/**
* Test behavior when a cache object goes into the "disabled" state while it's in the valid state.
* The cache remains in the valid state but it loses its data and obtains an error status.
*/
public void testDisableWhileValid() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Complete the request
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
Assert.assertEquals(Integer.valueOf(1), q.get());
// Disable the cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.set(null, ERROR_TARGET_RUNNING, true);
}
});
// Check final state
assertCacheValidWithoutData();
}
public void testResetWhileValid() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
q.get();
// Disable cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.reset();
}
});
// Check final state
assertCacheResetWithoutData();
}
/**
* Test behavior when a cache object goes into the "disabled" state while an update request is
* ongoing. The subsequent completion of the request should have no effect on the cache
*/
public void testDisableWhilePending() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Disable the cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.set(null, ERROR_TARGET_RUNNING, true);
}
});
assertCacheValidWithoutData();
// Complete the retrieve RM. Note that the disabling of the cache above
// disassociates it from its retrieval RM. Thus regardless of how that
// request completes, it does not affect the cache.
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
// Validate that cache is still disabled without data.
assertCacheValidWithoutData();
}
private IPeerNode getPeerNode(final String peerId) {
if (peerId != null) {
final AtomicReference<IPeerNode> peerNode = new AtomicReference<IPeerNode>();
Runnable runnable =
new Runnable() {
@Override
public void run() {
IPeerModel model = ModelManager.getPeerModel();
Assert.isNotNull(model);
peerNode.set(
model.getService(IPeerModelLookupService.class).lkupPeerModelById(peerId));
}
};
if (Protocol.isDispatchThread()) {
runnable.run();
} else {
Protocol.invokeAndWait(runnable);
}
return peerNode.get();
}
return null;
}
public void testCancelWhilePendingWithTwoClients()
throws InterruptedException, ExecutionException {
// Request data from cache. Use an additional invokeAndWait to
// ensure both update requests are initiated before we wait
// for retrieval to start
Query<Integer> q1 = new TestQuery();
q1.invoke();
Protocol.invokeAndWait(
new Runnable() {
public void run() {}
});
// Request data from cache again
Query<Integer> q2 = new TestQuery();
q2.invoke();
Protocol.invokeAndWait(
new Runnable() {
public void run() {}
});
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Cancel the first client request
q1.cancel(true);
try {
q1.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
assertCacheWaiting();
// Cancel the second request
q2.cancel(true);
try {
q2.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
assertCacheInvalidAndWithCanceledRM();
// Completed the retrieve RM
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
// Validate that cache didn't accept the result after its RM was canceled
assertCacheInvalidAndWithCanceledRM();
}
public void testCancelWhilePending2() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Cancel the client request
q.cancel(true);
try {
q.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
assertCacheInvalidAndWithCanceledRM();
// Simulate retrieval logic that is regularly checking the RM's cancel
// status and has discovered that the request has been canceled. It
// technically does not need to explicitly set a cancel status object in
// the RM, thanks to RequestMonitor.getStatus() automatically returning
// Status.CANCEL_STATUS when its in the cancel state. So here we
// simulate the retrieval logic just aborting its operations and
// completing the RM. Note that it hasn't provided the data to the
// cache.
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.done();
}
});
assertCacheInvalidAndWithCanceledRM();
}
public void testCancelWhilePending() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Cancel the client request
q.cancel(true);
try {
q.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
assertCacheInvalidAndWithCanceledRM();
// Simulate the retrieval completing successfully despite the cancel
// request. Perhaps the retrieval logic isn't checking the RM status.
// Even if it is checking, it may have gotten passed its last checkpoint
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
// Validate that cache didn't accept the result after its RM was canceled
assertCacheInvalidAndWithCanceledRM();
}
public void testGetWithManyClients() throws InterruptedException, ExecutionException {
// Check initial state
Assert.assertFalse(fTestCache.isValid());
// Request data from cache
List<Query<Integer>> qList = new ArrayList<Query<Integer>>();
for (int i = 0; i < 10; i++) {
Query<Integer> q = new TestQuery();
q.invoke();
qList.add(q);
}
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Check state while waiting for data
Assert.assertFalse(fTestCache.isValid());
// Set the data to the callback
Protocol.invokeLater(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
for (Query<Integer> q : qList) {
Assert.assertEquals(1, (int) q.get());
}
// Check final state
assertCacheValidWithData(1);
}
public void testCancelWhilePending3() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Cancel the client request
q.cancel(true);
try {
q.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
assertCacheInvalidAndWithCanceledRM();
// Simulate retrieval logic that is regularly checking the RM's cancel
// status and has discovered that the request has been canceled. It
// aborts its processing, sets STATUS.CANCEL_STATUS in the RM and
// completes it.
