public CapturingGroupBrick Clone(IFlexpressionAlgebra algebra, string groupName, bool freeze = false)
{
var expressionType = string.Equals(groupName, _expressionType.Name)
? _expressionType
: ExpressionTypeDescriptor.Create(groupName, _expressionType.ValueTypeId, _expressionType.DefinesExpressionClass);
return(new CapturingGroupBrick(expressionType, algebra.GetHighestPrioritizedAlgebra(this), Content, freeze));
}
protected CompositeFlexpressionBrick(IFlexpressionAlgebra algebra, FlexpressionBrick b1, FlexpressionBrick b2, FlexpressionBrick b3, Func <CompositeFlexpressionBrick, bool> canFlattenPredicate)
: base(algebra.GetHighestPrioritizedAlgebra(b1, b2, b3))
{
var flatLength = GetSourceLength(b1, canFlattenPredicate) + GetSourceLength(b2, canFlattenPredicate) + GetSourceLength(b3, canFlattenPredicate);
Bricks = new FlexpressionBrick[flatLength];
var pos = 0;
AddBrick(Bricks, b1, canFlattenPredicate, ref pos);
AddBrick(Bricks, b2, canFlattenPredicate, ref pos);
AddBrick(Bricks, b3, canFlattenPredicate, ref pos);
}
protected CompositeFlexpressionBrick(IFlexpressionAlgebra algebra, FlexpressionBrick[] bricks, Func <CompositeFlexpressionBrick, bool> canFlattenPredicate)
: base(algebra.GetHighestPrioritizedAlgebra(bricks))
{
var flatLength = bricks.Sum(b => GetSourceLength(b, canFlattenPredicate));
Bricks = new FlexpressionBrick[flatLength];
var pos = 0;
var len = bricks.Length;
for (var idx = 0; idx < len; ++idx)
{
AddBrick(Bricks, bricks[idx], canFlattenPredicate, ref pos);
}
}
public CapturingGroupBrick Clone(IFlexpressionAlgebra algebra, bool freeze = false)
{
return(new CapturingGroupBrick(_expressionType, algebra.GetHighestPrioritizedAlgebra(this), Content, freeze));
}
public static IFlexpressionAlgebra GetHighestPrioritizedAlgebra(this IFlexpressionAlgebra defaultAlgebra, FlexpressionBrick arg1, FlexpressionBrick arg2, FlexpressionBrick arg3)
{
var alg = defaultAlgebra.GetHighestPrioritizedAlgebra(arg1).GetHighestPrioritizedAlgebra(arg2).GetHighestPrioritizedAlgebra(arg3);
return(alg);
}
public RulePlaceholderBrick(IFlexpressionAlgebra algebra, string ruleName, FlexpressionBrick defaultRule)
: base(algebra.GetHighestPrioritizedAlgebra(defaultRule))
{
RuleName = ruleName;
_rule = defaultRule != null ? new FreezableValue <Tuple <FlexpressionBrick, bool> >(Tuple.Create(defaultRule, false)) : new FreezableValue <Tuple <FlexpressionBrick, bool> >();
}
