void RCTPathCreateOuterOutline(bool drawToEdge, CGRect rect, RCTCornerRadii cornerRadii)
{
if (drawToEdge)
{
Log.Info(ReactConstants.Tag, "[RCTPathCreateOuterOutline] ReactBorderDrawingManager , cairo:" + cairo);
Log.Info(ReactConstants.Tag, "[RCTPathCreateOuterOutline] rect.origin.x:" + rect.origin.x + ", rect.origin.y:" + rect.origin.y + ", rect.size.width:" + rect.size.width + ", rect.size.height:" + rect.size.height);
// add a new rectangle path here in cairo context
Cairo.cairo_rectangle(cairo, rect.origin.x, rect.origin.y, rect.size.width, rect.size.height);
pathOuter = Cairo.cairo_copy_path(cairo);
//Cairo.cairo_stroke(cairo);
return;
}
//RCTPathCreateWithRoundedRect(rect, RCTGetCornerInsets(cornerRadii, new UIEdgeInsets(0,0,0,0)));
pathOuter = RCTPathCreateWithRoundedRect(rect, RCTGetCornerInsets(cornerRadii, new UIEdgeInsets(0, 0, 0, 0)));
}
IntPtr RCTPathCreateWithRoundedRect(CGRect bounds,
RCTCornerInsets cornerInsets
)
{
Log.Info(ReactConstants.Tag, "[RCTPathCreateWithRoundedRect] ReactBorderDrawingManager::RCTPathCreateWithRoundedRect BGN ");
Log.Info(ReactConstants.Tag, "[RCTPathCreateWithRoundedRect] bounds.origin.x:" + bounds.origin.x + ", bounds.origin.y:" + bounds.origin.y + ", bounds.size.width:" + bounds.size.width + ", bounds.size.height:" + bounds.size.height);
float minX = RectGetMinX(bounds);
float minY = RectGetMinY(bounds);
float maxX = RectGetMaxX(bounds);
float maxY = RectGetMaxY(bounds);
CGSize topLeft = new CGSize
(
Math.Max(0, Math.Min(cornerInsets.topLeft.width, bounds.size.width - cornerInsets.topRight.width)),
Math.Max(0, Math.Min(cornerInsets.topLeft.height, bounds.size.height - cornerInsets.bottomLeft.height))
);
CGSize topRight = new CGSize
(
Math.Max(0, Math.Min(cornerInsets.topRight.width, bounds.size.width - cornerInsets.topLeft.width)),
Math.Max(0, Math.Min(cornerInsets.topRight.height, bounds.size.height - cornerInsets.bottomRight.height))
);
CGSize bottomLeft = new CGSize
(
Math.Max(0, Math.Min(cornerInsets.bottomLeft.width, bounds.size.width - cornerInsets.bottomRight.width)),
Math.Max(0, Math.Min(cornerInsets.bottomLeft.height, bounds.size.height - cornerInsets.topLeft.height))
);
CGSize bottomRight = new CGSize
(
Math.Max(0, Math.Min(cornerInsets.bottomRight.width, bounds.size.width - cornerInsets.bottomLeft.width)),
Math.Max(0, Math.Min(cornerInsets.bottomRight.height, bounds.size.height - cornerInsets.topRight.height))
);
CGPoint p1 = new CGPoint
(
minX + topLeft.width, minY + topLeft.height
);
CGPoint p2 = new CGPoint
(
maxX - topRight.width, minY + topRight.height
);
CGPoint p3 = new CGPoint
(
maxX - bottomRight.width, maxY - bottomRight.height
);
CGPoint p4 = new CGPoint
(
minX + bottomLeft.width, maxY - bottomLeft.height
);
// begin a new cairo drawing path without current point
Cairo.cairo_new_sub_path(cairo);
RCTPathAddEllipticArc(cairo, IntPtr.Zero, p1, topLeft, Math.PI, 3 * Math.PI / 2, false);
RCTPathAddEllipticArc(cairo, IntPtr.Zero, p2, topRight, 3 * Math.PI / 2, 0, false);
RCTPathAddEllipticArc(cairo, IntPtr.Zero, p3, bottomRight, 0, Math.PI / 2, false);
RCTPathAddEllipticArc(cairo, IntPtr.Zero, p4, bottomLeft, Math.PI / 2, Math.PI, false);
/// auto close the current by draw a line to the init point
Cairo.cairo_close_path(cairo);
IntPtr path = Cairo.cairo_copy_path(cairo);
//Cairo.cairo_stroke(cairo);
return(path);
}