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setError(new CancellationException());
fRetrieveRm.done();
}
});
// Validate that cache didn't accept the result after its RM was canceled
assertCacheInvalidAndWithCanceledRM();
}
public void testGet() throws InterruptedException, ExecutionException {
// Request data from cache
Query<Integer> q = new TestQuery();
// Check initial state
Assert.assertFalse(fTestCache.isValid());
q.invoke();
// Wait until the cache requests the data.
waitForRetrieveRm();
// Check state while waiting for data
Assert.assertFalse(fTestCache.isValid());
// Complete the cache's retrieve data request.
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
// Check that the data is available in the cache immediately
// (in the same dispatch cycle).
Assert.assertEquals(1, (int) fTestCache.getData());
Assert.assertTrue(fTestCache.isValid());
}
});
Assert.assertEquals(1, (int) q.get());
// Re-check final state
assertCacheValidWithData(1);
}
public void testGetWithTwoClients() throws InterruptedException, ExecutionException {
// Check initial state
Assert.assertFalse(fTestCache.isValid());
// Request data from cache
Query<Integer> q1 = new TestQuery();
q1.invoke();
// Request data from cache again
Query<Integer> q2 = new TestQuery();
q2.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Check state while waiting for data
Assert.assertFalse(fTestCache.isValid());
// Set the data to the callback
Protocol.invokeLater(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
Assert.assertEquals(1, (int) q1.get());
Assert.assertEquals(1, (int) q2.get());
// Check final state
assertCacheValidWithData(1);
}
/* (non-Javadoc)
* @see org.eclipse.tcf.te.runtime.stepper.interfaces.IStep#execute(org.eclipse.tcf.te.runtime.stepper.interfaces.IStepContext, org.eclipse.tcf.te.runtime.interfaces.properties.IPropertiesContainer, org.eclipse.tcf.te.runtime.stepper.interfaces.IFullQualifiedId, org.eclipse.core.runtime.IProgressMonitor, org.eclipse.tcf.te.runtime.interfaces.callback.ICallback)
*/
@Override
public void execute(
IStepContext context,
IPropertiesContainer data,
IFullQualifiedId fullQualifiedId,
IProgressMonitor monitor,
final ICallback callback) {
IPeerNode peerNode = getActivePeerModelContext(context, data, fullQualifiedId);
if (peerNode != null) {
IRuntimeModel model = ModelManager.getRuntimeModel(peerNode);
final IModelChannelService service =
model != null ? model.getService(IModelChannelService.class) : null;
if (service != null) {
Runnable runnable =
new Runnable() {
@Override
public void run() {
service.openChannel(
new IModelChannelService.DoneOpenChannel() {
@Override
public void doneOpenChannel(Throwable error, IChannel channel) {
callback.done(InitializeModelStep.this, StatusHelper.getStatus(error));
}
});
}
};
Protocol.invokeLater(runnable);
} else {
callback.done(InitializeModelStep.this, Status.OK_STATUS);
}
} else {
callback.done(InitializeModelStep.this, Status.OK_STATUS);
}
}
/* (non-Javadoc)
* @see org.eclipse.core.runtime.PlatformObject#getAdapter(java.lang.Class)
*/
@Override
public Object getAdapter(final Class adapter) {
// NOTE: The getAdapter(...) method can be invoked from many place and
// many threads where we cannot control the calls. Therefore, this
// method is allowed be called from any thread.
