private void HandleExecuteVerb(ExecuteVerbEvent args, EntitySessionEventArgs eventArgs)
{
var user = eventArgs.SenderSession.AttachedEntity;
if (user == null)
{
return;
}
// It is possible that client-side prediction can cause this event to be raised after the target entity has
// been deleted. So we need to check that the entity still exists.
if (Deleted(args.Target) || Deleted(user))
{
return;
}
// Get the list of verbs. This effectively also checks that the requested verb is in fact a valid verb that
// the user can perform.
var verbs = GetLocalVerbs(args.Target, user.Value, args.RequestedVerb.GetType());
// Note that GetLocalVerbs might waste time checking & preparing unrelated verbs even though we know
// precisely which one we want to run. However, MOST entities will only have 1 or 2 verbs of a given type.
// The one exception here is the "other" verb type, which has 3-4 verbs + all the debug verbs.
// Find the requested verb.
if (verbs.TryGetValue(args.RequestedVerb, out var verb))
{
ExecuteVerb(verb, user.Value, args.Target);
}
}
private void HandleExecuteVerb(ExecuteVerbEvent args, EntitySessionEventArgs eventArgs)
{
var user = eventArgs.SenderSession.AttachedEntity;
if (user == null)
{
return;
}
// Get the list of verbs. This effectively also checks that the requested verb is in fact a valid verb that
// the user can perform.
var verbs = GetLocalVerbs(args.Target, user.Value, args.Type)[args.Type];
// Note that GetLocalVerbs might waste time checking & preparing unrelated verbs even though we know
// precisely which one we want to run. However, MOST entities will only have 1 or 2 verbs of a given type.
// The one exception here is the "other" verb type, which has 3-4 verbs + all the debug verbs.
// Find the requested verb.
if (verbs.TryGetValue(args.RequestedVerb, out var verb))
{
ExecuteVerb(verb, user.Value, args.Target);
}
}
