/// <summary>
/// We are using separate layer for higliting elements on a main view
/// This method is highliting GUI element depends on current introduction step
/// </summary>
public void DrawLayer(NSView view, CGRect dirtyRect)
{
var bg = Colors.WindowBackground;
NSColor fillColor = NSColor.FromRgba(bg.RedComponent, bg.GreenComponent, bg.BlueComponent, 0.4f);
NSColor strokeColor = NSColor.FromRgb(50, 158, 230);
nfloat strokeWidth = 2;
if (__InotroductionStage != IntroductionStageEnum.Finished)
{
NSBezierPath fillRect = NSBezierPath.FromRect(dirtyRect);
fillColor.SetFill();
fillRect.Fill();
}
if (__InotroductionStage == IntroductionStageEnum.Firewall)
{
CGRect fwRect = __MainViewController.GetFirewallControlViewRect();
NSBezierPath firewallPath = NSBezierPath.FromRoundedRect(fwRect, fwRect.Height / 2, fwRect.Height / 2);
firewallPath.LineWidth = strokeWidth;
strokeColor.SetStroke();
firewallPath.Stroke();
}
if (__InotroductionStage == IntroductionStageEnum.ConnectBtn)
{
// CONNECT BUTTON
CGRect circleRect = __MainViewController.GetConnectButtonViewRect();
NSBezierPath connectBthPth = NSBezierPath.FromRoundedRect(circleRect, circleRect.Width / 2, circleRect.Height / 2);
connectBthPth.LineWidth = strokeWidth;
strokeColor.SetStroke();
connectBthPth.Stroke();
}
if (__InotroductionStage == IntroductionStageEnum.Servers)
{
// SERVERS SELECTION
CGRect serversRect = __MainViewController.GetServerSelectionViewRect();
serversRect = new CGRect(serversRect.X + 3, serversRect.Y + 3, serversRect.Width - 6, serversRect.Height - 6);
NSBezierPath serversViewPath = NSBezierPath.FromRoundedRect(serversRect, 4, 4);
serversViewPath.LineWidth = strokeWidth;
strokeColor.SetStroke();
serversViewPath.Stroke();
}
}
public override void DrawRect(RectangleF dirtyRect)
{
backgroundGradient.DrawInRect(Frame, -90);
if (dirtyRect == Frame)
{
strokeColor.SetStroke();
NSBezierPath.StrokeRect(dirtyRect);
}
}
public override void DrawRect(NSRect aRect)
{
// draw bars
if (iMaxValue > 0)
{
// draw the current value bar
NSColor colour = NSColor.ColorWithCalibratedRedGreenBlueAlpha(71.0f / 255.0f, 172.0f / 255.0f, 220.0f / 255.0f, 1.0f);
colour.SetStroke();
DrawArc(0, iValue, true);
// draw the preview bar
if (iPreviewEnabled)
{
colour = NSColor.ColorWithCalibratedRedGreenBlueAlpha(187.0f / 255.0f, 187.0f / 255.0f, 0.0f / 255.0f, 1.0f);
colour.SetStroke();
DrawArc(iValue, iPreviewValue, (iPreviewValue > iValue));
}
}
// draw text
if (iText != null)
{
NSMutableParagraphStyle style = new NSMutableParagraphStyle();
style.SetParagraphStyle(NSParagraphStyle.DefaultParagraphStyle);
style.SetAlignment(NSTextAlignment.NSCenterTextAlignment);
NSDictionary dict = NSDictionary.DictionaryWithObjectsAndKeys(FontManager.FontMedium, NSAttributedString.NSFontAttributeName,
style, NSAttributedString.NSParagraphStyleAttributeName,
NSColor.WhiteColor, NSAttributedString.NSForegroundColorAttributeName,
null);
style.Release();
NSSize size = iText.SizeWithAttributes(dict);
NSRect rect = new NSRect((Bounds.Width - size.width) * 0.5f, (Bounds.Height - size.height) * 0.5f, size.width, size.height);
iText.DrawInRectWithAttributes(rect, dict);
}
}
public static XIR.Image RemoteRepresentation(this NSBezierPath nsbezierpath)
{
nfloat width = 1f;
nfloat height = 1f;
// We check here for the element count. If it is zero an error is being thrown if you access ControlPointBounds.
if (nsbezierpath.ElementCount > 0)
{
// let's make sure we leave a little room for the line width drawing as well by adding the LineWidth of the
// bezier path.
