void Refresh()
{
ClearErrorMessage();
if (string.IsNullOrEmpty(txtExpression.Text)) {
this.graphDrawer.ClearCanvas();
return;
}
if (debuggerService.IsProcessRunning) {
ErrorMessage("Cannot inspect when the process is running.");
return;
}
bool isSuccess = true;
try {
this.objectGraph = RebuildGraph(txtExpression.Text);
} catch(DebuggerVisualizerException ex) {
isSuccess = false;
ErrorMessage(ex.Message);
} catch(Debugger.GetValueException ex) {
isSuccess = false;
ErrorMessage("Expression cannot be evaluated - " + ex.Message);
}
if (isSuccess) {
LayoutGraph(this.objectGraph);
} else {
this.graphDrawer.ClearCanvas();
}
}
public void Refresh()
{
try {
Debugger.AddIn.TreeModel.Utils.DoEvents(debuggerService.DebuggedProcess);
} catch(AbortedBecauseDebuggeeResumedException) {
Log.Warn("Object graph - debuggee resumed, cancelling refresh.");
this.graphDrawer.ClearCanvas();
return;
}
ClearErrorMessage();
if (string.IsNullOrEmpty(txtExpression.Text)) {
this.graphDrawer.ClearCanvas();
return;
}
if (debuggerService.IsProcessRunning) {
ErrorMessage("Cannot inspect when the process is running.");
return;
}
bool isSuccess = true;
try {
this.objectGraph = RebuildGraph(txtExpression.Text);
} catch(DebuggerVisualizerException ex) {
isSuccess = false;
ErrorMessage(ex.Message);
} catch(Debugger.GetValueException ex) {
isSuccess = false;
ErrorMessage("Expression cannot be evaluated - " + ex.Message);
}
if (isSuccess) {
LayoutGraph(this.objectGraph);
} else {
this.graphDrawer.ClearCanvas();
}
}
void LayoutGraph(ObjectGraph graph)
{
this.oldPosGraph = this.currentPosGraph;
Log.Debug("Debugger visualizer: Calculating graph layout");
var layoutDirection = layoutViewModel.SelectedEnumValue;
this.currentPosGraph = new TreeLayout(layoutDirection).CalculateLayout(graph, expanded);
Log.Debug("Debugger visualizer: Graph layout done");
RegisterExpandCollapseEvents(this.currentPosGraph);
var graphDiff = new GraphMatcher().MatchGraphs(oldPosGraph, currentPosGraph);
Log.Debug("Debugger visualizer: starting graph animation");
this.graphDrawer.StartAnimation(oldPosGraph, currentPosGraph, graphDiff);
}
private ObjectGraph buildGraphForValue(Value rootValue, GraphExpression rootExpression, ExpandedExpressions expandedNodes)
{
resultGraph = new ObjectGraph();
//resultGraph.Root = buildGraphRecursive(debuggerService.GetValueFromName(expression).GetPermanentReference(), expandedNodes);
resultGraph.Root = createNewNode(rootValue, rootExpression);
loadContent(resultGraph.Root);
loadNeighborsRecursive(resultGraph.Root, expandedNodes);
return resultGraph;
}
void refreshGraph()
{
clearErrorMessage();
if (string.IsNullOrEmpty(txtExpression.Text))
{
this.graphDrawer.ClearCanvas();
return;
}
if (debuggerService.IsProcessRunning) // "Process not paused" exception still occurs
{
showErrorMessage("Cannot inspect when the process is running.");
return;
}
bool graphBuiltOk = true;
try
{
this.objectGraph = rebuildGraph(txtExpression.Text);
}
catch(DebuggerVisualizerException ex)
{
graphBuiltOk = false;
showErrorMessage(ex.Message);
}
catch(Debugger.GetValueException ex)
{
graphBuiltOk = false;
showErrorMessage("Expression cannot be evaluated - " + ex.Message);
}
if (graphBuiltOk)
{
layoutGraph(this.objectGraph);
}
else
{
this.graphDrawer.ClearCanvas();
}
}
void layoutGraph(ObjectGraph graph)
{
if (this.oldPosGraph != null)
{
foreach (var oldNode in this.oldPosGraph.Nodes)
{
// controls from old graph would be garbage collected, reuse them
NodeControlCache.Instance.ReturnForReuse(oldNode.NodeVisualControl);
}
}
this.oldPosGraph = this.currentPosGraph;
ICSharpCode.Core.LoggingService.Debug("Debugger visualizer: Calculating graph layout");
this.currentPosGraph = this.layouter.CalculateLayout(graph, layoutViewModel.SelectedEnumValue, this.expanded);
ICSharpCode.Core.LoggingService.Debug("Debugger visualizer: Graph layout done");
registerExpandCollapseEvents(this.currentPosGraph);
var graphDiff = new GraphMatcher().MatchGraphs(oldPosGraph, currentPosGraph);
ICSharpCode.Core.LoggingService.Debug("Debugger visualizer: starting graph animation");
this.graphDrawer.StartAnimation(oldPosGraph, currentPosGraph, graphDiff);
//this.graphDrawer.Draw(this.currentPosGraph); // buggy layout with NodeControlCache
}
public void Refresh()
{
// Almost all of the blocking is done ContentPropertyNode.Evaluate,
// which is being called by WPF for all the properties.
// It would be better if we were filling the node texts ourselves in a loop,
// so that we could cancel any time. UI would redraw gradually thanks to INotifyPropertyChanged.
try {
Debugger.AddIn.TreeModel.Utils.DoEvents(debuggerService.DebuggedProcess);
} catch(AbortedBecauseDebuggeeResumedException) {
Log.Warn("Object graph - debuggee resumed, cancelling refresh.");
this.graphDrawer.ClearCanvas();
return;
}
ClearErrorMessage();
if (string.IsNullOrEmpty(txtExpression.Text)) {
this.graphDrawer.ClearCanvas();
return;
}
if (debuggerService.IsProcessRunning) {
// "Process not paused" exception still occurs
ErrorMessage("Cannot inspect when the process is running.");
return;
}
bool isSuccess = true;
try {
this.objectGraph = RebuildGraph(txtExpression.Text);
} catch(DebuggerVisualizerException ex) {
isSuccess = false;
ErrorMessage(ex.Message);
} catch(Debugger.GetValueException ex) {
isSuccess = false;
ErrorMessage("Expression cannot be evaluated - " + ex.Message);
}
if (isSuccess) {
LayoutGraph(this.objectGraph);
} else {
this.graphDrawer.ClearCanvas();
}
}
void LayoutGraph(ObjectGraph graph)
{
if (this.oldPosGraph != null) {
foreach (var oldNode in this.oldPosGraph.Nodes) {
// controls from old graph would be garbage collected, reuse them
NodeControlCache.Instance.ReturnForReuse(oldNode.NodeVisualControl);
}
}
this.oldPosGraph = this.currentPosGraph;
Log.Debug("Debugger visualizer: Calculating graph layout");
var layoutDirection = layoutViewModel.SelectedEnumValue;
this.currentPosGraph = new TreeLayout(layoutDirection).CalculateLayout(graph, expanded);
Log.Debug("Debugger visualizer: Graph layout done");
RegisterExpandCollapseEvents(this.currentPosGraph);
var graphDiff = new GraphMatcher().MatchGraphs(oldPosGraph, currentPosGraph);
Log.Debug("Debugger visualizer: starting graph animation");
this.graphDrawer.StartAnimation(oldPosGraph, currentPosGraph, graphDiff);
}