private IRPlotDeviceVisualComponent GetVisualComponentForDevice(Guid deviceId)
{
InteractiveWorkflow.Shell.AssertIsOnMainThread();
// If we've already assigned a plot window, reuse it
IRPlotDeviceVisualComponent component = GetPlotDeviceVisualComponent(deviceId);
if (component != null)
{
return(component);
}
// Recycle one that doesn't have a plot device assigned, or create a new one if none available
component = GetOrCreatePlotDeviceVisualComponent();
var device = FindDevice(deviceId);
component.Assign(device);
_assignedVisualComponents[deviceId] = component;
if (_unassignedVisualComponents.Contains(component))
{
_unassignedVisualComponents.Remove(component);
}
return(component);
}
public RPlotDeviceCommands(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
{
if (interactiveWorkflow == null)
{
throw new ArgumentNullException(nameof(interactiveWorkflow));
}
if (visualComponent == null)
{
throw new ArgumentNullException(nameof(visualComponent));
}
ActivatePlotDevice = new PlotDeviceActivateCommand(interactiveWorkflow, visualComponent);
ExportAsImage = new PlotDeviceExportAsImageCommand(interactiveWorkflow, visualComponent);
ExportAsPdf = new PlotDeviceExportAsPdfCommand(interactiveWorkflow, visualComponent);
Cut = new PlotDeviceCutCopyCommand(interactiveWorkflow, visualComponent, cut: true);
Copy = new PlotDeviceCutCopyCommand(interactiveWorkflow, visualComponent, cut: false);
Paste = new PlotDevicePasteCommand(interactiveWorkflow, visualComponent);
CopyAsBitmap = new PlotDeviceCopyAsBitmapCommand(interactiveWorkflow, visualComponent);
CopyAsMetafile = new PlotDeviceCopyAsMetafileCommand(interactiveWorkflow, visualComponent);
RemoveAllPlots = new PlotDeviceRemoveAllCommand(interactiveWorkflow, visualComponent);
RemoveCurrentPlot = new PlotDeviceRemoveCurrentCommand(interactiveWorkflow, visualComponent);
NextPlot = new PlotDeviceMoveNextCommand(interactiveWorkflow, visualComponent);
PreviousPlot = new PlotDeviceMovePreviousCommand(interactiveWorkflow, visualComponent);
EndLocator = new PlotDeviceEndLocatorCommand(interactiveWorkflow, visualComponent);
}
public RPlotDeviceCommands(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) {
if (interactiveWorkflow == null) {
throw new ArgumentNullException(nameof(interactiveWorkflow));
}
if (visualComponent == null) {
throw new ArgumentNullException(nameof(visualComponent));
}
_interactiveWorkflow = interactiveWorkflow;
_visualComponent = visualComponent;
ActivatePlotDevice = new PlotDeviceActivateCommand(_interactiveWorkflow, _visualComponent);
ExportAsImage = new PlotDeviceExportAsImageCommand(_interactiveWorkflow, _visualComponent);
ExportAsPdf = new PlotDeviceExportAsPdfCommand(_interactiveWorkflow, _visualComponent);
Cut = new PlotDeviceCutCopyCommand(_interactiveWorkflow, _visualComponent, cut: true);
Copy = new PlotDeviceCutCopyCommand(_interactiveWorkflow, _visualComponent, cut: false);
Paste = new PlotDevicePasteCommand(_interactiveWorkflow, _visualComponent);
CopyAsBitmap = new PlotDeviceCopyAsBitmapCommand(_interactiveWorkflow, _visualComponent);
CopyAsMetafile = new PlotDeviceCopyAsMetafileCommand(_interactiveWorkflow, _visualComponent);
RemoveAllPlots = new PlotDeviceRemoveAllCommand(_interactiveWorkflow, _visualComponent);
RemoveCurrentPlot = new PlotDeviceRemoveCurrentCommand(_interactiveWorkflow, _visualComponent);
NextPlot = new PlotDeviceMoveNextCommand(_interactiveWorkflow, _visualComponent);
PreviousPlot = new PlotDeviceMovePreviousCommand(_interactiveWorkflow, _visualComponent);
EndLocator = new PlotDeviceEndLocatorCommand(_interactiveWorkflow, _visualComponent);
}
public PlotDeviceCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) :
base(interactiveWorkflow) {
if (visualComponent == null) {
