/// <summary>
/// Gets the view element to use as the layout filler.
/// </summary>
/// <returns>ViewBase derived instance.</returns>
protected override void SetLayoutFiller(ViewLayoutDocker viewLayout)
{
// Hide the selected page from showing up inside the layout
viewLayout.Add(new ViewLayoutPageHide(Navigator), ViewDockStyle.Top);
viewLayout.Add(_selectedButton, ViewDockStyle.Fill);
}
/// <summary>
/// Initialize a new instance of the ViewDrawNavRibbonTab class.
/// </summary>
/// <param name="navigator">Owning navigator instance.</param>
/// <param name="page">Page this ribbon tab represents.</param>
public ViewDrawNavRibbonTab(KryptonNavigator navigator,
KryptonPage page)
{
Debug.Assert(navigator != null);
Debug.Assert(page != null);
_navigator = navigator;
_page = page;
_lastClick = DateTime.Now.AddDays(-1);
// Associate the page component with this view element
Component = page;
// Create a controller for managing button behavior
_buttonController = new PageButtonController(this, new NeedPaintHandler(OnNeedPaint));
_buttonController.ClickOnDown = true;
_buttonController.Click += new MouseEventHandler(OnClick);
_buttonController.RightClick += new MouseEventHandler(OnRightClick);
// Allow the page to be dragged and hook into drag events
_buttonController.AllowDragging = true;
_buttonController.DragStart += new EventHandler <DragStartEventCancelArgs>(OnDragStart);
_buttonController.DragMove += new EventHandler <PointEventArgs>(OnDragMove);
_buttonController.DragEnd += new EventHandler <PointEventArgs>(OnDragEnd);
_buttonController.DragQuit += new EventHandler(OnDragQuit);
_buttonController.ButtonDragRectangle += new EventHandler <ButtonDragRectangleEventArgs>(OnButtonDragRectangle);
_buttonController.ButtonDragOffset += new EventHandler <ButtonDragOffsetEventArgs>(OnButtonDragOffset);
// A tab is selected on being pressed and not on the mouse up
_buttonController.ClickOnDown = true;
// We need to be notified of got/lost focus and keyboard events
SourceController = _buttonController;
KeyController = _buttonController;
// Create a decorator to interface with the tooltip manager
ToolTipController toolTipController = new ToolTipController(_navigator.ToolTipManager, this, _buttonController);
ToolTipController hoverController = new ToolTipController(_navigator.HoverManager, this, toolTipController);
// Assign controller for handing mouse input
MouseController = hoverController;
// Create overrides for handling a focus state
_paletteGeneral = _navigator.StateCommon.RibbonGeneral;
_overrideStateNormal = new PaletteRibbonTabContentInheritOverride(_page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.Content, _page.StateNormal.RibbonTab.TabDraw, _page.StateNormal.RibbonTab.TabDraw, _page.StateNormal.RibbonTab.Content, PaletteState.FocusOverride);
_overrideStateTracking = new PaletteRibbonTabContentInheritOverride(_page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.Content, _page.StateTracking.RibbonTab.TabDraw, _page.StateTracking.RibbonTab.TabDraw, _page.StateTracking.RibbonTab.Content, PaletteState.FocusOverride);
_overrideStatePressed = new PaletteRibbonTabContentInheritOverride(_page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.Content, _page.StatePressed.RibbonTab.TabDraw, _page.StatePressed.RibbonTab.TabDraw, _page.StatePressed.RibbonTab.Content, PaletteState.FocusOverride);
_overrideStateSelected = new PaletteRibbonTabContentInheritOverride(_page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.TabDraw, _page.OverrideFocus.RibbonTab.Content, _page.StateSelected.RibbonTab.TabDraw, _page.StateSelected.RibbonTab.TabDraw, _page.StateSelected.RibbonTab.Content, PaletteState.FocusOverride);
// Use a class to convert from ribbon tab to content interface
_contentProvider = new RibbonTabToContent(_paletteGeneral, _overrideStateNormal, _overrideStateNormal);
// Create the content view element and use the content provider as a way to
// convert from the ribbon palette entries to the content palette entries
_viewContent = new ViewDrawContent(_contentProvider, this, VisualOrientation.Top);
// Add content to the view
_layoutDocker = new ViewLayoutDocker();
_layoutDocker.Add(_viewContent, ViewDockStyle.Fill);
Add(_layoutDocker);
// Create button specification collection manager
_buttonManager = new ButtonSpecNavManagerLayoutBar(Navigator, Navigator.InternalRedirector, Page.ButtonSpecs, null,
new ViewLayoutDocker[] { _layoutDocker },
new IPaletteMetric[] { Navigator.StateCommon },
new PaletteMetricInt[] { PaletteMetricInt.PageButtonInset },
new PaletteMetricInt[] { PaletteMetricInt.PageButtonInset },
new PaletteMetricPadding[] { PaletteMetricPadding.PageButtonPadding },
new GetToolStripRenderer(Navigator.CreateToolStripRenderer),
new NeedPaintHandler(OnNeedPaint));
// Hook up the tooltip manager so that tooltips can be generated
_buttonManager.ToolTipManager = Navigator.ToolTipManager;
_buttonManager.RemapTarget = ButtonSpecNavRemap.ButtonSpecRemapTarget.ButtonStandalone;
// Ensure current button specs are created
_buttonManager.RecreateButtons();
// Create the state specific memento array
_mementos = new IDisposable[Enum.GetValues(typeof(PaletteState)).Length];
// Cache the last shape encountered
_lastRibbonShape = PaletteRibbonShape.Office2010;
}
private void CreateButtonSpecView()
{
// Layout docker used to contain the generated button specs
_viewButtonSpecDocker = new ViewLayoutDocker();
}
/// <summary>
/// Create the view hierarchy for this view mode.