final AtomicReference<Object> object = new AtomicReference<Object>();
Runnable runnable =
new Runnable() {
@Override
public void run() {
object.set(doGetAdapter(adapter));
}
};
if (Protocol.isDispatchThread()) runnable.run();
else Protocol.invokeAndWait(runnable);
return object.get() != null ? object.get() : super.getAdapter(adapter);
}
/* (non-Javadoc)
* @see org.eclipse.tcf.te.runtime.properties.PropertiesContainer#toString()
*/
@Override
public String toString() {
final StringBuilder buffer = new StringBuilder(getClass().getSimpleName());
Runnable runnable =
new Runnable() {
@Override
public void run() {
IPeer peer = getPeer();
buffer.append(": id=" + peer.getID()); // $NON-NLS-1$
buffer.append(", name=" + peer.getName()); // $NON-NLS-1$
}
};
if (Protocol.isDispatchThread()) runnable.run();
else Protocol.invokeAndWait(runnable);
buffer.append(", " + super.toString()); // $NON-NLS-1$
return buffer.toString();
}
public void testSetWithValue() throws InterruptedException, ExecutionException {
// Disable the cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.set(2, null, true);
}
});
// Validate that cache is disabled without data.
assertCacheValidWithData(2);
}
/* (non-Javadoc)
* @see org.eclipse.tcf.te.tcf.locator.interfaces.nodes.IPeerModel#getRemotePeerId()
*/
@Override
public String getRemotePeerId() {
// If the peer is a remote peer by itself, than we return getPeerId()
if ("RemotePeer".equals(getPeer().getClass().getSimpleName())) { // $NON-NLS-1$
return getPeerId();
}
// Try to determine the remote peer ID
final AtomicReference<String> remotePeerId = new AtomicReference<String>();
Runnable runnable =
new Runnable() {
@Override
public void run() {
remotePeerId.set(getPeer().getAttributes().get("remote.id.transient")); // $NON-NLS-1$
}
};
if (Protocol.isDispatchThread()) runnable.run();
else Protocol.invokeAndWait(runnable);
return remotePeerId.get();
}
/**
* Return breakpoint status info for all active TCF debug sessions.
*
* @param breakpoint
* @return breakpoint status as defined by TCF Breakpoints service.
*/
Map<TCFLaunch, Map<String, Object>> getBreakpointStatus(IBreakpoint breakpoint) {
assert Protocol.isDispatchThread();
Map<TCFLaunch, Map<String, Object>> map = new HashMap<TCFLaunch, Map<String, Object>>();
if (disposed) return null;
ILaunch[] launches = DebugPlugin.getDefault().getLaunchManager().getLaunches();
for (ILaunch l : launches) {
if (l instanceof TCFLaunch) {
TCFLaunch launch = (TCFLaunch) l;
TCFBreakpointsStatus bs = launch.getBreakpointsStatus();
if (bs != null) map.put(launch, bs.getStatus(breakpoint));
}
}
return map;
}
@Override
public void selectionChanged(IWorkbenchPart part, ISelection selection) {
updateAnnotations(part.getSite().getWorkbenchWindow(), (TCFLaunch) null);
if (selection instanceof IStructuredSelection) {
final Object obj = ((IStructuredSelection) selection).getFirstElement();
if (obj instanceof TCFNodeStackFrame && ((TCFNodeStackFrame) obj).isTraceLimit()) {
Protocol.invokeLater(
new Runnable() {
public void run() {
((TCFNodeStackFrame) obj).riseTraceLimit();
}
});
}
}
}
/**
* Test behavior when a cache object is asked to update itself after it has become "disabled".
* Since a "disabled" cache is in the valid state, a request for it to update from the source
* should be ignored. However, the client callback is not completed until next state change in
* cache.
*/
public void testDisableBeforeRequest() throws InterruptedException, ExecutionException {
// Disable the cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.set(null, ERROR_TARGET_RUNNING, true);
}
});
assertCacheValidWithoutData();
// Try to request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
Thread.sleep(100);
// Retrieval should never have been made.
Assert.assertEquals(null, fRetrieveRm);
// Disable the cache. This should trigger the qery to complete.
