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*
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* 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
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*
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package nsk.jdi.EventSet.resume;
import nsk.share.*;
import nsk.share.jpda.*;
import nsk.share.jdi.*;
import com.sun.jdi.*;
import com.sun.jdi.event.*;
import com.sun.jdi.request.*;
import java.util.*;
import java.io.*;
import static nsk.share.Consts.TEST_FAILED;
/**
* The test for the implementation of an object of the type
* EventSet.
*
* The test checks that results of the method
* com.sun.jdi.EventSet.resume()
* complies with its spec.
*
* Test cases include all three possible suspensions, NONE,
* EVENT_THREAD, and ALL, for ThreadDeathEvent sets.
*
* To check up on the method, a debugger,
* upon getting new set for the EventSet,
* suspends VM with the method VirtualMachine.suspend(),
* gets the List of debuggee's threads calling VM.allThreads(),
* invokes the method EventSet.resume(), and
* gets another List of debuggee's threads.
* The debugger then compares values of
* each thread's suspendCount from first and second Lists.
*
* The test works as follows.
* - The debugger sets up a ThreadDeathRequest, resumes
* the debuggee, and waits for the ThreadDeathEvent.
* - The debuggee creates and starts new thread
* to be resulting in the event.
* - Upon getting new event, the debugger
* performs the check corresponding to the event.
* - The debugger informs the debuggee when it completes
* each test case, so it will wait before hitting
* communication breakpoints.
* This prevents the breakpoint SUSPEND_ALL policy
* disrupting the first test case check for
* SUSPEND_NONE, if the debuggee gets ahead of
* the debugger processing.
*/
public class resume009 extends TestDebuggerType1 {
public static void main (String argv[]) {
int result = run(argv,System.out);
if (result != 0) {
throw new RuntimeException("TEST FAILED with result " + result);
}
}
public static int run (String argv[], PrintStream out) {
debuggeeName = "nsk.jdi.EventSet.resume.resume009a";
return new resume009().runThis(argv, out);
}
private String testedClassName = "nsk.jdi.EventSet.resume.TestClass";
protected void testRun() {
EventRequest eventRequest = null;
final int SUSPEND_NONE = EventRequest.SUSPEND_NONE;
final int SUSPEND_THREAD = EventRequest.SUSPEND_EVENT_THREAD;
final int SUSPEND_ALL = EventRequest.SUSPEND_ALL;
ReferenceType testClassReference = null;
for (int i = 0; ; i++) {
if (!shouldRunAfterBreakpoint()) {
vm.resume();
break;
}
display(":::::: case: # " + i);
switch (i) {
case 0:
eventRequest = settingThreadDeathRequest (
SUSPEND_NONE, "ThreadDeathRequest1");
break;
case 1:
eventRequest = settingThreadDeathRequest (
SUSPEND_THREAD, "ThreadDeathRequest2");
break;
case 2:
eventRequest = settingThreadDeathRequest (
SUSPEND_ALL, "ThreadDeathRequest3");
break;
default:
throw new Failure("** default case 2 **");
}
display("......waiting for new ThreadDeathEvent : " + i);
EventSet eventSet = eventHandler.waitForRequestedEventSet(new EventRequest[]{eventRequest}, waitTime, true);
EventIterator eventIterator = eventSet.eventIterator();
Event newEvent = eventIterator.nextEvent();
if ( !(newEvent instanceof ThreadDeathEvent)) {
setFailedStatus("ERROR: new event is not ThreadDeathEvent");
} else {
String property = (String) newEvent.request().getProperty("number");
display(" got new ThreadDeathEvent with propety 'number' == " + property);
display("......checking up on EventSet.resume()");
display("......--> vm.suspend();");
vm.suspend();
display(" getting : Map suspendsCounts1");
Map suspendsCounts1 = new HashMap();
