeanAttributeInfo ombai6 =
new OpenMBeanAttributeInfoSupport("a", "a descr",
SimpleType.INTEGER,
true, true, false,
5, new Integer[] {1, 5});
OpenMBeanInfo ombi =
new OpenMBeanInfoSupport("a.a", "a.a descr",
new OpenMBeanAttributeInfo[] {
ombai1, ombai2, ombai3, ombai4,
ombai5, ombai6,
},
null, null, null);
Map<String,Integer> itemMap =
checked(singletonMap("item1", 5),
String.class, Integer.class);
CompositeData cd =
new CompositeDataSupport(ct, itemMap);
check("CompositeDataSupport(CompositeType, Map<String,?>",
cd.get("item1").equals(5));
Set<String> ctkeys = checked(ct.keySet(), String.class);
check("Set<String> CompositeType.keySet()",
ctkeys.equals(singleton("item1")));
List<String> ttindex = checked(tt.getIndexNames(), String.class);
check("Set<String> TabularType.getIndexNames()",
ttindex.equals(singletonList("item1")));
TabularData td = new TabularDataSupport(tt);
td.putAll(new CompositeData[] {cd});
List<Integer> tdkey = checked(singletonList(5), Integer.class);
Set<List<Integer>> tdkeys = checked(singleton(tdkey),
(Class<List<Integer>>) tdkey.getClass());
Collection<CompositeData> tdvalues = checked(singleton(cd),
CompositeData.class);
check("Set<List<?>> TabularDataSupport.keySet()",
td.keySet().equals(tdkeys));
check("Collection<CompositeData> TabularDataSupport.values()",
td.values().iterator().next().equals(tdvalues.iterator().next()));
ObjectName stupidName = new ObjectName("stupid:a=b");
mbs.registerMBean(new Stupid(), stupidName);
StupidMBean proxy =
MBeanServerInvocationHandler.newProxyInstance(mbs,
stupidName,
StupidMBean.class,
false);
check("MBeanServerInvocationHandler.newProxyInstance",
proxy.getFive() == 5);
mbs.unregisterMBean(stupidName);
mbs.registerMBean(new StandardMBean(new Stupid(), StupidMBean.class),
stupidName);
check("<T> StandardMBean(T impl, Class<T> intf)",
proxy.getFive() == 5);
// Following is based on the package.html for javax.management.relation
// Create the Relation Service MBean
ObjectName relSvcName = new ObjectName(":type=RelationService");
RelationService relSvcObject = new RelationService(true);
mbs.registerMBean(relSvcObject, relSvcName);
// Create an MBean proxy for easier access to the Relation Service
RelationServiceMBean relSvc =
MBeanServerInvocationHandler.newProxyInstance(mbs, relSvcName,
RelationServiceMBean.class,
false);
// Define the DependsOn relation type
RoleInfo[] dependsOnRoles = {
new RoleInfo("dependent", Module.class.getName()),
new RoleInfo("dependedOn", Module.class.getName())
};
relSvc.createRelationType("DependsOn", dependsOnRoles);
// Now define a relation instance "moduleA DependsOn moduleB"
ObjectName moduleA = new ObjectName(":type=Module,name=A");
ObjectName moduleB = new ObjectName(":type=Module,name=B");
// Following two lines added to example:
mbs.registerMBean(new Module(), moduleA);
mbs.registerMBean(new Module(), moduleB);
Role dependent = new Role("dependent", singletonList(moduleA));
Role dependedOn = new Role("dependedOn", singletonList(moduleB));
Role[] roleArray = {dependent, dependedOn};
RoleList roles = new RoleList(Arrays.asList(roleArray));
relSvc.createRelation("A-DependsOn-B", "DependsOn", roles);
// Query the Relation Service to find what modules moduleA depends on
Map<ObjectName,List<String>> dependentAMap =
relSvc.findAssociatedMBeans(moduleA, "DependsOn", "dependent");
Set<ObjectName> dependentASet = dependentAMap.keySet();