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fTestCache.set(null, new Throwable("Cache invalid"), false);
}
});
// The cache has no data so the query should have failed
try {
q.get();
Assert.fail("expected an exeption");
} catch (ExecutionException e) {
// expected the exception
}
}
public void dispose() {
if (disposed) return;
assert Protocol.isDispatchThread();
disposed = true;
launch_manager.removeLaunchConfigurationListener(launch_conf_listener);
TCFLaunch.removeListener(launch_listener);
displayExec(
new Runnable() {
public void run() {
if (!started) return;
PlatformUI.getWorkbench().removeWindowListener(window_listener);
for (IWorkbenchWindow window : windows.keySet()) {
window
.getSelectionService()
.removeSelectionListener(IDebugUIConstants.ID_DEBUG_VIEW, selection_listener);
windows.get(window).dispose();
}
windows.clear();
}
});
}
public TCFAnnotationManager() {
assert Protocol.isDispatchThread();
TCFLaunch.addListener(launch_listener);
launch_manager.addLaunchConfigurationListener(launch_conf_listener);
displayExec(
new Runnable() {
public void run() {
if (!PlatformUI.isWorkbenchRunning() || PlatformUI.getWorkbench().isStarting()) {
display.timerExec(200, this);
} else if (!PlatformUI.getWorkbench().isClosing()) {
started = true;
PlatformUI.getWorkbench().addWindowListener(window_listener);
for (IWorkbenchWindow window : PlatformUI.getWorkbench().getWorkbenchWindows()) {
window_listener.windowOpened(window);
}
IWorkbenchWindow w = PlatformUI.getWorkbench().getActiveWorkbenchWindow();
if (w != null) window_listener.windowActivated(w);
}
}
});
}
/**
* Return breakpoint status text for all active TCF debug sessions.
*
* @param breakpoint
* @return breakpoint status as a string.
*/
@SuppressWarnings("unchecked")
String getBreakpointStatusText(IBreakpoint breakpoint) {
assert Protocol.isDispatchThread();
String error = null;
for (Map<String, Object> map : getBreakpointStatus(breakpoint).values()) {
if (map != null) {
String s = (String) map.get(IBreakpoints.STATUS_ERROR);
if (s != null && error == null) error = s;
Object planted = map.get(IBreakpoints.STATUS_INSTANCES);
if (planted != null) {
Collection<Map<String, Object>> list = (Collection<Map<String, Object>>) planted;
for (Map<String, Object> m : list) {
if (m.get(IBreakpoints.INSTANCE_ERROR) == null) {
return "Planted";
}
}
}
}
}
return error;
}
public void testSetAndReset() throws InterruptedException, ExecutionException {
fTestCache =
new TestCache() {
@Override
protected void handleCompleted(Integer data, Throwable error, boolean canceled) {
if (!canceled) {
// USE 'false' for valid argument. Cache should be left in
// invalid state.
set(data, error, false);
}
}
};
// Request data from cache
Query<Integer> q = new TestQuery();
q.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
// Query should complete with the data from request monitor.
try {
q.get();
Assert.fail("Expected InvalidCacheException");
} catch (ExecutionException e) {
}
// No need to disable cache, it should already be disabled.
// Check final state
assertCacheResetWithoutData();
}
/* (non-Javadoc)
* @see org.eclipse.tcf.te.runtime.properties.PropertiesContainer#checkThreadAccess()
*/
@Override
protected final boolean checkThreadAccess() {
return Protocol.isDispatchThread();
}
/**
* This test forces a race condition where a client that requested data cancels. While shortly
* after a second client starts a new request. The first request's cancel should not interfere
* with the second request.
*/
public void testCancelAfterCompletedRaceCondition()
throws InterruptedException, ExecutionException {
// Create a client request with a badly behaved cancel implementation.
final Callback[] rmBad = new Callback[1];
final boolean qBadCanceled[] = new boolean[] {false};
Query<Integer> qBad =
new Query<Integer>() {
@Override
protected void execute(final DataCallback<Integer> rm) {
rmBad[0] =
new Callback(rm) {
@Override
public synchronized void removeCancelListener(ICanceledListener listener) {
// Do not add the cancel listener so that the cancel request is not
// propagated to the cache.