throw new ArgumentNullException(nameof(visualComponent));
}
VisualComponent = visualComponent;
}
public IRPlotDeviceVisualComponent GetPlotVisualComponent(int instanceId)
{
_mainThread.CheckAccess();
IRPlotDeviceVisualComponent visualComponent = null;
_visualComponents.TryGetValue(instanceId, out visualComponent);
return(visualComponent);
}
public IRPlotDeviceVisualComponent GetPlotVisualComponent(IRPlotDevice device)
{
_mainThread.CheckAccess();
IRPlotDeviceVisualComponent visualComponent = null;
_assignedVisualComponents.TryGetValue(device.DeviceId, out visualComponent);
return(visualComponent);
}
public IRPlotDeviceVisualComponent GetPlotVisualComponent(int instanceId)
{
_shell.AssertIsOnMainThread();
IRPlotDeviceVisualComponent visualComponent = null;
_visualComponents.TryGetValue(instanceId, out visualComponent);
return(visualComponent);
}
public IRPlotDeviceVisualComponent GetPlotVisualComponent(IRPlotDevice device)
{
_shell.AssertIsOnMainThread();
IRPlotDeviceVisualComponent visualComponent = null;
_assignedVisualComponents.TryGetValue(device.DeviceId, out visualComponent);
return(visualComponent);
}
public PlotDeviceCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) :
base(interactiveWorkflow)
{
if (visualComponent == null)
{
throw new ArgumentNullException(nameof(visualComponent));
}
VisualComponent = visualComponent;
}
public RPlotIntegrationUITest(IServiceContainer services, ContainerHostMethodFixture containerHost)
{
_containerHost = containerHost;
_plotDeviceVisualComponentContainerFactory = services.GetService <TestRPlotDeviceVisualComponentContainerFactory>();
// Don't override the standard behavior of using the control size
_plotDeviceVisualComponentContainerFactory.DeviceProperties = null;
_plotHistoryVisualComponentContainerFactory = services.GetService <IRPlotHistoryVisualComponentContainerFactory>();
_workflow = services.GetService <IRInteractiveWorkflowVisualProvider>().GetOrCreate();
_plotVisual = (IRPlotManagerVisual)_workflow.Plots;
_plotVisualComponent = UIThreadHelper.Instance.Invoke(() => _workflow.Plots.GetOrCreateVisualComponent(_plotDeviceVisualComponentContainerFactory, PlotWindowInstanceId));
UIThreadHelper.Instance.Invoke(() => ((IRPlotManagerVisual)_workflow.Plots).RegisterVisualComponent(_plotVisualComponent));
}
public RPlotIntegrationUITest(RComponentsMefCatalogFixture catalog, ContainerHostMethodFixture containerHost) {
_containerHost = containerHost;
_exportProvider = catalog.CreateExportProvider();
_exportProvider.GetExportedValue<TestRInteractiveWorkflowProvider>();
_plotDeviceVisualComponentContainerFactory = _exportProvider.GetExportedValue<TestRPlotDeviceVisualComponentContainerFactory>();
// Don't override the standard behavior of using the control size
_plotDeviceVisualComponentContainerFactory.DeviceProperties = null;
_plotHistoryVisualComponentContainerFactory = _exportProvider.GetExportedValue<IRPlotHistoryVisualComponentContainerFactory>();
_workflow = _exportProvider.GetExportedValue<IRInteractiveWorkflowProvider>().GetOrCreate();
_plotVisualComponent = UIThreadHelper.Instance.Invoke(() => _workflow.Plots.GetOrCreateVisualComponent(_plotDeviceVisualComponentContainerFactory, PlotWindowInstanceId));
UIThreadHelper.Instance.Invoke(() => _workflow.Plots.RegisterVisualComponent(_plotVisualComponent));
}
public RPlotIntegrationUITest(IExportProvider exportProvider, ContainerHostMethodFixture containerHost)
{
_containerHost = containerHost;
_exportProvider = exportProvider;
_exportProvider.GetExportedValue <TestRInteractiveWorkflowProvider>();
_plotDeviceVisualComponentContainerFactory = _exportProvider.GetExportedValue <TestRPlotDeviceVisualComponentContainerFactory>();
