public static IEnumerable <TorPlayer> PartyPlayers(this TorPlayer torPlayer,
TorPlayerPredicateDelegate playerQualifier = null)
{
playerQualifier = playerQualifier ?? (ctx => true); // resolve playerQualifier to something sane
var playerGroupId = torPlayer.GroupId;
// If we're solo, only have the torPlayer on the list...
// We can't build this list using the 'normal' query, as all solo players have the common GroupId of zero.
// We don't want a list of 'solo' players (what the normal query would do), we want a list with only the solo torPlayer on it.
if (playerGroupId == 0)
{
return(ObjectManager.GetObjects <TorPlayer>().Where(p => (p == BuddyTor.Me) && playerQualifier(p)));
}
// NB: IsInParty() is implemented in terms of PartyPlayers(). Be careful not to implement this method in terms of
// IsInParty(); otherwise, infinite recursive descent will occur.
return
(ObjectManager.GetObjects <TorPlayer>().Where(p => !p.IsDeleted && playerQualifier(p) && (p.GroupId == playerGroupId)));
}
public static IEnumerable<TorPlayer> PartyPlayers(this TorPlayer torPlayer,
TorPlayerPredicateDelegate playerQualifier = null)
{
playerQualifier = playerQualifier ?? (ctx => true); // resolve playerQualifier to something sane
var playerGroupId = torPlayer.GroupId;
// If we're solo, only have the torPlayer on the list...
// We can't build this list using the 'normal' query, as all solo players have the common GroupId of zero.
// We don't want a list of 'solo' players (what the normal query would do), we want a list with only the solo torPlayer on it.
if (playerGroupId == 0)
{
return ObjectManager.GetObjects<TorPlayer>().Where(p => (p == BuddyTor.Me) && playerQualifier(p));
}
// NB: IsInParty() is implemented in terms of PartyPlayers(). Be careful not to implement this method in terms of
// IsInParty(); otherwise, infinite recursive descent will occur.
return
ObjectManager.GetObjects<TorPlayer>().Where(p => !p.IsDeleted && playerQualifier(p) && (p.GroupId == playerGroupId));
}