}
@Override
public void cancel() {
if (qBadCanceled[0]) {
super.cancel();
}
}
@Override
public synchronized boolean isCanceled() {
return qBadCanceled[0];
}
@Override
public synchronized void done() {
// Avoid clearing cancel listeners list
};
@Override
protected void handleSuccess() {
rm.setData(fTestCache.getData());
rm.done();
};
};
fTestCache.wait(rmBad[0]);
}
};
qBad.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Reset the cache
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm = null;
fTestCache.set(null, null, true);
fTestCache.reset();
}
});
Query<Integer> qGood = new TestQuery();
qGood.invoke();
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
qBadCanceled[0] = true;
rmBad[0].cancel();
Assert.assertFalse(fRetrieveRm.isCanceled());
// Completed the retrieve RM
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
qGood.get();
assertCacheValidWithData(1);
}
private void updateAnnotations(final IWorkbenchWindow window, final TCFNode node) {
if (disposed) return;
assert Thread.currentThread() == display.getThread();
final WorkbenchWindowInfo win_info = windows.get(window);
if (win_info == null) return;
ITCFAnnotationProvider provider = TCFAnnotationProvider.getAnnotationProvider(node);
if (win_info.provider != provider) {
if (win_info.provider != null) win_info.provider.updateAnnotations(window, null);
win_info.provider = provider;
}
if (win_info.provider != null) {
if (win_info.annotations.size() > 0) {
for (TCFAnnotation a : win_info.annotations) a.dispose();
win_info.annotations.clear();
}
win_info.update_node = node;
win_info.update_task = null;
win_info.provider.updateAnnotations(window, node);
return;
}
if (win_info.update_node == node && win_info.update_task != null && !win_info.update_task.done)
return;
win_info.update_node = node;
win_info.update_task =
new UpdateTask() {
public void run() {
if (win_info.update_task != this) {
/* Selection has changed and another update has started - abort this */
return;
}
if (node == null) {
/* No selection - no annotations */
done(null);
return;
}
if (node.isDisposed()) {
/* Selected node disposed - no annotations */
done(null);
return;
}
TCFNodeExecContext thread = null;
TCFNodeExecContext memory = null;
TCFNodeStackFrame frame = null;
TCFNodeStackFrame last_top_frame = null;
String bp_group = null;
boolean suspended = false;
if (node instanceof TCFNodeStackFrame) {
thread = (TCFNodeExecContext) node.parent;
frame = (TCFNodeStackFrame) node;
// Make sure frame.getFrameNo() is valid
TCFChildrenStackTrace trace = thread.getStackTrace();
if (!trace.validate(this)) return;
} else if (node instanceof TCFNodeExecContext) {
thread = (TCFNodeExecContext) node;
// Make sure frame.getTopFrame() is valid
TCFChildrenStackTrace trace = thread.getStackTrace();
if (!trace.validate(this)) return;
frame = trace.getTopFrame();
}
if (thread != null) {
TCFDataCache<IRunControl.RunControlContext> rc_ctx_cache = thread.getRunContext();
if (!rc_ctx_cache.validate(this)) return;
IRunControl.RunControlContext rc_ctx_data = rc_ctx_cache.getData();
if (rc_ctx_data != null) bp_group = rc_ctx_data.getBPGroup();
TCFDataCache<TCFNodeExecContext> mem_cache = thread.getMemoryNode();
if (!mem_cache.validate(this)) return;
memory = mem_cache.getData();
if (bp_group == null
&& memory != null
&& rc_ctx_data != null
&& rc_ctx_data.hasState()) bp_group = memory.id;
last_top_frame = thread.getLastTopFrame();
TCFDataCache<TCFContextState> state_cache = thread.getState();
if (!state_cache.validate(this)) return;
suspended = state_cache.getData() != null && state_cache.getData().is_suspended;
}
Set<TCFAnnotation> set = new LinkedHashSet<TCFAnnotation>();
if (memory != null) {
TCFLaunch launch = node.launch;
TCFBreakpointsStatus bs = launch.getBreakpointsStatus();
if (bs != null) {
for (String id : bs.getStatusIDs()) {
Map<String, Object> map = bs.getStatus(id);
if (map == null) continue;
String error = (String) map.get(IBreakpoints.STATUS_ERROR);
if (error != null)