// Don't override the standard behavior of using the control size
_plotDeviceVisualComponentContainerFactory.DeviceProperties = null;
_plotHistoryVisualComponentContainerFactory = _exportProvider.GetExportedValue <IRPlotHistoryVisualComponentContainerFactory>();
_workflow = _exportProvider.GetExportedValue <IRInteractiveWorkflowProvider>().GetOrCreate();
_plotVisualComponent = UIThreadHelper.Instance.Invoke(() => _workflow.Plots.GetOrCreateVisualComponent(_plotDeviceVisualComponentContainerFactory, PlotWindowInstanceId));
UIThreadHelper.Instance.Invoke(() => _workflow.Plots.RegisterVisualComponent(_plotVisualComponent));
}
private void CheckEnabledCommands(IRPlotDeviceVisualComponent visualComponent, bool isFirst, bool isLast, bool anyPlot)
{
var deviceCommands = new RPlotDeviceCommands(_workflow, visualComponent);
deviceCommands.EndLocator.Should().BeDisabled();
if (anyPlot)
{
deviceCommands.RemoveAllPlots.Should().BeEnabled();
deviceCommands.RemoveCurrentPlot.Should().BeEnabled();
deviceCommands.Cut.Should().BeEnabled();
deviceCommands.Copy.Should().BeEnabled();
deviceCommands.CopyAsBitmap.Should().BeEnabled();
deviceCommands.CopyAsMetafile.Should().BeEnabled();
deviceCommands.ExportAsImage.Should().BeEnabled();
deviceCommands.ExportAsPdf.Should().BeEnabled();
}
else
{
deviceCommands.RemoveAllPlots.Should().BeDisabled();
deviceCommands.RemoveCurrentPlot.Should().BeDisabled();
deviceCommands.Cut.Should().BeDisabled();
deviceCommands.Copy.Should().BeDisabled();
deviceCommands.CopyAsBitmap.Should().BeDisabled();
deviceCommands.CopyAsMetafile.Should().BeDisabled();
deviceCommands.ExportAsImage.Should().BeDisabled();
deviceCommands.ExportAsPdf.Should().BeDisabled();
}
if (isFirst || !anyPlot)
{
deviceCommands.PreviousPlot.Should().BeDisabled();
}
else
{
deviceCommands.PreviousPlot.Should().BeEnabled();
}
if (isLast || !anyPlot)
{
deviceCommands.NextPlot.Should().BeDisabled();
}
else
{
deviceCommands.NextPlot.Should().BeEnabled();
}
}
public RPlotIntegrationUITest(RComponentsMefCatalogFixture catalog, ContainerHostMethodFixture containerHost, TestMethodFixture testMethod, TestFilesFixture testFiles)
{
_containerHost = containerHost;
_exportProvider = catalog.CreateExportProvider();
_workflowProvider = _exportProvider.GetExportedValue <TestRInteractiveWorkflowProvider>();
_workflowProvider.BrokerName = nameof(RPlotIntegrationTest);
_plotDeviceVisualComponentContainerFactory = _exportProvider.GetExportedValue <TestRPlotDeviceVisualComponentContainerFactory>();
// Don't override the standard behavior of using the control size
_plotDeviceVisualComponentContainerFactory.DeviceProperties = null;
_plotHistoryVisualComponentContainerFactory = _exportProvider.GetExportedValue <IRPlotHistoryVisualComponentContainerFactory>();
_workflow = _exportProvider.GetExportedValue <IRInteractiveWorkflowProvider>().GetOrCreate();
_componentContainerFactory = _exportProvider.GetExportedValue <IInteractiveWindowComponentContainerFactory>();
_testMethod = testMethod.MethodInfo;
_testFiles = testFiles;
_plotVisualComponent = UIThreadHelper.Instance.Invoke(() => _workflow.Plots.GetOrCreateVisualComponent(_plotDeviceVisualComponentContainerFactory, PlotWindowInstanceId));
UIThreadHelper.Instance.Invoke(() => _workflow.Plots.RegisterVisualComponent(_plotVisualComponent));
}
private IRPlotDeviceVisualComponent GetOrCreatePlotDeviceVisualComponent()
{
IRPlotDeviceVisualComponent component = null;
// If we have an unused plot window, reuse it
if (_unassignedVisualComponents.Count > 0)
{
component = _unassignedVisualComponents[0];
}
// If we have no plot window to reuse, create one
if (component == null)
{
var containerFactory = InteractiveWorkflow.Shell.ExportProvider.GetExportedValue <IRPlotDeviceVisualComponentContainerFactory>();