/// </summary>
protected override void CreateCheckItemView()
{
// Create the two headers and header content
_viewContentPrimary = new ViewDrawContent(Navigator.StateNormal.HeaderGroup.HeaderPrimary.Content,
Navigator.Header.HeaderValuesPrimary,
VisualOrientation.Top);
_viewHeadingPrimary = new ViewDrawDocker(Navigator.StateNormal.HeaderGroup.HeaderPrimary.Back,
Navigator.StateNormal.HeaderGroup.HeaderPrimary.Border,
Navigator.StateNormal.HeaderGroup.HeaderPrimary,
PaletteMetricBool.None,
PaletteMetricPadding.HeaderGroupPaddingPrimary,
VisualOrientation.Top);
_viewContentSecondary = new ViewDrawContent(Navigator.StateNormal.HeaderGroup.HeaderSecondary.Content,
Navigator.Header.HeaderValuesSecondary,
VisualOrientation.Top);
_viewHeadingSecondary = new ViewDrawDocker(Navigator.StateNormal.HeaderGroup.HeaderSecondary.Back,
Navigator.StateNormal.HeaderGroup.HeaderSecondary.Border,
Navigator.StateNormal.HeaderGroup.HeaderSecondary,
PaletteMetricBool.None,
PaletteMetricPadding.HeaderGroupPaddingSecondary,
VisualOrientation.Top);
// Place the the content as fillers in the headers
_viewHeadingPrimary.Add(_viewContentPrimary, ViewDockStyle.Fill);
_viewHeadingSecondary.Add(_viewContentSecondary, ViewDockStyle.Fill);
// Create a canvas for containing the selected page and put old root inside it
_drawGroup = new ViewDrawCanvas(Navigator.StateNormal.HeaderGroup.Back,
Navigator.StateNormal.HeaderGroup.Border,
VisualOrientation.Top)
{
ApplyIncludeBorderEdge = true
};
_drawGroup.Add(_oldRoot);
// Create the view element that lays out the check/tab buttons
ViewLayoutBarForTabs layoutBar = new ViewLayoutBarForTabs(Navigator.Bar.ItemSizing,
Navigator.Bar.ItemAlignment,
Navigator.Bar.BarMultiline,
Navigator.Bar.ItemMinimumSize,
Navigator.Bar.ItemMaximumSize,
Navigator.Bar.BarMinimumHeight,
Navigator.Bar.TabBorderStyle,
true);
_layoutBar = layoutBar;
// Create the scroll spacer that restricts display
_layoutBarViewport = new ViewLayoutViewport(Navigator.StateCommon.Bar,
PaletteMetricPadding.BarPaddingTabs,
PaletteMetricInt.CheckButtonGap,
Navigator.Bar.BarOrientation,
Navigator.Bar.ItemAlignment,
Navigator.Bar.BarAnimation)
{
_layoutBar
};
// Create the button bar area docker
_layoutBarDocker = new ViewLayoutDocker
{
{ _layoutBarViewport, ViewDockStyle.Fill }
};
// Add a separators for insetting items
_layoutBarSeparatorFirst = new ViewLayoutSeparator(0);
_layoutBarSeparatorLast = new ViewLayoutSeparator(0);
_layoutBarDocker.Add(_layoutBarSeparatorFirst, ViewDockStyle.Left);
_layoutBarDocker.Add(_layoutBarSeparatorLast, ViewDockStyle.Right);
// Create the layout that insets the contents to allow for rounding of the group border
_layoutOverlap = new ViewLayoutInsetOverlap(_drawGroup)
{
_layoutBarDocker
};
// Create the docker used to layout contents of main panel and fill with group
_layoutPanelDocker = new ViewLayoutDockerOverlap(_drawGroup, _layoutOverlap, layoutBar)
{
{ _layoutOverlap, ViewDockStyle.Top },
{ _drawGroup, ViewDockStyle.Fill }
};
// Place the headers and page holding area into the group
_topGroup = new ViewLayoutDocker
{
{ _viewHeadingSecondary, ViewDockStyle.Bottom },
{ _viewHeadingPrimary, ViewDockStyle.Top },
{ _layoutPanelDocker, ViewDockStyle.Fill }
};
// Prevent adjacent headers from having two borders
_topGroup.RemoveChildBorders = true;
// Create the top level panel and put a layout docker inside it
_drawPanel = new ViewDrawPanel(Navigator.StateNormal.Back)
{
_topGroup
};
_newRoot = _drawPanel;
// Set initial visible state of headers
_viewHeadingPrimary.Visible = Navigator.Header.HeaderVisiblePrimary;
_viewHeadingSecondary.Visible = Navigator.Header.HeaderVisibleSecondary;
// Set the correct tab style
UpdateTabStyle();
// Must call the base class to perform common actions
base.CreateCheckItemView();
}
/// <summary>
/// Create the view hierarchy for this view mode.