addBreakpointErrorAnnotation(set, launch, memory.id, id, error);
Object[] arr = toObjectArray(map.get(IBreakpoints.STATUS_INSTANCES));
if (arr == null) continue;
for (Object o : arr) {
Map<String, Object> m = toObjectMap(o);
String ctx_id = (String) m.get(IBreakpoints.INSTANCE_CONTEXT);
if (ctx_id == null) continue;
if (!ctx_id.equals(node.id) && !ctx_id.equals(bp_group)) continue;
error = (String) m.get(IBreakpoints.INSTANCE_ERROR);
BigInteger addr =
JSON.toBigInteger((Number) m.get(IBreakpoints.INSTANCE_ADDRESS));
ILineNumbers.CodeArea area = null;
ILineNumbers.CodeArea org_area = getBreakpointCodeArea(launch, id);
if (addr != null) {
TCFDataCache<TCFSourceRef> line_cache = memory.getLineInfo(addr);
if (line_cache != null) {
if (!line_cache.validate(this)) return;
TCFSourceRef line_data = line_cache.getData();
if (line_data != null) area = line_data.area;
}
}
if (area == null) area = org_area;
String bp_name = "Breakpoint";
IBreakpoint bp = TCFBreakpointsModel.getBreakpointsModel().getBreakpoint(id);
if (bp != null)
bp_name =
bp.getMarker().getAttribute(TCFBreakpointsModel.ATTR_MESSAGE, bp_name);
if (error != null) {
String location = "";
if (addr != null) location = " at 0x" + addr.toString(16);
if (org_area == null) org_area = area;
TCFAnnotation a =
new TCFAnnotation(
memory.id,
id,
addr,
org_area,
ImageCache.IMG_BREAKPOINT_ERROR,
bp_name + " failed to plant" + location + ": " + error,
TYPE_BP_INSTANCE);
set.add(a);
} else if (area != null && addr != null) {
String location =
" planted at 0x" + addr.toString(16) + ", line " + area.start_line;
TCFAnnotation a =
new TCFAnnotation(
memory.id,
id,
addr,
area,
ImageCache.IMG_BREAKPOINT_INSTALLED,
bp_name + location,
TYPE_BP_INSTANCE);
a.breakpoint = bp;
set.add(a);
if (isLineAdjusted(area, org_area)) {
TCFAnnotation b =
new TCFAnnotation(
memory.id,
id,
null,
org_area,
ImageCache.IMG_BREAKPOINT_WARNING,
"Breakpoint location is adjusted: " + location,
TYPE_BP_INSTANCE);
set.add(b);
}
}
error = (String) m.get(IBreakpoints.INSTANCE_CONDITION_ERROR);
if (error != null) {
TCFAnnotation a =
new TCFAnnotation(
memory.id,
id,
addr,
org_area,
ImageCache.IMG_BREAKPOINT_ERROR,
bp_name + " failed to evaluate condition: " + error,
TYPE_BP_INSTANCE);
set.add(a);
}
}
}
}
}
if (suspended && frame != null && frame.getFrameNo() >= 0) {
TCFDataCache<TCFSourceRef> line_cache = frame.getLineInfo();
if (!line_cache.validate(this)) return;
TCFSourceRef line_data = line_cache.getData();
if (line_data != null && line_data.area != null) {
TCFAnnotation a = null;
String addr_str = "";
TCFDataCache<BigInteger> addr_cache = frame.getAddress();
if (!addr_cache.validate(this)) return;
BigInteger addr_data = addr_cache.getData();
if (addr_data != null) addr_str += ", IP: 0x" + addr_data.toString(16);
TCFDataCache<IStackTrace.StackTraceContext> frame_cache =
frame.getStackTraceContext();
if (!frame_cache.validate(this)) return;
IStackTrace.StackTraceContext frame_data = frame_cache.getData();
if (frame_data != null) {
BigInteger i = JSON.toBigInteger(frame_data.getFrameAddress());
if (i != null) addr_str += ", FP: 0x" + i.toString(16);
}
addr_str += ", line: " + line_data.area.start_line;
if (frame.getFrameNo() == 0) {
a =
new TCFAnnotation(
line_data.context_id,
null,
null,
line_data.area,
ImageCache.IMG_INSTRUCTION_POINTER_TOP,
"Current Instruction Pointer" + addr_str,
TYPE_TOP_FRAME);
} else {
a =
new TCFAnnotation(
line_data.context_id,
null,
null,
line_data.area,
ImageCache.IMG_INSTRUCTION_POINTER,
"Call Stack Frame" + addr_str,
TYPE_STACK_FRAME);
}
set.add(a);
}
}
if (!suspended && last_top_frame != null) {
TCFDataCache<TCFSourceRef> line_cache = last_top_frame.getLineInfo();
if (!line_cache.validate(this)) return;
TCFSourceRef line_data = line_cache.getData();
if (line_data != null && line_data.area != null) {
TCFAnnotation a =
new TCFAnnotation(
line_data.context_id,
null,
null,
line_data.area,
ImageCache.IMG_INSTRUCTION_POINTER,
"Last Instruction Pointer position",
