// Constructors
internal Session(Domain domain, SessionConfiguration configuration, bool activate)
: base(domain)
{
Guid = Guid.NewGuid();
IsDebugEventLoggingEnabled = OrmLog.IsLogged(LogLevel.Debug); // Just to cache this value
// Both Domain and Configuration are valid references here;
// Configuration is already locked
Configuration = configuration;
Name = configuration.Name;
identifier = Interlocked.Increment(ref lastUsedIdentifier);
CommandTimeout = configuration.DefaultCommandTimeout;
allowSwitching = configuration.Supports(SessionOptions.AllowSwitching);
// Handlers
Handlers = domain.Handlers;
Handler = CreateSessionHandler();
// Caches, registry
EntityStateCache = CreateSessionCache(configuration);
EntityChangeRegistry = new EntityChangeRegistry(this);
EntitySetChangeRegistry = new EntitySetChangeRegistry(this);
ReferenceFieldsChangesRegistry = new ReferenceFieldsChangesRegistry(this);
entitySetsWithInvalidState = new HashSet <EntitySetBase>();
// Events
EntityEvents = new EntityEventBroker();
Events = new SessionEventAccessor(this, false);
SystemEvents = new SessionEventAccessor(this, true);
// Etc.
PairSyncManager = new SyncManager(this);
RemovalProcessor = new RemovalProcessor(this);
pinner = new Pinner(this);
Operations = new OperationRegistry(this);
NonPairedReferencesRegistry = new NonPairedReferenceChangesRegistry(this);
CommandProcessorContextProvider = new CommandProcessorContextProvider(this);
// Validation context
ValidationContext = Configuration.Supports(SessionOptions.ValidateEntities)
? (ValidationContext) new RealValidationContext()
: new VoidValidationContext();
// Creating Services
Services = CreateServices();
disposableSet = new DisposableSet();
remapper = new KeyRemapper(this);
disableAutoSaveChanges = !configuration.Supports(SessionOptions.AutoSaveChanges);
// Perform activation
if (activate)
{
ActivateInternally();
}
// Query endpoint
SystemQuery = Query = new QueryEndpoint(new QueryProvider(this));
}
void SelectAbilities(AgentAI a)
{
string[] aNames; int[] aIds;
a.GetAbilities().m_AbilityManager.GetAbilityNamesAndIDs(out aIds, out aNames);
for (int i = 0; i < aIds.Length; i++)
{
if (a.GetAbilities() != null && a.GetAbilities().GetAbility(aIds[i]) != null)
{
try
{
if (a.GetAbilities().HasAbility(aIds[i]))
{
Ability abil = a.GetAbilities().GetAbility(aIds[i]);
KeyCode keycode = KeyRemapper.GetMappingForAbility(aIds[i]).m_Key;
switch (abil.State)
{
case Ability.AbilityState.prepped:
Keyboard.Instance[keycode.ToKey()] = UnityEngine.Color.yellow.ToColore();
break;
case Ability.AbilityState.activating:
Keyboard.Instance[keycode.ToKey()] = UnityEngine.Color.gray.ToColore();
break;
case Ability.AbilityState.active:
Keyboard.Instance[keycode.ToKey()] = UnityEngine.Color.green.ToColore();
break;
case Ability.AbilityState.ready:
Keyboard.Instance[keycode.ToKey()] = UnityEngine.Color.white.ToColore();
break;
default:
Keyboard.Instance[keycode.ToKey()] = magenta;
break;
}
if (abil.GetCooldownPercentage() > 0)
{
Keyboard.Instance[keycode.ToKey()] = a.IsSelected() ? UnityEngine.Color.yellow.ToColore() : magenta;
}
else if (abil.GetAmmoCount() == 0 && abil.GetMaxAmmo() != 0 && abil.GetCooldownPercentage() > 0)
{
Keyboard.Instance[keycode.ToKey()] = a.IsSelected() ? UnityEngine.Color.red.ToColore() : magenta;
}
}
}
catch { }
}
}
}
void DeselectAbilities(AgentAI a)
{
string[] aNames; int[] aIds;
a.GetAbilities().m_AbilityManager.GetAbilityNamesAndIDs(out aIds, out aNames);
for (int i = 0; i < aIds.Length; i++)
{
if (a.GetAbilities() != null && a.GetAbilities().GetAbility(aIds[i]) != null)
{
try
{
if (a.GetAbilities().HasAbility(aIds[i]))
{
Ability abil = a.GetAbilities().GetAbility(aIds[i]);
KeyCode keycode = KeyRemapper.GetMappingForAbility(aIds[i]).m_Key;
Keyboard.Instance[keycode.ToKey()] = magenta;
}
}
catch { }
}
}
}