/// </summary>
protected override void CreateCheckItemView()
{
// Create a canvas for containing the selected page and put old root inside it
_drawGroup = new ViewDrawCanvas(Navigator.StateNormal.HeaderGroup.Back,
Navigator.StateNormal.HeaderGroup.Border,
VisualOrientation.Top)
{
_oldRoot
};
// Create the view element that lays out the check buttons
ViewLayoutBarForTabs layoutBar = new ViewLayoutBarForTabs(Navigator.StateCommon.Bar,
PaletteMetricInt.RibbonTabGap,
Navigator.Bar.ItemSizing,
Navigator.Bar.ItemAlignment,
Navigator.Bar.BarMultiline,
Navigator.Bar.ItemMinimumSize,
Navigator.Bar.ItemMaximumSize,
Navigator.Bar.BarMinimumHeight,
Navigator.Bar.TabBorderStyle,
true);
_layoutBar = layoutBar;
// Create the scroll spacer that restricts display
_layoutBarViewport = new ViewLayoutViewport(Navigator.StateCommon.Bar,
PaletteMetricPadding.BarPaddingTabs,
PaletteMetricInt.RibbonTabGap,
Navigator.Bar.BarOrientation,
Navigator.Bar.ItemAlignment,
Navigator.Bar.BarAnimation)
{
_layoutBar
};
// Create the button bar area docker
_layoutBarDocker = new ViewLayoutDocker
{
{ _layoutBarViewport, ViewDockStyle.Fill }
};
// Add a separators for insetting items
_layoutBarSeparatorFirst = new ViewLayoutSeparator(0);
_layoutBarSeparatorLast = new ViewLayoutSeparator(0);
_layoutBarDocker.Add(_layoutBarSeparatorFirst, ViewDockStyle.Left);
_layoutBarDocker.Add(_layoutBarSeparatorLast, ViewDockStyle.Right);
// Create the layout that insets the contents to allow for rounding of the group border
_layoutOverlap = new ViewLayoutInsetOverlap(_drawGroup)
{
_layoutBarDocker
};
// Create the docker used to layout contents of main panel and fill with group
_layoutPanelDocker = new ViewLayoutDockerOverlap(_drawGroup, _layoutOverlap, layoutBar)
{
{ _layoutOverlap, ViewDockStyle.Top },
{ _drawGroup, ViewDockStyle.Fill }
};
// Create the top level panel and put a layout docker inside it
_drawPanel = new ViewDrawPanel(Navigator.StateNormal.Back)
{
_layoutPanelDocker
};
_newRoot = _drawPanel;
// Must call the base class to perform common actions
base.CreateCheckItemView();
}
private void CreateViewElements(PaletteRedirect redirect)
{
// Layout for individual tabs inside the header
LayoutTabs = new ViewLayoutRibbonTabs(_ribbon, NeedPaintDelegate);
// Put inside a viewport so scrollers are used when tabs cannot be shrunk to fill space
_tabsViewport = new ViewLayoutRibbonScrollPort(_ribbon, System.Windows.Forms.Orientation.Horizontal, LayoutTabs, true, SCROLL_SPEED, NeedPaintDelegate)
{
TransparentBackground = true
};
_tabsViewport.PaintBackground += OnTabsPaintBackground;
LayoutTabs.ParentControl = _tabsViewport.ViewLayoutControl.ChildControl;
LayoutTabs.NeedPaintDelegate = _tabsViewport.ViewControlPaintDelegate;
// We use a layout docker as a child to prevent buttons going to the left of the app button
ViewLayoutDocker tabsDocker = new ViewLayoutDocker
{
// Place the tabs viewport as the fill inside ourself, the button specs will be placed
// to the left and right of this fill element automatically by the button manager below
{ _tabsViewport, ViewDockStyle.Fill }
};
// We need to draw the bottom half of the application button or a full app tab
LayoutAppButton = new ViewLayoutRibbonAppButton(_ribbon, true);
LayoutAppTab = new ViewLayoutRibbonAppTab(_ribbon);
// Connect up the application button controller to the app button element
_appButtonController.Target3 = LayoutAppButton.AppButton;
_appButtonController.Click += OnAppButtonClicked;
_appButtonController.MouseReleased += OnAppButtonReleased;
LayoutAppButton.MouseController = _appButtonController;
LayoutAppButton.SourceController = _appButtonController;
LayoutAppButton.KeyController = _appButtonController;
_appTabController.Target1 = LayoutAppTab.AppTab;
_appTabController.Click += OnAppButtonClicked;
_appTabController.MouseReleased += OnAppButtonReleased;
LayoutAppTab.MouseController = _appTabController;
LayoutAppTab.SourceController = _appTabController;
