internal override QE Add(QE evaluator)
{
QE qe = new QEMulti();
qe.Add(this);
qe.Add(evaluator);
return qe;
}
internal virtual void RemoveNot()
{
if (IsNot())
{
i_evaluator = ((QENot)i_evaluator).Evaluator();
}
}
internal override QE Add(QE evaluator)
{
QE qe = new QEMulti();
qe.Add(this);
qe.Add(evaluator);
return(qe);
}
internal override QE Add(QE evaluator)
{
if (!(evaluator is Db4objects.Db4o.Internal.Query.Processor.QENot))
{
i_evaluator = i_evaluator.Add(evaluator);
}
return this;
}
internal override QE Add(QE evaluator)
{
if (!(evaluator is Db4objects.Db4o.Internal.Query.Processor.QENot))
{
i_evaluator = i_evaluator.Add(evaluator);
}
return(this);
}
public virtual IConstraint Not()
{
lock (StreamLock())
{
if (!(i_evaluator is QENot))
{
i_evaluator = new QENot(i_evaluator);
}
return(this);
}
}
internal virtual bool Evaluate(QConObject a_constraint, QE a_evaluator)
{
if (a_evaluator.Identity())
{
return(a_evaluator.Evaluate(a_constraint, this, null));
}
if (_member == null)
{
_member = Value();
}
return(a_evaluator.Evaluate(a_constraint, this, a_constraint.Translate(_member)));
}
internal QENot(QE a_evaluator)
{
// CS
i_evaluator = a_evaluator;
}
public static Db4objects.Db4o.Internal.Fieldindex.QEBitmap ForQE(QE qe)
{
bool[] bitmap = new bool[4];
qe.IndexBitMap(bitmap);
return new Db4objects.Db4o.Internal.Fieldindex.QEBitmap(bitmap);
}
internal virtual void RemoveNot()
{
if (IsNot())
{
i_evaluator = ((QENot)i_evaluator).Evaluator();
}
}
public virtual IConstraint Not()
{
lock (StreamLock())
{
if (!(i_evaluator is QENot))
{
i_evaluator = new QENot(i_evaluator);
}
return this;
}
}
internal virtual QE Add(QE evaluator)
{
return(evaluator);
}
internal virtual bool Evaluate(QConObject a_constraint, QE a_evaluator)
{
if (a_evaluator.Identity())
{
return a_evaluator.Evaluate(a_constraint, this, null);
}
if (_member == null)
{
_member = Value();
}
return a_evaluator.Evaluate(a_constraint, this, a_constraint.Translate(_member));
}
public abstract bool Evaluate(QConObject arg1, QE arg2);
internal override QE Add(QE evaluator)
{
i_evaluators.Ensure(evaluator);
return(this);
}
public override bool Evaluate(QConObject a_constraint, QE a_evaluator)
{
return a_evaluator.Evaluate(a_constraint, this, a_constraint.Translate(_obj));
}
internal QENot(QE a_evaluator)
{
// CS
i_evaluator = a_evaluator;
}
public override bool Evaluate(QConObject a_constraint, QE a_evaluator)
{
return(a_evaluator.Evaluate(a_constraint, this, a_constraint.Translate(_obj)));
}
internal virtual QE Add(QE evaluator)
{
return evaluator;
}
public static QEBitmap ForQE(QE qe)
{
var bitmap = new bool[4];
qe.IndexBitMap(bitmap);
return new QEBitmap(bitmap);
}
internal override QE Add(QE evaluator)
{
i_evaluators.Ensure(evaluator);
return this;
}
public abstract bool Evaluate(QConObject arg1, QE arg2);