private RelativeFont ParseStyleItem(OrdinaryFormParser.RelativeFontContext context)
{
var fontStyle = context.fontStyle();
var style = _tokens.GetNumber(fontStyle.Value);
RelativeFont font = style switch
{
0 => ParseFontFromConfiguration(fontStyle),
_ => ParseStandardFont(style),
};
FillRelativeFont(font, context);
return(font);
}
public void FontListener_FillRelativeFont_FillsRelativeFontOptionalValues(string input, RelativeFont expected)
{
// Given.
var font = new AutoFont();
var parser = CreateParser(input);
var tree = parser.font();
WalkParseTree(tree);
// When.
TestSubject.FillRelativeFont(font, tree.relativeFont());
// Then.
font.Should().BeEquivalentTo(expected, opt => opt
.Excluding(x => x.Type));
}
internal virtual void FillRelativeFont(
RelativeFont font,
OrdinaryFormParser.RelativeFontContext context)
{
var mask = (FontMask)_tokens.GetNumber(context.Mask);
var optionalValueSequence = new[]
{
FontMask.Size,
FontMask.Bold,
FontMask.Italic,
FontMask.Underline,
FontMask.Strikeout,
};
var offset = 3;
foreach (var flag in optionalValueSequence)
{
if ((mask & flag) == 0)
{
continue;
}
var node = context.NUMBER(offset);
var value = _tokens.GetNumber(node);
switch (flag)
{
case FontMask.Size:
font.Size = ParseSize(value);
break;
case FontMask.Bold:
font.Bold = ParseBold(value);
break;
case FontMask.Italic:
font.Italic = ParseBoolean(value);
break;
case FontMask.Underline:
font.Underline = ParseBoolean(value);
break;
case FontMask.Strikeout:
font.Strikeout = ParseBoolean(value);
break;
default:
break;
}
offset++;
}
if ((mask & FontMask.FaceName) != 0)
{
font.FaceName = _tokens.GetString(context.FaceName);
}
font.Scale = (ushort)_tokens.GetNumber(context.Scale);
}
