public virtual bool Test(IDependency <G, D, N> d)
{
/*
* log.info("DRF: Checking " + d + ": hasTag?: " +
* (d.dependent() instanceof HasTag) + "; value: " +
* ((d.dependent() instanceof HasTag)? ((HasTag) d.dependent()).tag(): null));
*/
if (d == null)
{
return(false);
}
if (!(d.Dependent() is IHasTag))
{
return(false);
}
string tag = ((IHasTag)d.Dependent()).Tag();
return(tagRejectFilter.Test(tag));
}
public virtual bool Test(IDependency <G, D, N> d)
{
/*
* log.info("DRF: Checking " + d + ": hasWord?: " +
* (d.dependent() instanceof HasWord) + "; value: " +
* ((d.dependent() instanceof HasWord)? ((HasWord) d.dependent()).word(): d.dependent().value()));
*/
if (d == null)
{
return(false);
}
string word = null;
if (d.Dependent() is IHasWord)
{
word = ((IHasWord)d.Dependent()).Word();
}
if (word == null)
{
word = d.Dependent().Value();
}
// log.info("Dep: kid is " + ((MapLabel) d.dependent()).toString("value{map}"));
return(wordRejectFilter.Test(word));
}
// Semantics of this method are weird. If accept() returns true, then the dependent is
// *not* a punctuation item. This filter thus accepts everything except punctuation
// dependencies.
public bool Test(IDependency <ILabel, ILabel, object> dep)
{
string depString = dep.Dependent().Value();
return(this._enclosing.punctRejectWordFilter.Test(depString));
}