LayoutAppTab.KeyController = _appTabController;
// When the app button is not visible we need separator instead before start of first tab
_layoutAppButtonSep = new ViewLayoutSeparator(5, 0)
{
Visible = false
};
// Used separators around the tabs and the edge elements
_rightSeparator = new ViewLayoutRibbonSeparator(FAR_TAB_GAP, true);
_leftSeparator = new ViewLayoutRibbonSeparator(BUTTON_TAB_GAP_2007, true);
// Place application button on left and tabs as the filler (with some separators for neatness)
Add(_rightSeparator, ViewDockStyle.Left);
Add(_leftSeparator, ViewDockStyle.Left);
Add(LayoutAppButton, ViewDockStyle.Left);
Add(_layoutAppButtonSep, ViewDockStyle.Left);
Add(LayoutAppTab, ViewDockStyle.Left);
Add(tabsDocker, ViewDockStyle.Fill);
// Create button specification collection manager
PaletteRedirect aeroOverrideText = new PaletteRedirectRibbonAeroOverride(_ribbon, redirect);
ButtonSpecManager = new ButtonSpecManagerLayoutRibbon(_ribbon, aeroOverrideText, _ribbon.ButtonSpecs, _buttonSpecsFixed,
new ViewLayoutDocker[] { tabsDocker },
new IPaletteMetric[] { _ribbon.StateCommon },
new PaletteMetricInt[] { PaletteMetricInt.HeaderButtonEdgeInsetPrimary },
new PaletteMetricPadding[] { PaletteMetricPadding.RibbonButtonPadding },
_ribbon.CreateToolStripRenderer,
NeedPaintDelegate);
// Create the manager for handling tooltips
ToolTipManager = new ToolTipManager();
ToolTipManager.ShowToolTip += OnShowToolTip;
ToolTipManager.CancelToolTip += OnCancelToolTip;
ButtonSpecManager.ToolTipManager = ToolTipManager;
}
/// <summary>
/// Initialize a new instance of the ViewDrawMenuLinkLabel class.
/// </summary>
/// <param name="provider">Reference to provider.</param>
/// <param name="linkLabel">Reference to owning link label entry.</param>
public ViewDrawMenuLinkLabel(IContextMenuProvider provider,
KryptonContextMenuLinkLabel linkLabel)
{
_provider = provider;
KryptonContextMenuLinkLabel = linkLabel;
// Create fixed storage of the content values
_contentValues = new FixedContentValue(linkLabel.Text,
linkLabel.ExtraText,
linkLabel.Image,
linkLabel.ImageTransparentColor);
// Decide on the enabled state of the display
ItemEnabled = provider.ProviderEnabled;
// Give the heading object the redirector to use when inheriting values
linkLabel.SetPaletteRedirect(provider.ProviderRedirector);
// Create the content for the actual heading text/image
_drawContent = new ViewDrawContent(linkLabel.OverrideFocusNotVisited, _contentValues, VisualOrientation.Top)
{
UseMnemonic = true,
Enabled = ItemEnabled
};
// Place label link in the center of the area but inside some separator to add spacing
_innerDocker = new ViewLayoutDocker
{
{ _drawContent, ViewDockStyle.Fill },
{ new ViewLayoutSeparator(1), ViewDockStyle.Right },
{ new ViewLayoutSeparator(1), ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Top },
{ new ViewLayoutSeparator(1), ViewDockStyle.Bottom }
};
// Use outer docker so that any extra space not needed is used by the null
_outerDocker = new ViewLayoutDocker
{
{ _innerDocker, ViewDockStyle.Top },
{ new ViewLayoutNull(), ViewDockStyle.Fill }
};
// Use context menu specific version of the link label controller
MenuLinkLabelController mllc = new(provider.ProviderViewManager, _drawContent, this, provider.ProviderNeedPaintDelegate);
mllc.Click += OnClick;
_drawContent.MouseController = mllc;
_drawContent.KeyController = mllc;
// Add docker as the composite content
Add(_outerDocker);
// Want to know when a property changes whilst displayed
KryptonContextMenuLinkLabel.PropertyChanged += OnPropertyChanged;
// We need to know if a property of the command changes
if (KryptonContextMenuLinkLabel.KryptonCommand != null)
{
_cachedCommand = KryptonContextMenuLinkLabel.KryptonCommand;
KryptonContextMenuLinkLabel.KryptonCommand.PropertyChanged += OnCommandPropertyChanged;
}
}
/// <summary>
/// Initialize a new instance of the ViewDrawMenuRadioButton class.
