public void AreSizes(string expected, SpacingSize spacingSize)
{
var padding = new FluentPadding();
padding.WithSize(spacingSize);
var classname = padding.Class(classProvider);
Assert.Equal(expected, classname);
}
public void AreSizes(string expected, SpacingSize spacingSize)
{
var margin = new FluentMargin();
margin.WithSize(spacingSize);
var classname = margin.Class(classProvider);
Assert.Equal(expected, classname);
}
public void AreBreakpoints_OnAll(string expected, SpacingSize spacingSize, Side side, Breakpoint breakpoint)
{
var padding = new FluentPadding();
padding.WithSize(spacingSize);
if (side != Side.None)
{
padding.WithSide(side);
}
if (breakpoint != Breakpoint.None)
{
padding.WithBreakpoint(breakpoint);
}
var classname = padding.Class(classProvider);
Assert.Equal(expected, classname);
}
public void AreBreakpoints_OnAll(string expected, SpacingSize spacingSize, Side side, Breakpoint breakpoint)
{
var margin = new FluentMargin();
margin.WithSize(spacingSize);
if (side != Side.None)
{
margin.WithSide(side);
}
if (breakpoint != Breakpoint.None)
{
margin.WithBreakpoint(breakpoint);
}
var classname = margin.Class(classProvider);
Assert.Equal(expected, classname);
}
public IFluentSpacingOnBreakpointWithSideAndSize WithSize(SpacingSize spacingSize)
{
var spacingDefinition = new SpacingDefinition {
Breakpoint = Breakpoint.None, Side = Side.All
};
if (!rules.ContainsKey(spacingSize))
{
rules.Add(spacingSize, new List <SpacingDefinition>()
{
spacingDefinition
});
}
else
{
rules[spacingSize].Add(spacingDefinition);
}
currentSpacing = spacingDefinition;
Dirty();
return(this);
}
