public static void Configure(this Xamarin.Forms.View view, RectangleVector child)
{
Configure(view, (FigmaVectorEntity)child);
//if (child.HasFills && child.fills[0].color != null)
//{
// view.BackgroundColor = child.fills[0].color.ToFormsColor();
//}
}
public static void Configure(this NSView view, RectangleVector child)
{
Configure(view, (FigmaVectorEntity)child);
//var shapeLayer = new CAShapeLayer
//{
// Path = NSBezierPath.FromRect(view.Bounds).ToCGPath(),
// Frame = view.Layer.Frame
//};
//view.Layer = shapeLayer;
//var fill = child.fills?.FirstOrDefault();
//if (fill != null && fill.visible && fill.color != null)
//{
// shapeLayer.FillColor = fill.color.MixOpacity (fill.opacity).ToNSColor().CGColor;
//} else
//{
// shapeLayer.FillColor = NSColor.Clear.CGColor;
//}
//if (child.strokeDashes != null)
//{
// var number = new NSNumber[child.strokeDashes.Length];
// for (int i = 0; i < child.strokeDashes.Length; i++)
// {
// number[i] = child.strokeDashes[i];
// }
// shapeLayer.LineDashPattern = number;
//}
////shapeLayer.BackgroundColor = child.col
//shapeLayer.LineWidth = child.strokeWeight * 2;
//var strokes = child.strokes.FirstOrDefault();
//if (strokes != null && strokes.visible)
//{
// if (strokes.color != null)
// {
// shapeLayer.StrokeColor = strokes.color.MixOpacity (strokes.opacity).ToNSColor().CGColor;
// if (shapeLayer.LineWidth == 0)
// {
// shapeLayer.LineWidth = 1f;
// }
// }
//}
//shapeLayer.CornerRadius = child.cornerRadius;
//view.AlphaValue = child.opacity;
}
public static void Configure(this FrameworkElement view, RectangleVector child)
{
Configure(view, (FigmaVectorEntity)child);
//view.Layer.CornerRadius = child.cornerRadius;
}
public static void Configure(this StringBuilder builder, string name, RectangleVector child)
{
Configure(builder, name, (FigmaVectorEntity)child);
builder.AppendLine(string.Format("{0}.Layer.CornerRadius = {1};", name, child.cornerRadius.ToDesignerString()));
}
protected override IView OnConvertToView(FigmaNode currentNode, ViewNode parentNode, ViewRenderService rendererService)
{
var frame = (FigmaFrame)currentNode;
var box = new NSBox();
currentNode.TryGetNativeControlType(out FigmaControlType controlType);
if (controlType == FigmaControlType.Separator)
{
box.BoxType = NSBoxType.NSBoxSeparator;
}
if (controlType == FigmaControlType.BoxCustom)
{
box.BoxType = NSBoxType.NSBoxCustom;
box.BorderWidth = 0;
RectangleVector rectangle = frame.children
.OfType <RectangleVector>()
.FirstOrDefault();
if (rectangle != null)
{
if (rectangle.styles != null)
{
foreach (var styleMap in rectangle.styles)
{
if (rendererService.NodeProvider.TryGetStyle(styleMap.Value, out FigmaStyle style))
{
if (styleMap.Key == "fill")
{
box.FillColor = ColorService.GetNSColor(style.name);
}
if (styleMap.Key == "stroke")
{
box.BorderColor = ColorService.GetNSColor(style.name);
box.BorderWidth = rectangle.strokeWeight;
}
}
}
}
box.CornerRadius = rectangle.cornerRadius;
}
}
if (controlType == FigmaControlType.Box)
{
FigmaText text = frame.children
.OfType <FigmaText>()
.FirstOrDefault(s => (s.name == ComponentString.TITLE && s.visible));
if (text != null)
{
box.Title = rendererService.GetTranslatedText(text);
}
else
{
box.Title = string.Empty;
}
}
return(new View(box));
}
protected override StringBuilder OnConvertToCode(CodeNode currentNode, CodeNode parentNode, ICodeRenderService rendererService)
{
var code = new StringBuilder();
var frame = (FigmaFrame)currentNode.Node;
currentNode.Node.TryGetNativeControlType(out FigmaControlType controlType);
currentNode.Node.TryGetNativeControlVariant(out NativeControlVariant controlVariant);
if (rendererService.NeedsRenderConstructor(currentNode, parentNode))
{
code.WriteConstructor(currentNode.Name, GetControlType(currentNode.Node), rendererService.NodeRendersVar(currentNode, parentNode));
}
if (controlType == FigmaControlType.Separator)
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.BoxType), NSBoxType.NSBoxSeparator);
}
if (controlType == FigmaControlType.BoxCustom)
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.BoxType), NSBoxType.NSBoxCustom);
RectangleVector rectangle = frame.children
.OfType <RectangleVector>()
.FirstOrDefault();
if (rectangle != null)
{
if (rectangle.styles != null)
{
bool borderSet = false;
foreach (var styleMap in rectangle.styles)
{
if ((rendererService.NodeProvider is NodeProvider nodeProvider) && nodeProvider.TryGetStyle(styleMap.Value, out FigmaStyle style))
{
if (styleMap.Key == "fill")
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.FillColor), ColorService.GetNSColorString(style.name));
}
if (styleMap.Key == "stroke")
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.BorderColor), ColorService.GetNSColorString(style.name));
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.BorderWidth), rectangle.strokeWeight.ToString());
borderSet = true;
}
}
}
if (!borderSet)
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.BorderWidth), "0");
}
}
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.CornerRadius), rectangle.cornerRadius.ToString());
}
}
FigmaText text = null;
if (frame.children != null)
{
text = frame.children
.OfType <FigmaText>()
.FirstOrDefault(s => (s.name == ComponentString.TITLE && s.visible));
}
if (text != null)
{
code.WriteTranslatedEquality(currentNode.Name, nameof(NSBox.Title), text.characters, rendererService);
}
else
{
code.WritePropertyEquality(currentNode.Name, nameof(NSBox.Title), string.Empty, inQuotes: true);
}
return(code);
}