/// </summary>
/// <param name="provider">Reference to provider.</param>
/// <param name="radioButton">Reference to owning radio button entry.</param>
public ViewDrawMenuRadioButton(IContextMenuProvider provider,
KryptonContextMenuRadioButton radioButton)
{
_provider = provider;
KryptonContextMenuRadioButton = radioButton;
// Create fixed storage of the content values
_contentValues = new FixedContentValue(radioButton.Text,
radioButton.ExtraText,
radioButton.Image,
radioButton.ImageTransparentColor);
// Decide on the enabled state of the display
ItemEnabled = provider.ProviderEnabled && KryptonContextMenuRadioButton.Enabled;
// Give the heading object the redirector to use when inheriting values
KryptonContextMenuRadioButton.SetPaletteRedirect(provider.ProviderRedirector);
// Create the content for the actual heading text/image
ViewDrawContent = new ViewDrawContent(ItemEnabled ? KryptonContextMenuRadioButton.OverrideNormal : KryptonContextMenuRadioButton.OverrideDisabled,
_contentValues, VisualOrientation.Top)
{
UseMnemonic = true,
Enabled = ItemEnabled
};
// Create the radio button image drawer and place inside element so it is always centered
ViewDrawRadioButton = new ViewDrawRadioButton(KryptonContextMenuRadioButton.StateRadioButtonImages)
{
CheckState = KryptonContextMenuRadioButton.Checked,
Enabled = ItemEnabled
};
_layoutCenter = new ViewLayoutCenter
{
ViewDrawRadioButton
};
// Place the radio button on the left of the available space but inside separators
_innerDocker = new ViewLayoutDocker
{
{ ViewDrawContent, ViewDockStyle.Fill },
{ _layoutCenter, ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Right },
{ new ViewLayoutSeparator(3), ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Top },
{ new ViewLayoutSeparator(1), ViewDockStyle.Bottom }
};
// Use outer docker so that any extra space not needed is used by the null
_outerDocker = new ViewLayoutDocker
{
{ _innerDocker, ViewDockStyle.Top },
{ new ViewLayoutNull(), ViewDockStyle.Fill }
};
// Use context menu specific version of the radio button controller
MenuRadioButtonController mrbc = new(provider.ProviderViewManager, _innerDocker, this, provider.ProviderNeedPaintDelegate);
mrbc.Click += OnClick;
_innerDocker.MouseController = mrbc;
_innerDocker.KeyController = mrbc;
// We need to be notified whenever the checked state changes
KryptonContextMenuRadioButton.CheckedChanged += OnCheckedChanged;
if (KryptonContextMenuRadioButton.KryptonCommand != null)
{
_cachedCommand = KryptonContextMenuRadioButton.KryptonCommand;
KryptonContextMenuRadioButton.KryptonCommand.PropertyChanged += OnCommandPropertyChanged;
}
// Add docker as the composite content
Add(_outerDocker);
}
/// <summary>
/// Initialize a new instance of the ViewDrawButtonExtended class.
/// </summary>
/// <param name="paletteDisabled">Palette source for the disabled state.</param>
/// <param name="paletteNormal">Palette source for the normal state.</param>
/// <param name="paletteTracking">Palette source for the tracking state.</param>
/// <param name="palettePressed">Palette source for the pressed state.</param>
/// <param name="paletteCheckedNormal">Palette source for the normal checked state.</param>
/// <param name="paletteCheckedTracking">Palette source for the tracking checked state.</param>
/// <param name="paletteCheckedPressed">Palette source for the pressed checked state.</param>
/// <param name="paletteMetric">Palette source for metric values.</param>
/// <param name="buttonValues">Source for content values.</param>
/// <param name="orientation">Visual orientation of the content.</param>
/// <param name="useMnemonic">Use mnemonics.</param>
public ViewDrawButtonExtended(IPaletteTriple paletteDisabled,
IPaletteTriple paletteNormal,
IPaletteTriple paletteTracking,
IPaletteTriple palettePressed,
IPaletteTriple paletteCheckedNormal,
IPaletteTriple paletteCheckedTracking,
IPaletteTriple paletteCheckedPressed,
IPaletteMetric paletteMetric,
IContentValues buttonValues,
VisualOrientation orientation,
bool useMnemonic)
{
// Remember the source information
_paletteDisabled = paletteDisabled;
_paletteNormal = paletteNormal;
_paletteTracking = paletteTracking;
_palettePressed = palettePressed;
_paletteCheckedNormal = paletteCheckedNormal;
_paletteCheckedTracking = paletteCheckedTracking;
_paletteCheckedPressed = paletteCheckedPressed;
CurrentPalette = _paletteNormal;
// Default to not being checked
Checked = false;
AllowUncheck = true;
_dropDown = false;
_splitter = false;
_dropDownPosition = VisualOrientation.Right;
// Create the drop down view
_drawDropDown = new ViewLayoutCenter(1);
_drawDropDownButton = new ViewDrawDropDownButton();
_drawDropDown.Add(_drawDropDownButton);
_drawOuterSeparator = new ViewLayoutSeparator(1);
// Create the view used to draw the split edge
_edgeRedirect = new PaletteBorderEdgeRedirect(_paletteNormal.PaletteBorder, null);
_drawSplitBorder = new ViewDrawBorderEdge(new PaletteBorderEdge(_edgeRedirect, null), CommonHelper.VisualToOrientation(orientation));
// Our view contains background and border with content inside
_drawContent = new ViewDrawContent(_paletteNormal.PaletteContent, buttonValues, orientation);
_drawCanvas = new ViewDrawSplitCanvas(_paletteNormal.PaletteBack, _paletteNormal.PaletteBorder, paletteMetric, PaletteMetricPadding.None, orientation);
// Use a docker layout to organize the contents of the canvas
LayoutDocker = new ViewLayoutDocker
{
{ _drawContent, ViewDockStyle.Fill },
{ _drawSplitBorder, ViewDockStyle.Right },
{ _drawDropDown, ViewDockStyle.Right },
{ _drawOuterSeparator, ViewDockStyle.Right }
};
LayoutDocker.Tag = this;
// Pass the mnemonic default to the content view
_drawContent.UseMnemonic = useMnemonic;
// Place the content inside the canvas
_drawCanvas.Add(LayoutDocker);
// Set initial view element visible states
UpdateDropDown();
// Place the canvas inside ourself
Add(_drawCanvas);
}
/// <summary>
/// Initialize a new instance of the ViewDrawMenuCheckBox class.