TYPE_STACK_FRAME);
set.add(a);
}
}
done(set);
}
private void done(final Set<TCFAnnotation> res) {
done = true;
final Runnable update_task = this;
displayExec(
new Runnable() {
public void run() {
if (update_task != win_info.update_task) return;
assert win_info.update_node == node;
win_info.update_task = null;
try {
ResourcesPlugin.getWorkspace()
.run(
new IWorkspaceRunnable() {
public void run(IProgressMonitor monitor) throws CoreException {
updateAnnotations(window, node, res);
}
},
null);
} catch (Exception e) {
Activator.log(e);
}
}
});
}
};
Protocol.invokeLater(win_info.update_task);
}
public void testCancelWhilePendingWithManyClients()
throws InterruptedException, ExecutionException {
// Request data from cache
List<Query<Integer>> qList = new ArrayList<Query<Integer>>();
for (int i = 0; i < 10; i++) {
Query<Integer> q = new TestQuery();
q.invoke();
Protocol.invokeAndWait(
new Runnable() {
public void run() {}
});
qList.add(q);
}
// Wait until the cache starts data retrieval.
waitForRetrieveRm();
// Cancel some client requests
int[] toCancel = new int[] {0, 2, 5, 9};
for (int i = 0; i < toCancel.length; i++) {
// Cancel request and verify that its canceled
Query<Integer> q = qList.get(toCancel[i]);
q.cancel(true);
try {
q.get();
Assert.fail("Expected a cancellation exception");
} catch (CancellationException e) {
} // Expected exception;
qList.set(toCancel[i], null);
assertCacheWaiting();
}
// Replace canceled requests with new ones
for (int i = 0; i < toCancel.length; i++) {
Query<Integer> q = new TestQuery();
q.invoke();
Protocol.invokeAndWait(
new Runnable() {
public void run() {}
});
qList.set(toCancel[i], q);
assertCacheWaiting();
}
// Now cancel all requests
for (int i = 0; i < (qList.size() - 1); i++) {
// Validate that cache is still waiting and is not canceled
assertCacheWaiting();
qList.get(i).cancel(true);
}
qList.get(qList.size() - 1).cancel(true);
assertCacheInvalidAndWithCanceledRM();
// Completed the retrieve RM
Protocol.invokeAndWait(
new Runnable() {
public void run() {
fRetrieveRm.setData(1);
fRetrieveRm.done();
}
});
// Validate that cache didn't accept the result after its RM was canceled
assertCacheInvalidAndWithCanceledRM();
}
@Override
public void onDisconnected(final TCFLaunch launch) {
assert Protocol.isDispatchThread();
updateAnnotations(null, launch);
}
/* (non-Javadoc)
* @see org.eclipse.jface.viewers.ITreeViewerListener#treeExpanded(org.eclipse.jface.viewers.TreeExpansionEvent)
*/
@Override
public void treeExpanded(TreeExpansionEvent event) {
// Get the expanded element
Object element = event.getElement();
if (element instanceof IProcessContextNode) {
final IProcessContextNode node = (IProcessContextNode) element;
// Flag that tells if the node shall be refreshed
boolean needsRefresh = false;
// Get the asynchronous refresh context adapter
final IAsyncRefreshableCtx refreshable =
(IAsyncRefreshableCtx) node.getAdapter(IAsyncRefreshableCtx.class);
Assert.isNotNull(refreshable);
// The node needs to be refreshed if the child list query is not done
if (refreshable.getQueryState(QueryType.CHILD_LIST).equals(QueryState.PENDING)) {
needsRefresh = true;
} else if (refreshable.getQueryState(QueryType.CHILD_LIST).equals(QueryState.DONE)) {
// Our policy is that the current node and it's level 1 children are always
// fully refreshed. The child list query for the current node is not pending,
// so check the children nodes if they need a refresh
for (final IProcessContextNode candidate : node.getChildren(IProcessContextNode.class)) {
// Get the asynchronous refresh context adapter
final IAsyncRefreshableCtx r =
(IAsyncRefreshableCtx) candidate.getAdapter(IAsyncRefreshableCtx.class);
Assert.isNotNull(r);
// If the child list query state is still pending, set the flag and break out of the loop
if (r.getQueryState(QueryType.CHILD_LIST).equals(QueryState.PENDING)) {
needsRefresh = true;
break;
}
}
}
// If the node needs to be refreshed, refresh it now.