dependentASet = checked(dependentASet, ObjectName.class);
// Set of ObjectName containing moduleB
check("Map<ObjectName,List<String>> RelationService.findAssociatedMBeans",
dependentAMap.size() == 1 &&
dependentASet.equals(singleton(moduleB)));
Map<String,List<String>> refRels =
relSvc.findReferencingRelations(moduleA, "DependsOn", "dependent");
List<String> refRoles =
checked(refRels.get("A-DependsOn-B"), String.class);
check("Map<String,List<String>> RelationService.findReferencingRelations",
refRoles.equals(singletonList("dependent")));
List<String> relsOfType = relSvc.findRelationsOfType("DependsOn");
relsOfType = checked(relsOfType, String.class);
check("List<String> RelationService.findRelationsOfType",
relsOfType.equals(singletonList("A-DependsOn-B")));
List<String> allRelIds = relSvc.getAllRelationIds();
allRelIds = checked(allRelIds, String.class);
check("List<String> RelationService.getAllRelationIds()",
allRelIds.equals(singletonList("A-DependsOn-B")));
List<String> allRelTypes = relSvc.getAllRelationTypeNames();
allRelTypes = checked(allRelTypes, String.class);
check("List<String> RelationService.getAllRelationTypeNames",
allRelTypes.equals(singletonList("DependsOn")));
Map<ObjectName,List<String>> refdMBeans =
relSvc.getReferencedMBeans("A-DependsOn-B");
check("Map<ObjectName,List<String>> RelationService.getReferencedMBeans",
refdMBeans.get(moduleA).equals(singletonList("dependent")) &&
refdMBeans.get(moduleB).equals(singletonList("dependedOn")));
List<ObjectName> roleContents =
checked(relSvc.getRole("A-DependsOn-B", "dependent"),
ObjectName.class);
check("List<ObjectName> RelationService.getRole",
roleContents.equals(singletonList(moduleA)));
RoleInfo roleInfoDependent =
relSvc.getRoleInfo("DependsOn", "dependent");
RoleInfo roleInfoDependedOn =
relSvc.getRoleInfo("DependsOn", "dependedOn");
List<RoleInfo> expectedRoleInfos =
Arrays.asList(new RoleInfo[] {roleInfoDependent, roleInfoDependedOn});
List<RoleInfo> roleInfos =
checked(relSvc.getRoleInfos("DependsOn"), RoleInfo.class);
check("List<RoleInfo> RelationService.getRoleInfos",
equalListContents(expectedRoleInfos, roleInfos));
RelationType relType =
new RelationTypeSupport("DependsOn", dependsOnRoles);
List<RoleInfo> relTypeRoleInfos =
checked(relType.getRoleInfos(), RoleInfo.class);
// Since there's no RoleInfo.equals and since the RelationTypeSupport
// constructor clones the RoleInfos passed to it, it's tricky to
// test equality here so we check type and size and have done with it
check("List<RoleInfo> RelationType.getRoleInfos",
relTypeRoleInfos.size() == 2);
MBeanServerNotificationFilter mbsnf =
new MBeanServerNotificationFilter();
mbsnf.enableObjectName(moduleA);
check("Vector<ObjectName> MBeanServerNotificationFilter." +
"getEnabledObjectNames",
mbsnf.getEnabledObjectNames().equals(Arrays.asList(moduleA)));
mbsnf.enableAllObjectNames();
mbsnf.disableObjectName(moduleB);
check("Vector<ObjectName> MBeanServerNotificationFilter." +
"getDisabledObjectNames",
mbsnf.getDisabledObjectNames().equals(Arrays.asList(moduleB)));
RelationService unusedRelSvc = new RelationService(false);
RelationNotification rn1 =
new RelationNotification(RelationNotification.RELATION_MBEAN_REMOVAL,
unusedRelSvc, 0L, 0L, "yo!",
"A-DependsOn-B", "DependsOn", null,
singletonList(moduleA));
List<ObjectName> toUnreg =
checked(rn1.getMBeansToUnregister(), ObjectName.class);