/// </summary>
/// <param name="provider">Reference to provider.</param>
/// <param name="checkBox">Reference to owning check box entry.</param>
public ViewDrawMenuCheckBox(IContextMenuProvider provider,
KryptonContextMenuCheckBox checkBox)
{
_provider = provider;
KryptonContextMenuCheckBox = checkBox;
// Create fixed storage of the content values
_contentValues = new FixedContentValue(ResolveText,
ResolveExtraText,
ResolveImage,
ResolveImageTransparentColor);
// Decide on the enabled state of the display
ItemEnabled = provider.ProviderEnabled && ResolveEnabled;
// Give the heading object the redirector to use when inheriting values
KryptonContextMenuCheckBox.SetPaletteRedirect(provider.ProviderRedirector);
// Create the content for the actual heading text/image
ViewDrawContent = new ViewDrawContent(ItemEnabled ? KryptonContextMenuCheckBox.OverrideNormal : KryptonContextMenuCheckBox.OverrideDisabled,
_contentValues, VisualOrientation.Top)
{
UseMnemonic = true,
Enabled = ItemEnabled
};
// Create the check box image drawer and place inside element so it is always centered
ViewDrawCheckBox = new ViewDrawCheckBox(KryptonContextMenuCheckBox.StateCheckBoxImages)
{
CheckState = ResolveCheckState,
Enabled = ItemEnabled
};
_layoutCenter = new ViewLayoutCenter
{
ViewDrawCheckBox
};
// Place the check box on the left of the available space but inside separators
_innerDocker = new ViewLayoutDocker
{
{ ViewDrawContent, ViewDockStyle.Fill },
{ _layoutCenter, ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Right },
{ new ViewLayoutSeparator(3), ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Top },
{ new ViewLayoutSeparator(1), ViewDockStyle.Bottom }
};
// Use outer docker so that any extra space not needed is used by the null
_outerDocker = new ViewLayoutDocker
{
{ _innerDocker, ViewDockStyle.Top },
{ new ViewLayoutNull(), ViewDockStyle.Fill }
};
// Use context menu specific version of the check box controller
MenuCheckBoxController mcbc = new(provider.ProviderViewManager, _innerDocker, this, provider.ProviderNeedPaintDelegate);
mcbc.Click += OnClick;
_innerDocker.MouseController = mcbc;
_innerDocker.KeyController = mcbc;
// Add docker as the composite content
Add(_outerDocker);
// Want to know when a property changes whilst displayed
KryptonContextMenuCheckBox.PropertyChanged += OnPropertyChanged;
// We need to know if a property of the command changes
if (KryptonContextMenuCheckBox.KryptonCommand != null)
{
_cachedCommand = KryptonContextMenuCheckBox.KryptonCommand;
KryptonContextMenuCheckBox.KryptonCommand.PropertyChanged += OnCommandPropertyChanged;
}
}
private void CreateView()
{
// Override the palette provided values
_backForced = new PaletteBackInheritForced(_ribbon.StateCommon.RibbonGroupClusterButton.PaletteBack);
_borderForced = new PaletteBorderInheritForced(_ribbon.StateCommon.RibbonGroupClusterButton.PaletteBorder);
// Create the background and border view
_viewMediumSmall = new ViewDrawRibbonGroupButtonBackBorder(_ribbon, _ribbonColorButton, _backForced, _borderForced, true, _needPaint)
{
SplitVertical = false
};
_viewMediumSmall.Click += new EventHandler(OnSmallButtonClick);
_viewMediumSmall.DropDown += new EventHandler(OnSmallButtonDropDown);
if (_ribbon.InDesignMode)
{
_viewMediumSmall.ContextClick += new MouseEventHandler(OnContextClick);
}
// Create the layout docker for the contents of the button
ViewLayoutDocker contentLayout = new ViewLayoutDocker();
// Create the image and drop down content
_viewMediumSmallImage = new ViewDrawRibbonGroupClusterColorButtonImage(_ribbon, _ribbonColorButton);
_viewMediumSmallText1 = new ViewDrawRibbonGroupClusterColorButtonText(_ribbon, _ribbonColorButton)
{
Visible = (_currentSize != GroupItemSize.Small)
};
_viewMediumSmallDropArrow = new ViewDrawRibbonDropArrow(_ribbon);
_viewMediumSmallText2Sep1 = new ViewLayoutRibbonSeparator(3, false);
_viewMediumSmallText2Sep2 = new ViewLayoutRibbonSeparator(3, false);
ViewLayoutRibbonCenterPadding imagePadding = new ViewLayoutRibbonCenterPadding(_smallImagePadding)
{
_viewMediumSmallImage
};
// Layout the content in the center of a row
_viewMediumSmallCenter = new ViewLayoutRibbonRowCenter
{
imagePadding,
_viewMediumSmallText1,
_viewMediumSmallText2Sep1,
_viewMediumSmallDropArrow,
_viewMediumSmallText2Sep2
};
// Use content as only fill item
contentLayout.Add(_viewMediumSmallCenter, ViewDockStyle.Fill);
// Add the content into the background and border
_viewMediumSmall.Add(contentLayout);
// Create controller for intercepting events to determine tool tip handling
_viewMediumSmall.MouseController = new ToolTipController(_ribbon.TabsArea.ButtonSpecManager.ToolTipManager,
_viewMediumSmall, _viewMediumSmall.MouseController);
// Provide back reference to the button definition
_ribbonColorButton.ClusterColorButtonView = _viewMediumSmall;
// Define the actual view
Add(_viewMediumSmall);
}
/// <summary>
/// Initialize a new instance of the ViewDrawMenuCheckButton class.