if (needsRefresh) {
// Mark the refresh as in progress
refreshable.setQueryState(QueryType.CHILD_LIST, QueryState.IN_PROGRESS);
// Create a new pending operation node and associate it with the refreshable
PendingOperationModelNode pendingNode = new PendingOperationNode();
pendingNode.setParent(node);
refreshable.setPendingOperationNode(pendingNode);
Runnable runnable =
new Runnable() {
@Override
public void run() {
// Trigger a refresh of the view content.
ChangeEvent ev =
new ChangeEvent(node, IContainerModelNode.NOTIFY_CHANGED, null, null);
EventManager.getInstance().fireEvent(ev);
// Get the parent model of the node
IModel model = node.getParent(IModel.class);
Assert.isNotNull(model);
// Don't send change events while refreshing
final boolean changed = node.setChangeEventsEnabled(false);
// Initiate the refresh
model
.getService(IModelRefreshService.class)
.refresh(
node,
new Callback() {
@Override
protected void internalDone(Object caller, IStatus status) {
// Mark the refresh as done
refreshable.setQueryState(QueryType.CHILD_LIST, QueryState.DONE);
// Reset the pending operation node
refreshable.setPendingOperationNode(null);
// Re-enable the change events if they had been enabled before
if (changed) node.setChangeEventsEnabled(true);
// Trigger a refresh of the view content
ChangeEvent event =
new ChangeEvent(
node, IContainerModelNode.NOTIFY_CHANGED, null, null);
EventManager.getInstance().fireEvent(event);
}
});
}
};
Protocol.invokeLater(runnable);
}
}
}
/* (non-Javadoc)
* @see org.eclipse.tcf.te.runtime.persistence.interfaces.IPersistableURIProvider#getURI(java.lang.Object)
*/
@Override
public URI getURI(final Object context) {
Assert.isNotNull(context);
URI uri = null;
final IPeer peer = getPeer(context);
if (peer != null) {
// Get the URI the peer model has been created from
final AtomicReference<URI> nodeURI = new AtomicReference<URI>();
final AtomicReference<Version> version = new AtomicReference<Version>();
Runnable runnable =
new Runnable() {
@Override
public void run() {
String value = peer.getAttributes().get(IPersistableNodeProperties.PROPERTY_URI);
if (value != null && !"".equals(value.trim())) { // $NON-NLS-1$
nodeURI.set(URI.create(value.trim()));
}
value = peer.getAttributes().get(IPeerProperties.PROP_VERSION);
version.set(value != null ? new Version(value.trim()) : null);
}
};
if (Protocol.isDispatchThread()) {
runnable.run();
} else {
Protocol.invokeAndWait(runnable);
}
if (nodeURI.get() != null) {
uri = nodeURI.get();
}
if (uri == null) {
String baseName = peer.getName();
if (baseName == null) {
baseName = peer.getID();
}
String name = makeValidFileSystemName(baseName);
// Get the URI from the name
uri = getRoot().append(name + ".peer").toFile().toURI(); // $NON-NLS-1$
try {
File file = new File(uri.normalize());
int i = 0;
while (file.exists()) {
name =
makeValidFileSystemName(
baseName
+ (version.get() != null ? "_" + version.get().toString() : "")
+ //$NON-NLS-1$ //$NON-NLS-2$
(i > 0 ? " (" + i + ")" : "")); // $NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$
uri = getRoot().append(name + ".peer").toFile().toURI(); // $NON-NLS-1$
file = new File(uri.normalize());
i++;
}
} catch (Exception e) {
}
}
}
return uri;
}