check("List<ObjectName> RelationNotification.getMBeansToUnregister",
toUnreg.equals(singletonList(moduleA)));
RelationNotification rn2 =
new RelationNotification(RelationNotification.RELATION_MBEAN_UPDATE,
unusedRelSvc, 0L, 0L, "yo!",
"A-DependsOn-B", "DependsOn", null,
"dependent", singletonList(moduleA),
singletonList(moduleB));
check("List<ObjectName> RelationNotification.getOldRoleValue",
checked(rn2.getOldRoleValue(), ObjectName.class)
.equals(singletonList(moduleB)));
check("List<ObjectName> RelationNotification.getNewRoleValue",
checked(rn2.getNewRoleValue(), ObjectName.class)
.equals(singletonList(moduleA)));
ObjectName timerName = new ObjectName(":type=timer");
mbs.registerMBean(new Timer(), timerName);
TimerMBean timer =
MBeanServerInvocationHandler.newProxyInstance(mbs,
timerName,
TimerMBean.class,
false);
Date doomsday = new Date(Long.MAX_VALUE);
int timer1 = timer.addNotification("one", "one", null, doomsday);
int timer2 = timer.addNotification("two", "two", null, doomsday);
Vector<Integer> idsOne = timer.getNotificationIDs("one");
check("Vector<Integer> TimerMBean.getNotificationIDs",
idsOne.equals(singletonList(timer1)));
Vector<Integer> allIds = timer.getAllNotificationIDs();
check("Vector<Integer> TimerMBean.getAllNotificationIDs",
equalListContents(allIds,
Arrays.asList(new Integer[]{timer1, timer2})));
// ADD NEW TEST CASES ABOVE THIS COMMENT
if (failures == 0)
System.out.println("All tests passed");
else {
System.out.println("TEST FAILURES: " + failures);
System.exit(1);
}
// DO NOT ADD NEW TEST CASES HERE, ADD THEM ABOVE THE PREVIOUS COMMENT
}
public static interface StupidMBean {
public int getFive();
}
public static class Stupid implements StupidMBean {
public int getFive() {
return 5;
}
}
public static class Module extends StandardMBean implements StupidMBean {
public Module() throws NotCompliantMBeanException {
super(StupidMBean.class);
}
public int getFive() {
return 5;
}
}
private static <E> List<E> singletonList(E value) {
return Collections.singletonList(value);
}
private static <E> Set<E> singleton(E value) {
return Collections.singleton(value);
}
private static <K,V> Map<K,V> singletonMap(K key, V value) {
return Collections.singletonMap(key, value);
}
private static <E> List<E> checked(List<E> c, Class<E> type) {
List<E> unchecked = new ArrayList<E>();
List<E> checked = Collections.checkedList(unchecked, type);
checked.addAll(c);
return Collections.checkedList(c, type);
}
private static <E> Set<E> checked(Set<E> c, Class<E> type) {
Set<E> unchecked = new HashSet<E>();
Set<E> checked = Collections.checkedSet(unchecked, type);
checked.addAll(c);
return Collections.checkedSet(c, type);
}
private static <K,V> Map<K,V> checked(Map<K,V> m,
Class<K> keyType,
Class<V> valueType) {
Map<K,V> unchecked = new HashMap<K,V>();
Map<K,V> checked = Collections.checkedMap(unchecked, keyType, valueType);
checked.putAll(m);
return Collections.checkedMap(m, keyType, valueType);
}
/* The fact that we have to call this method is a clear signal that
* the API says List where it means Set.
*/
private static <E> boolean equalListContents(List<E> l1, List<E> l2) {
return new HashSet<E>(l1).equals(new HashSet<E>(l2));
}
private static void check(String what, boolean cond) {
if (cond)
System.out.println("OK: " + what);
else {
System.out.println("FAILED: " + what);
failures++;
}
}
}