public override Container add(ushort x)
{
int loc = Utility.unsignedBinarySearch(content, 0, cardinality, x);
// if the location is positive, it means the number being added already existed in the
// array, so no need to do anything.
// if the location is negative, we did not find the value in the array. The location represents
// the negative value of the position in the array (not the index) where we want to add the value
if (loc < 0)
{
// Transform the ArrayContainer to a BitmapContainer
// when cardinality = DEFAULT_MAX_SIZE
if (cardinality >= DEFAULT_MAX_SIZE)
{
BitsetContainer a = this.toBitsetContainer();
a.add(x);
return(a);
}
if (cardinality >= this.content.Length)
{
increaseCapacity();
}
// insertion : shift the elements > x by one position to the right
// and put x in its appropriate place
Array.Copy(content, -loc - 1, content, -loc, cardinality + loc + 1);
content[-loc - 1] = x;
++cardinality;
}
return(this);
}
public override Container add(ushort begin, ushort end)
{
int indexstart =
Utility.unsignedBinarySearch(content, 0, cardinality, begin);
if (indexstart < 0)
{
indexstart = -indexstart - 1;
}
int indexend =
Utility.unsignedBinarySearch(content, 0, cardinality, (ushort)(end - 1));
if (indexend < 0)
{
indexend = -indexend - 1;
}
else
{
indexend++;
}
int rangelength = end - begin;
int newcardinality =
indexstart + (cardinality - indexend) + rangelength;
if (newcardinality > DEFAULT_MAX_SIZE)
{
BitsetContainer a = this.toBitsetContainer();
return(a.add(begin, end));
}
if (newcardinality >= this.content.Length)
{
increaseCapacity(newcardinality);
}
Array.Copy(content, indexend, this.content, indexstart
+ rangelength, cardinality - indexend);
for (int k = 0; k < rangelength; ++k)
{
this.content[k + indexstart] = (ushort)(begin + k);
}
this.cardinality = newcardinality;
return(this);
}