width = nsbezierpath.ControlPointBounds.Width + nsbezierpath.LineWidth * 2;
height = nsbezierpath.ControlPointBounds.Height + nsbezierpath.LineWidth * 2;
}
else
{
return(new NSImage(new CGSize(width, height)).RemoteRepresentation());
}
var nsimage = new NSImage(new CGSize(width, height));
nsimage.LockFocus();
var transform = new NSAffineTransform();
// We need to offset the image a little, specifically by the line width, so it will not be cut off
var offsetXZero = -nsbezierpath.ControlPointBounds.X;
var offsetYZero = -nsbezierpath.ControlPointBounds.Y;
transform.Translate(offsetXZero + nsbezierpath.LineWidth / 2, offsetYZero + nsbezierpath.LineWidth / 2);
nsbezierpath.TransformUsingAffineTransform(transform);
brush.SetFill();
nsbezierpath.Fill();
pen.SetStroke();
nsbezierpath.Stroke();
nsimage.UnlockFocus();
return(nsimage.RemoteRepresentation());
}
public static void DrawUISwitch(CGRect dirtyRect, bool isEnabled, bool isSwitchOn,
int BorderWidth,
NSColor SwitchOnBackgroundColor,
NSColor SwitchOffBackgroundColor,
NSColor SwitchOffBorderColor,
NSColor InternalSwitcherColor,
NSColor InternalSwitcherShadowColor
)
{
NSGraphicsContext context = NSGraphicsContext.CurrentContext;
context.CGContext.SaveState();
NSColor switchOnBackgroundColor = SwitchOnBackgroundColor;
NSColor switchOffBackgroundColor = SwitchOffBackgroundColor;
NSColor switchOffBorderColor = SwitchOffBorderColor;
NSColor internalSwitcherColor = InternalSwitcherColor;
NSColor internalSwitcherShadowColor = InternalSwitcherShadowColor;
if (isEnabled == false)
{
// if disabled - set background color darker
switchOnBackgroundColor = SetColorDarker(switchOnBackgroundColor);
switchOffBackgroundColor = SetColorDarker(switchOffBackgroundColor);
switchOffBorderColor = SetColorDarker(switchOffBorderColor);
internalSwitcherColor = SetColorDarker(internalSwitcherColor);
internalSwitcherShadowColor = SetColorDarker(internalSwitcherShadowColor);
}
nfloat offset = dirtyRect.Height * 0.1f;
dirtyRect = new CGRect(dirtyRect.X + offset,
dirtyRect.Y + offset,
dirtyRect.Width - offset * 2,
dirtyRect.Height - offset * 2);
// set backgrund color
NSColor bodyColor = (isSwitchOn)? switchOnBackgroundColor : switchOffBackgroundColor;
bodyColor.SetFill();
// draw background
NSBezierPath bodyPath = NSBezierPath.FromRoundedRect(dirtyRect, dirtyRect.Height / 2, dirtyRect.Height / 2);
bodyPath.Fill();
// draw border
if (!isSwitchOn)
{
bodyPath.AddClip();
bodyPath.LineWidth = BorderWidth;
if (switchOffBorderColor != null)
{
switchOffBorderColor.SetStroke();
}
bodyPath.Stroke();
}
//restore \ save context status
context.CGContext.RestoreState();
context.CGContext.SaveState();
// DRAW CIRCLE
CGRect circleRect;
if (!isSwitchOn)
{
circleRect = new CGRect(dirtyRect.X,
dirtyRect.Y,
dirtyRect.Height,
dirtyRect.Height);
}
else
{
circleRect = new CGRect((dirtyRect.Width - dirtyRect.Height + dirtyRect.X),
dirtyRect.Y,
dirtyRect.Height,
dirtyRect.Height);
}
// draw circle with shadow (no shadow for dark mode)
if (!Colors.IsDarkMode)
{
CGRect circleShadowRect = new CGRect(circleRect.X + offset / 3, circleRect.Y + offset / 3, circleRect.Height - 2 * offset / 3, circleRect.Height - 2 * offset / 3);
NSBezierPath circleShadowPath = NSBezierPath.FromRoundedRect(circleShadowRect, circleShadowRect.Height / 2, circleShadowRect.Height / 2);
context.CGContext.SetShadow(new CGSize(offset / 3, -offset),
offset * 1f,
new CGColor(internalSwitcherShadowColor.RedComponent,
internalSwitcherShadowColor.GreenComponent,
internalSwitcherShadowColor.BlueComponent));
circleShadowPath.Fill();
}
// restore context state
context.CGContext.RestoreState();
// set circle color
NSColor circleColor = internalSwitcherColor;
circleColor.SetFill();
// draw circle without shadow to fill internal area filled by shadow
NSBezierPath circlePath = NSBezierPath.FromRoundedRect(circleRect, circleRect.Height / 2, circleRect.Height / 2);
circlePath.Fill();
// circle border
circlePath.AddClip();
circlePath.LineWidth = 1;
if (Colors.IsDarkMode)
{
// no border for Dark mode
internalSwitcherColor.SetStroke();
}
else
{
if (switchOffBorderColor != null)
{
switchOffBorderColor.SetStroke();
}
}
circlePath.Stroke();
}
public override void DrawRect(RectangleF dirtyRect)
{
lineColor.SetStroke();
path.Stroke();
}
public override void DrawRect(CGRect dirtyRect)
{
lineColor.SetStroke();
path.Stroke();
}
public override void DrawRect(CGRect dirtyRect)
{
base.DrawRect(dirtyRect);
lineColor?.SetStroke();
currentPath.Stroke();
}
