// There are top lists, race lists, and class lists. By passing the actual
// list
public static void SortFraglist( CharData ch, FragData[] list )
{
FragData person = new FragData();
FragData temp = new FragData();
int count;
bool found = false;
if( ch.IsNPC() )
{
Log.Error( "Mobile in Fraglist.SortFraglist(), check frag code!", 0 );
return;
}
for( count = 0; count < FraglistData.MAX_FRAG; ++count )
{
if( list[ count ].Name.Equals(ch.Name, StringComparison.CurrentCultureIgnoreCase ) )
{
// remove them from the list if they're in it already
list[ count ].Name = String.Empty;
list[ count ].Frags = 0;
found = true;
}
}
// Shift a blank entry to the bottom of the list
if( found )
{
for( count = 0; count < FraglistData.MAX_FRAG; ++count )
{
if( list[ count ].Name.Length < 1 && count < ( FraglistData.MAX_FRAG - 1 ) )
{
list[ count ].Name = list[ count + 1 ].Name;
list[ count ].Frags = list[ count + 1 ].Frags;
list[ count + 1 ].Name = String.Empty;
list[ count + 1 ].Frags = 0;
}
}
}
person.Name = ch.Name;
person.Frags = ( (PC)ch ).Frags;
// This works fine provided a blank entry isn't found where the player
// used to be. If a blank entry is found it'll plug in the data and continue
// without setting the _name.
for( count = 0; count < FraglistData.MAX_FRAG; ++count )
{
// Use absolute value so we can handle the negative frags properly too
if( ( Math.Abs( list[ count ].Frags ) > Math.Abs( person.Frags ) ) )
continue;
temp.Name = list[ count ].Name;
temp.Frags = list[ count ].Frags;
list[ count ].Name = String.Empty;
list[ count ].Name = person.Name;
list[ count ].Frags = person.Frags;
person.Name = temp.Name;
person.Frags = temp.Frags;
temp.Name = String.Empty;
}
// See if the ch or victim qualify to replace an entry in either list.
// damn hard code to write.
}
// There are top lists, race lists, and class lists. By passing the actual
// list
static public void SortFraglist(CharData ch, FragData[] list)
{
FragData person = new FragData();
FragData temp = new FragData();
int count;
bool found = false;
if (ch.IsNPC())
{
Log.Error("Mobile in Fraglist.SortFraglist(), check frag code!", 0);
return;
}
for (count = 0; count < FraglistData.MAX_FRAG; ++count)
{
if (list[count].Name.Equals(ch.Name, StringComparison.CurrentCultureIgnoreCase))
{
// remove them from the list if they're in it already
list[count].Name = String.Empty;
list[count].Frags = 0;
found = true;
}
}
// Shift a blank entry to the bottom of the list
if (found)
{
for (count = 0; count < FraglistData.MAX_FRAG; ++count)
{
if (list[count].Name.Length < 1 && count < (FraglistData.MAX_FRAG - 1))
{
list[count].Name = list[count + 1].Name;
list[count].Frags = list[count + 1].Frags;
list[count + 1].Name = String.Empty;
list[count + 1].Frags = 0;
}
}
}
person.Name = ch.Name;
person.Frags = ((PC)ch).Frags;
// This works fine provided a blank entry isn't found where the player
// used to be. If a blank entry is found it'll plug in the data and continue
// without setting the _name.
for (count = 0; count < FraglistData.MAX_FRAG; ++count)
{
// Use absolute value so we can handle the negative frags properly too
if ((Math.Abs(list[count].Frags) > Math.Abs(person.Frags)))
{
continue;
}
temp.Name = list[count].Name;
temp.Frags = list[count].Frags;
list[count].Name = String.Empty;
list[count].Name = person.Name;
list[count].Frags = person.Frags;
person.Name = temp.Name;
person.Frags = temp.Frags;
temp.Name = String.Empty;
}
// See if the ch or victim qualify to replace an entry in either list.
// damn hard code to write.
}