public GStringList Split(GString f, SplitOption splitop, CaseOption caseop)
{
GStringList vect = new GStringList();
if (this.Find(f, caseop) == -1)
{
vect.PushBack(this);
return(vect);
}
int pos = 0, pos1 = 0, pos2 = 0;
while (true)
{
pos1 = pos;
pos = this.Find(f, pos, caseop);
if (pos == -1)
{
break;
}
pos2 = pos;
GString ne = this.Substr(pos1, pos2);
if ((splitop == GString.SplitOption.SKIP_EMPTY_PARTS && ne.Size != 0) || splitop == G.GString.SplitOption.KEEP_EMPTY_PARTS)
{
vect.PushBack(ne);
}
pos += f.Size;
}
if (pos1 != 0)
{
GString ne = new GString(this.Substr(pos1, this.Size));
if ((splitop == G.GString.SplitOption.SKIP_EMPTY_PARTS && ne.Size != 0) || splitop == G.GString.SplitOption.KEEP_EMPTY_PARTS)
{
vect.PushBack(ne);
}
}
return(vect);
}
public GStringList Split(GString f, SplitOption splitop , CaseOption caseop)
{
GStringList vect = new GStringList();
if (this.Find(f, caseop) == -1)
{
vect.PushBack(this);
return (vect);
}
int pos = 0, pos1 = 0, pos2 = 0;
while (true)
{
pos1 = pos;
pos = this.Find(f, pos, caseop);
if (pos == -1)
break;
pos2 = pos;
GString ne = this.Substr(pos1, pos2);
if ((splitop == GString.SplitOption.SKIP_EMPTY_PARTS && ne.Size != 0) || splitop == G.GString.SplitOption.KEEP_EMPTY_PARTS)
vect.PushBack(ne);
pos += f.Size;
}
if (pos1 != 0)
{
GString ne = new GString (this.Substr(pos1, this.Size));
if ((splitop == G.GString.SplitOption.SKIP_EMPTY_PARTS && ne.Size != 0) || splitop == G.GString.SplitOption.KEEP_EMPTY_PARTS)
vect.PushBack(ne);
}
return (vect);
}