component = GetOrCreateVisualComponent(containerFactory, GetUnusedInstanceId());
}
return(component);
}
public void RegisterVisualComponent(IRPlotDeviceVisualComponent visualComponent) {
_shell.AssertIsOnMainThread();
_unassignedVisualComponents.Add(visualComponent);
}
protected PlotDeviceCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) :
base(interactiveWorkflow)
{
Check.ArgumentNull(nameof(visualComponent), visualComponent);
VisualComponent = visualComponent;
}
public void RegisterVisualComponent(IRPlotDeviceVisualComponent visualComponent)
{
_shell.AssertIsOnMainThread();
_unassignedVisualComponents.Add(visualComponent);
}
public PlotDeviceRemoveCurrentCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent)
{
}
public PlotDeviceCutCopyCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent, bool cut)
: base(interactiveWorkflow, visualComponent) {
_cut = cut;
}
public PlotDeviceExportAsImageCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent)
{
}
public void RegisterVisualComponent(IRPlotDeviceVisualComponent visualComponent)
{
_mainThread.CheckAccess();
_unassignedVisualComponents.Add(visualComponent);
}
public PlotDeviceEndLocatorCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent)
{
}
public PlotDeviceActivateCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent)
{
}
public PlotDeviceMovePreviousCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) :
base(interactiveWorkflow, visualComponent) {
}
public PlotDeviceCopyAsMetafileCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent)
{
}
public void RegisterVisualComponent(IRPlotDeviceVisualComponent visualComponent)
{
InteractiveWorkflow.Shell.AssertIsOnMainThread();
_unassignedVisualComponents.Add(visualComponent);
}
public PlotDeviceRemoveCurrentCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent) {
}
public PlotDeviceCutCopyCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent, bool cut)
: base(interactiveWorkflow, visualComponent)
{
_cut = cut;
}
public PlotDevicePasteCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent) {
}
private void CheckEnabledCommands(IRPlotDeviceVisualComponent visualComponent, bool isFirst, bool isLast, bool anyPlot) {
var deviceCommands = new RPlotDeviceCommands(_workflow, visualComponent);
deviceCommands.EndLocator.Should().BeDisabled();
if (anyPlot) {
deviceCommands.RemoveAllPlots.Should().BeEnabled();
deviceCommands.RemoveCurrentPlot.Should().BeEnabled();
deviceCommands.Cut.Should().BeEnabled();
deviceCommands.Copy.Should().BeEnabled();
deviceCommands.CopyAsBitmap.Should().BeEnabled();
deviceCommands.CopyAsMetafile.Should().BeEnabled();
deviceCommands.ExportAsImage.Should().BeEnabled();
deviceCommands.ExportAsPdf.Should().BeEnabled();
} else {
deviceCommands.RemoveAllPlots.Should().BeDisabled();
deviceCommands.RemoveCurrentPlot.Should().BeDisabled();
deviceCommands.Cut.Should().BeDisabled();
deviceCommands.Copy.Should().BeDisabled();
deviceCommands.CopyAsBitmap.Should().BeDisabled();
deviceCommands.CopyAsMetafile.Should().BeDisabled();
deviceCommands.ExportAsImage.Should().BeDisabled();
deviceCommands.ExportAsPdf.Should().BeDisabled();
}
if (isFirst || !anyPlot) {
deviceCommands.PreviousPlot.Should().BeDisabled();
} else {
deviceCommands.PreviousPlot.Should().BeEnabled();
}
if (isLast || !anyPlot) {
deviceCommands.NextPlot.Should().BeDisabled();
} else {
deviceCommands.NextPlot.Should().BeEnabled();
}
}
public PlotDeviceMovePreviousCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent) :
base(interactiveWorkflow, visualComponent)
{
}
public PlotDeviceExportAsPdfCommand(IRInteractiveWorkflow interactiveWorkflow, IRPlotDeviceVisualComponent visualComponent)
: base(interactiveWorkflow, visualComponent) {
}