/// </summary>
/// <param name="provider">Reference to provider.</param>
/// <param name="checkButton">Reference to owning check button entry.</param>
public ViewDrawMenuCheckButton(IContextMenuProvider provider,
KryptonContextMenuCheckButton checkButton)
{
_provider = provider;
KryptonContextMenuCheckButton = checkButton;
// Create fixed storage of the content values
_contentValues = new FixedContentValue(ResolveText,
ResolveExtraText,
ResolveImage,
ResolveImageTransparentColor);
// Decide on the enabled state of the display
ItemEnabled = provider.ProviderEnabled && ResolveEnabled;
// Give the heading object the redirector to use when inheriting values
KryptonContextMenuCheckButton.SetPaletteRedirect(provider.ProviderRedirector);
// Create the view button instance
ViewDrawButton = new ViewDrawButton(checkButton.OverrideDisabled,
checkButton.OverrideNormal,
checkButton.OverrideTracking,
checkButton.OverridePressed,
new PaletteMetricRedirect(provider.ProviderRedirector),
_contentValues,
VisualOrientation.Top,
true);
// Add the checked specific palettes to the existing view button
ViewDrawButton.SetCheckedPalettes(checkButton.OverrideCheckedNormal,
checkButton.OverrideCheckedTracking,
checkButton.OverrideCheckedPressed);
ViewDrawButton.Enabled = ItemEnabled;
ViewDrawButton.Checked = ResolveChecked;
// Place the check box on the left of the available space but inside separators
_innerDocker = new ViewLayoutDocker
{
{ ViewDrawButton, ViewDockStyle.Fill },
{ new ViewLayoutSeparator(1), ViewDockStyle.Right },
{ new ViewLayoutSeparator(1), ViewDockStyle.Left },
{ new ViewLayoutSeparator(1), ViewDockStyle.Top },
{ new ViewLayoutSeparator(1), ViewDockStyle.Bottom }
};
// Use outer docker so that any extra space not needed is used by the null
_outerDocker = new ViewLayoutDocker
{
{ _innerDocker, ViewDockStyle.Top },
{ new ViewLayoutNull(), ViewDockStyle.Fill }
};
// Use context menu specific version of the check box controller
MenuCheckButtonController mcbc = new(provider.ProviderViewManager, _innerDocker, this, provider.ProviderNeedPaintDelegate);
mcbc.Click += OnClick;
_innerDocker.MouseController = mcbc;
_innerDocker.KeyController = mcbc;
// Add docker as the composite content
Add(_outerDocker);
// Want to know when a property changes whilst Displayed
KryptonContextMenuCheckButton.PropertyChanged += OnPropertyChanged;
// We need to know if a property of the command changes
if (KryptonContextMenuCheckButton.KryptonCommand != null)
{
_cachedCommand = KryptonContextMenuCheckButton.KryptonCommand;
KryptonContextMenuCheckButton.KryptonCommand.PropertyChanged += OnCommandPropertyChanged;
}
}
public KryptonListView()
{
SetStyle(ControlStyles.AllPaintingInWmPaint
| ControlStyles.OptimizedDoubleBuffer
| ControlStyles.SupportsTransparentBackColor // Cannot get thi sto work (Code removed)!!