for (ThreadReference threadReference : vm.allThreads()) {
suspendsCounts1.put(threadReference.name(), threadReference.suspendCount());
}
display(suspendsCounts1.toString());
display(" eventSet.resume;");
eventSet.resume();
display(" getting : Map suspendsCounts2");
Map suspendsCounts2 = new HashMap();
for (ThreadReference threadReference : vm.allThreads()) {
suspendsCounts2.put(threadReference.name(), threadReference.suspendCount());
}
display(" getting : int policy = eventSet.suspendPolicy();");
int policy = eventSet.suspendPolicy();
display(suspendsCounts2.toString());
switch (policy) {
case SUSPEND_NONE :
display(" case SUSPEND_NONE");
for (String threadName : suspendsCounts1.keySet()) {
display(" checking " + threadName);
if (!suspendsCounts2.containsKey(threadName)) {
complain("ERROR: couldn't get ThreadReference for " + threadName);
testExitCode = TEST_FAILED;
break;
}
int count1 = suspendsCounts1.get(threadName);
int count2 = suspendsCounts2.get(threadName);
if (count1 != count2) {
complain("ERROR: suspendCounts don't match for : " + threadName);
complain("before resuming : " + count1);
complain("after resuming : " + count2);
testExitCode = TEST_FAILED;
break;
}
}
break;
case SUSPEND_THREAD :
display(" case SUSPEND_THREAD");
for (String threadName : suspendsCounts1.keySet()) {
display("checking " + threadName);
if (!suspendsCounts2.containsKey(threadName)) {
complain("ERROR: couldn't get ThreadReference for " + threadName);
testExitCode = TEST_FAILED;
break;
}
int count1 = suspendsCounts1.get(threadName);
int count2 = suspendsCounts2.get(threadName);
String eventThreadName = ((ThreadDeathEvent)newEvent).thread().name();
int expectedValue = count2 + (eventThreadName.equals(threadName) ? 1 : 0);
if (count1 != expectedValue) {
complain("ERROR: suspendCounts don't match for : " + threadName);
complain("before resuming : " + count1);
complain("after resuming : " + count2);
testExitCode = TEST_FAILED;
break;
}
}
break;
case SUSPEND_ALL :
display(" case SUSPEND_ALL");
for (String threadName : suspendsCounts1.keySet()) {
display("checking " + threadName);
if (!newEvent.request().equals(eventRequest))
break;
if (!suspendsCounts2.containsKey(threadName)) {
complain("ERROR: couldn't get ThreadReference for " + threadName);
testExitCode = TEST_FAILED;
break;
}
int count1 = suspendsCounts1.get(threadName);
int count2 = suspendsCounts2.get(threadName);
if (count1 != count2 + 1) {
complain("ERROR: suspendCounts don't match for : " + threadName);
complain("before resuming : " + count1);
complain("after resuming : " + count2);
testExitCode = TEST_FAILED;
break;
}
}
break;
default: throw new Failure("** default case 1 **");
}
informDebuggeeTestCase(i);
}
display("......--> vm.resume()");
vm.resume();
}
return;
}
private ThreadDeathRequest settingThreadDeathRequest(int suspendPolicy,
String property) {
try {
ThreadDeathRequest tsr = eventRManager.createThreadDeathRequest();
tsr.addCountFilter(1);
tsr.setSuspendPolicy(suspendPolicy);
tsr.putProperty("number", property);
return tsr;
} catch ( Exception e ) {
throw new Failure("** FAILURE to set up ThreadDeathRequest **");
}
}
/**
* Inform debuggee which thread test the debugger has completed.
* Used for synchronization, so the debuggee does not move too quickly.
* @param testCase index of just completed test
*/
void informDebuggeeTestCase(int testCase) {
try {
((ClassType)debuggeeClass)
.setValue(debuggeeClass.fieldByName("testCase"),
vm.mirrorOf(testCase));
} catch (InvalidTypeException ite) {
throw new Failure("** FAILURE setting testCase **");
} catch (ClassNotLoadedException cnle) {
throw new Failure("** FAILURE notifying debuggee **");
} catch (VMDisconnectedException e) {
throw new Failure("** FAILURE debuggee connection **");
}
}
}