internal override RdpPattern MixedTextDeriv (MemoizationStore memo)
{
RdpPattern p = memo.MixedTextDeriv (LValue).Group (RValue);
return LValue.Nullable ?
p.Choice (memo.MixedTextDeriv (RValue)) : p;
}
internal override RdpPattern MixedTextDeriv (MemoizationStore memo)
{
return memo.MixedTextDeriv (LValue).Choice (
memo.MixedTextDeriv (RValue));
}
internal override RdpPattern StartAttDeriv (string name, string ns, MemoizationStore memo)
{
return memo.StartAttDeriv (LValue, name, ns)
.Choice (memo.StartAttDeriv (RValue, name, ns));
}
internal virtual RdpPattern EndTagDeriv (MemoizationStore memo)
{
return EndTagDeriv ();
}
internal override RdpPattern TextDeriv (string s, XmlReader reader, MemoizationStore memo)
{
return memo.TextDeriv (LValue, s, reader).Choice (memo.TextDeriv (RValue, s, reader));
}
internal virtual RdpPattern TextOnlyDeriv (MemoizationStore store)
{
return this;
}
internal virtual RdpPattern StartAttDeriv (string name, string ns, MemoizationStore memo)
{
return StartAttDeriv (name, ns);
}
internal override RdpPattern MixedTextDeriv (MemoizationStore memo)
{
RdpPattern p = memo.MixedTextDeriv (Child);
return p.PatternType == RelaxngPatternType.NotAllowed ?
p : p.Group (this.Choice (RdpEmpty.Instance));
}
internal override RdpPattern StartAttDeriv (string name, string ns, MemoizationStore memo)
{
RdpPattern rest = RdpEmpty.Instance.Choice (Child.OneOrMore ());
RdpPattern handled = memo.StartAttDeriv (Child, name, ns);
RdpFlip f = MakeFlip (RdpUtil.GroupFunction, rest);
return handled.ApplyAfter (new RdpApplyAfterHandler (f.Apply));
}
internal override RdpPattern TextDeriv (string s, XmlReader reader, MemoizationStore memo)
{
RdpPattern p = memo.TextDeriv (Child, s, reader);
return p.PatternType == RelaxngPatternType.NotAllowed ?
p : p.Group (this.Choice (RdpEmpty.Instance));
}
internal override RdpPattern TextOnlyDeriv (MemoizationStore memo)
{
return memo.TextOnlyDeriv (Child).OneOrMore ();
}
internal override RdpPattern StartTagCloseDeriv (MemoizationStore memo)
{
RdpPattern p = memo.StartTagCloseDeriv (LValue);
return p.PatternType == RelaxngPatternType.NotAllowed ?
p : p.Group (memo.StartTagCloseDeriv (RValue));
}
internal override RdpPattern StartAttDeriv (string name, string ns, MemoizationStore memo)
{
RdpPattern handledL = memo.StartAttDeriv (LValue, name, ns);
RdpPattern handledR = memo.StartAttDeriv (RValue, name, ns);
RdpFlip flipL = MakeFlip (RdpUtil.GroupFunction, RValue);
RdpPattern choiceL = handledL.ApplyAfter (new RdpApplyAfterHandler (flipL.Apply));
RdpPattern choiceR = handledR.ApplyAfter (new RdpApplyAfterHandler (LValue.Group));
return choiceL.Choice (choiceR);
}
internal override RdpPattern StartTagOpenDeriv (string name, string ns, MemoizationStore memo)
{
RdpPattern handled = memo.StartTagOpenDeriv (LValue, name, ns);
RdpFlip f = MakeFlip (RdpUtil.GroupFunction, RValue);
RdpPattern x = handled.ApplyAfter (new RdpApplyAfterHandler (f.Apply));
if (LValue.Nullable)
return x.Choice (memo.StartTagOpenDeriv (RValue, name, ns));
else
return x;
}
internal virtual RdpPattern TextDeriv (string s, XmlReader reader, MemoizationStore memo)
{
return TextDeriv (s, reader);
}
internal override RdpPattern StartTagCloseDeriv (MemoizationStore memo)
{
return memo.StartTagCloseDeriv (Child).OneOrMore ();
}
internal virtual RdpPattern EmptyTextDeriv (MemoizationStore memo)
{
return TextDeriv (String.Empty, null, memo);
}
internal override RdpPattern StartTagCloseDeriv (MemoizationStore memo)
{
return RdpNotAllowed.Instance;
}
internal virtual RdpPattern MixedTextDeriv (MemoizationStore memo)
{
return RdpNotAllowed.Instance;
}
internal override RdpPattern TextOnlyDeriv (MemoizationStore memo)
{
return RdpNotAllowed.Instance;
}
internal virtual RdpPattern StartTagCloseDeriv (MemoizationStore memo)
{
return StartTagCloseDeriv ();
}
internal override RdpPattern StartTagOpenDeriv (string name, string ns, MemoizationStore memo)
{
return nameClass.Contains (name, ns) ?
children.After (RdpEmpty.Instance) :
RdpNotAllowed.Instance;
}
internal override RdpPattern MixedTextDeriv (MemoizationStore memo)
{
return this;
}
internal override RdpPattern EmptyTextDeriv (MemoizationStore memo)
{
return memo.EmptyTextDeriv (LValue).After (RValue);
}
internal override RdpPattern TextOnlyDeriv (MemoizationStore memo)
{
return memo.TextOnlyDeriv (LValue).Choice (
memo.TextOnlyDeriv (RValue));
}
internal override RdpPattern StartAttDeriv (string name, string ns, MemoizationStore memo)
{
RdpPattern handled = memo.StartAttDeriv (LValue, name, ns);
RdpFlip f = MakeFlip (RdpUtil.AfterFunction, RValue);
return handled.ApplyAfter (new RdpApplyAfterHandler (
f.Apply));
}
internal override RdpPattern StartTagOpenDeriv (string name, string ns, MemoizationStore memo)
{
RdpPattern lDeriv = memo.StartTagOpenDeriv (LValue, name, ns);
return lDeriv.Choice (memo.StartTagOpenDeriv (RValue, name, ns));
}
internal override RdpPattern StartTagCloseDeriv (MemoizationStore memo)
{
return memo.StartTagCloseDeriv (LValue).After (RValue);
}
internal override RdpPattern EndAttDeriv (MemoizationStore memo)
{
return memo.EndAttDeriv (LValue).Choice (memo.EndAttDeriv (RValue));
}
internal override RdpPattern EmptyTextDeriv (MemoizationStore memo)
{
RdpPattern p = memo.EmptyTextDeriv (LValue);
p = p.PatternType == RelaxngPatternType.NotAllowed ?
p : p.Group (RValue);
return LValue.Nullable ?
p.Choice (memo.EmptyTextDeriv (RValue)) : p;
}
