static public IPersistentVector create(object obj)
{
IReduceInit ri = obj as IReduceInit;
if (ri != null)
{
return(PersistentVector.create(ri));
}
ISeq iseq = obj as ISeq;
if (iseq != null)
{
return(PersistentVector.create(RT.seq(obj)));
}
IEnumerable ie = obj as IEnumerable;
if (ie != null)
{
return(PersistentVector.create1(ie));
}
return(createOwning(RT.toArray(obj)));
}
static public PersistentVector create(IReduceInit items)
{
TransientVector ret = (TransientVector)EMPTY.asTransient();
items.reduce(_transientVectorConj, ret);
return((PersistentVector)ret.persistent());
}
static public IPersistentVector create(object obj)
{
//if ((obj is Counted || RT.SupportsRandomAccess(obj))
// && fcount(obj) <= Tuple.MAX_SIZE)
// return Tuple.createFromColl(obj);
IReduceInit ri = obj as IReduceInit;
if (ri != null)
{
return(PersistentVector.create(ri));
}
ISeq iseq = obj as ISeq;
if (iseq != null)
{
return(PersistentVector.create(RT.seq(obj)));
}
IEnumerable ie = obj as IEnumerable;
if (ie != null)
{
return(PersistentVector.create1(ie));
}
return(createOwning(RT.toArray(obj)));
}
public static PersistentVector create(IReduceInit items)
{
TransientVector ret = (TransientVector)EMPTY.asTransient();
items.reduce(_transientVectorConj, ret);
return (PersistentVector)ret.persistent();
}