| ControlStyles.EnableNotifyMessage
, true);
base.OwnerDraw = true;
// We need to repaint entire control whenever resized
SetStyle(ControlStyles.ResizeRedraw, true);
// Yes, we want to be drawn double buffered by default
DoubleBuffered = true;
// Default fields
_alwaysActive = true;
_style = ButtonStyle.ListItem;
Padding = new Padding(1);
base.BorderStyle = System.Windows.Forms.BorderStyle.None;
// We need to create and cache a device context compatible with the display
_screenDC = PI.CreateCompatibleDC(IntPtr.Zero);
// Set the palette and renderer to the defaults as specified by the manager
Redirector = new PaletteRedirect(null);
CacheNewPalette(KryptonManager.CurrentGlobalPalette);
KryptonManager.GlobalPaletteChanged += OnGlobalPaletteChanged;
NeedPaintDelegate = OnNeedPaint;
// Create the palette storage
Images = new CheckBoxImages(NeedPaintDelegate);
_paletteCheckBoxImages = new PaletteRedirectCheckBox(Redirector, Images);
StateCommon = new PaletteListStateRedirect(Redirector, PaletteBackStyle.InputControlStandalone, PaletteBorderStyle.InputControlStandalone, NeedPaintDelegate);
OverrideFocus = new PaletteListItemTripleRedirect(Redirector, PaletteBackStyle.ButtonListItem, PaletteBorderStyle.ButtonListItem, PaletteContentStyle.ButtonListItem, NeedPaintDelegate);
StateDisabled = new PaletteListState(StateCommon, NeedPaintDelegate);
StateActive = new PaletteDouble(StateCommon, NeedPaintDelegate);
StateNormal = new PaletteListState(StateCommon, NeedPaintDelegate);
StateTracking = new PaletteListItemTriple(StateCommon.Item, NeedPaintDelegate);
StatePressed = new PaletteListItemTriple(StateCommon.Item, NeedPaintDelegate);
StateCheckedNormal = new PaletteListItemTriple(StateCommon.Item, NeedPaintDelegate);
StateCheckedTracking = new PaletteListItemTriple(StateCommon.Item, NeedPaintDelegate);
StateCheckedPressed = new PaletteListItemTriple(StateCommon.Item, NeedPaintDelegate);
// Create manager and view for drawing the background
ViewDrawPanel = new ViewDrawPanel(StateNormal.Back);
// Create the override handling classes
_overrideNormal = new PaletteTripleOverride(OverrideFocus.Item, StateNormal.Item, PaletteState.FocusOverride);
_overrideTracking = new PaletteTripleOverride(OverrideFocus.Item, StateTracking.Item, PaletteState.FocusOverride);
_overridePressed = new PaletteTripleOverride(OverrideFocus.Item, StatePressed.Item, PaletteState.FocusOverride);
_overrideCheckedNormal = new PaletteTripleOverride(OverrideFocus.Item, StateCheckedNormal.Item, PaletteState.FocusOverride);
_overrideCheckedTracking = new PaletteTripleOverride(OverrideFocus.Item, StateCheckedTracking.Item, PaletteState.FocusOverride);
_overrideCheckedPressed = new PaletteTripleOverride(OverrideFocus.Item, StateCheckedPressed.Item, PaletteState.FocusOverride);
// Create the check box image drawer and place inside element so it is always centered
_drawCheckBox = new ViewDrawCheckBox(_paletteCheckBoxImages);
_layoutCheckBox = new ViewLayoutCenter
{
_drawCheckBox
};
_layoutCheckBoxAfter = new ViewLayoutSeparator(3, 0);
_layoutCheckBoxStack = new ViewLayoutStack(true)
{
_layoutCheckBox,
_layoutCheckBoxAfter
};
// Stack used to layout the location of the node image
_layoutImage = new ViewLayoutSeparator(0, 0);
_layoutImageAfter = new ViewLayoutSeparator(3, 0);
_layoutImageCenter = new ViewLayoutCenter(_layoutImage);
_layoutImageStack = new ViewLayoutStack(true)
{
_layoutImageCenter,
_layoutImageAfter
};
_layoutImageState = new ViewLayoutSeparator(16, 16);
_layoutImageCenterState = new ViewLayoutCenter(_layoutImageState);
// Create the draw element for owner drawing individual items
_contentValues = new ShortTextValue();
_drawButton = new ViewDrawButton(StateDisabled.Item, _overrideNormal,
_overrideTracking, _overridePressed,
_overrideCheckedNormal, _overrideCheckedTracking,
_overrideCheckedPressed,
new PaletteMetricRedirect(Redirector),
_contentValues, VisualOrientation.Top, false);
// Place check box on the left and the label in the remainder
_layoutDockerTile = new ViewLayoutDocker
{
{ _layoutImageStack, ViewDockStyle.Left },
{ _layoutImageCenterState, ViewDockStyle.Left },
{ _layoutCheckBoxStack, ViewDockStyle.Left },
{ _drawButton, ViewDockStyle.Fill }
};
_layoutDockerSmall = new ViewLayoutDocker
{
{ _drawButton, ViewDockStyle.Left },
{ _layoutImageStack, ViewDockStyle.Left },
{ _layoutImageCenterState, ViewDockStyle.Left },
{ _layoutCheckBoxStack, ViewDockStyle.Left }
};
// Place check box on the left and the text to match the width
_layoutDockerCheckLarge = new ViewLayoutDocker
{
{ _layoutImageStack, ViewDockStyle.Left },
{ _layoutImageCenterState, ViewDockStyle.Left },
{ _layoutCheckBoxStack, ViewDockStyle.Left },
{ _drawButton, ViewDockStyle.Bottom }
};
// Create the element that fills the remainder space and remembers fill rectangle
_layoutFill = new ViewLayoutFill(this)
{
DisplayPadding = new Padding(1)
};
// Create inner view for placing inside the drawing docker
_drawDockerInner = new ViewLayoutDocker
{
{ _layoutFill, ViewDockStyle.Fill }
};
// Create view for the control border and background
_drawDockerOuter = new ViewDrawDocker(StateNormal.Back, StateNormal.Border)
{
{ _drawDockerInner, ViewDockStyle.Fill }
};
// Create the view manager instance
ViewManager = new ViewManager(this, _drawDockerOuter);
// We need to create and cache a device context compatible with the display
_screenDC = PI.CreateCompatibleDC(IntPtr.Zero);
StateCommon.Item.Content.ShortText.MultiLine = InheritBool.True;
StateCommon.Item.Content.ShortText.MultiLineH = PaletteRelativeAlign.Center;
StateCommon.Item.Content.ShortText.TextH = PaletteRelativeAlign.Center;
}
