public BoxShadow(String value,
IStyleVariableAccessor variableAccessor)
{
List <String> tokens;
var rgbIndex = value.IndexOf("rgb", StringComparison.OrdinalIgnoreCase);
if (rgbIndex < 0)
{
tokens = new List <String>(value.Split());
}
else
{
var preRgb = value.Substring(0, rgbIndex - 1);
tokens = new List <String>(preRgb.Split());
var withRgb = value.Substring(rgbIndex);
tokens.Add(withRgb);
}
switch (tokens.Count)
{
case 5:
SpreadRadius = new QuantityDeclaration(tokens[3],
variableAccessor, DeclarationProperty.BoxShadow);
goto case 4;
case 4:
BlurRadius = new QuantityDeclaration(tokens[2],
variableAccessor, DeclarationProperty.BoxShadow);
break;
}
OffsetY = new QuantityDeclaration(tokens[1],
variableAccessor, DeclarationProperty.BoxShadow);
OffsetX = new QuantityDeclaration(tokens[0],
variableAccessor, DeclarationProperty.BoxShadow);
Color = new ColorDeclaration(tokens[tokens.Count - 1], DeclarationProperty.BoxShadow,
variableAccessor);
}
public OutlineDeclaration(String value,
IStyleVariableAccessor variableAccessor)
: base(variableAccessor, DeclarationProperty.Outline)
{
var tokens = value.Split();
for (var c = 0; c < tokens.Length; c++)
{
var token = tokens[c];
if (Style == null)
{
var styleIs = GetEnumValue(token, OutlineStyle.Invalid);
if (styleIs != OutlineStyle.Invalid)
{
Style = new OutlineStyleDeclaration(token, variableAccessor);
continue;
}
}
if (Width == null)
{
if (QuantityDeclaration.IsValidQuantity(token))
{
Width = new OutlineWidthDeclaration(token, variableAccessor);
continue;
}
}
Color = new OutlineColorDeclaration(value, variableAccessor);
}
if (Style == null)
{
throw new InvalidOperationException();
}
}
