public void Initialize(StateInitDesc initDesc)
{
Kernel = initDesc.Kernel;
_dataContent = initDesc.DataContent;
_archiveManager = initDesc.ArchiveManager;
_graphics = initDesc.GraphicsDevice;
_input = initDesc.InputManager;
_stateChange = initDesc.StateChange;
_shader = new KingdomShader(initDesc.ContentManager);
_camera = new Camera()
{
CameraPosition = new Vector3(0, 100, 200),
CameraRotationYawPitchRoll = new Vector3(90, 0, 10),
};
_menuState = new MenuState(this);
_worldId = initDesc.StateSettings.GetInt("WorldId", 2);
_placeId = initDesc.StateSettings.GetInt("PlaceId", 4);
_spawnId = initDesc.StateSettings.GetInt("SpawnId", 99);
_spawnScriptMap = initDesc.StateSettings.GetInt("SpawnScriptMap", 0x06);
_spawnScriptBtl = initDesc.StateSettings.GetInt("SpawnScriptBtl", 0x01);
_spawnScriptEvt = initDesc.StateSettings.GetInt("SpawnScriptEvt", 0x16);
BasicallyForceToReloadEverything();
_menuState.Initialize(initDesc);
}
public void Initialize(StateInitDesc initDesc)
{
Kernel = initDesc.Kernel;
_dataContent = initDesc.DataContent;
_archiveManager = initDesc.ArchiveManager;
_graphics = initDesc.GraphicsDevice;
_input = initDesc.InputManager;
_stateChange = initDesc.StateChange;
_shader = new KingdomShader(initDesc.ContentManager);
_camera = new Camera()
{
CameraPosition = new Vector3(0, 100, 200),
CameraRotationYawPitchRoll = new Vector3(90, 0, 10),
};
_menuState = new MenuState(this);
Kernel.World = initDesc.StateSettings.GetInt("WorldId", Kernel.World);
Kernel.Area = initDesc.StateSettings.GetInt("PlaceId", Kernel.Area);
Kernel.Entrance = initDesc.StateSettings.GetInt("SpawnId", Kernel.Entrance);
Field = new Kh2Field(
Kernel,
_camera,
initDesc.StateSettings,
_graphics.GraphicsDevice,
_shader,
_input);
BasicallyForceToReloadEverything();
_menuState.Initialize(initDesc);
}
public PlayerChoiceOpportunity SetOutcome(string GestureClassName, IStateChange Outcome)
{
if (!Classifier.Dataset.ClassNames.Contains(GestureClassName))
{
throw new Exception($"Cannot find gesture class {GestureClassName} in classifier's list (which is {Classifier.Dataset.ClassNames.Join()})");
}
OutcomeOptions.Add(GestureClassName, Outcome);
return(this);
}
private void CheckCorrectOverloadForViewModel <T, C>(IStateChange <T, C> change)
where T : class, IStateChangeEntityBase <C>
where C : Enum
{
if (change.GetType().BaseType.GenericTypeArguments.Length == 3)
{
throw new Exception($"Wront overload method! Change has a third ViewModel generic type! Use the other overload method of {nameof(BasicWorkFlowManage)} " +
$"or remove the view model from the generic type arguments of change basetype");
}
}
public void ManageTransition <T, C, L>(IStateChange <T, C, L> change, C newState, L model)
where T : class, IStateChangeEntityBase <C>
where C : Enum
where L : class
{
CheckCorrectOverloadForTasks(change);
BasicWorkFlowManage(change, newState);
change.IsValid(model);
change.StateAction(model);
ChangeStatus(change, newState);
}
public void Subscribe(Guid guid)
{
try
{
IStateChange callback = OperationContext.Current.GetCallbackChannel <IStateChange>();
using (subscribersLock.WriteLock())
subscribers.Add(new Client {
id = guid
}, callback);
}
catch (Exception ex)
{
Log.ErrorException("Subscribe", ex);
}
}
/// <summary>
/// !!! Calls SaveChanges on <see cref="IRLSRepository{Entity, ACLEntity}"/>
/// </summary>
/// <typeparam name="T">Entity</typeparam>
/// <typeparam name="C">State</typeparam>
/// <typeparam name="K">Task entity</typeparam>
/// <param name="change"></param>
public K[] ManageTransition <T, C, K, AclEntity>(IStateChange <T, C> change, C newState, IRLSRepository <K, AclEntity> RlsRepository)
where T : class, IStateChangeEntityBase <C>
where C : Enum
where K : TaskEntity, new()
where AclEntity : class, IACLEntity, new()
{
CheckCorrectOverloadForViewModel(change);
BasicWorkFlowManage(change, newState);
change.IsValid();
change.StateAction();
var tasks = TaskCreationManage <T, C, K, AclEntity>(change, RlsRepository);
ChangeStatus(change, newState);
return(tasks);
}
public K[] ManageTransition <T, C, K, L, AclEntity>(IStateChange <T, C, L> change, C newState, L model, IRLSRepository <K, AclEntity> RlsRepository)
where T : class, IStateChangeEntityBase <C>
where C : Enum
where K : TaskEntity, new()
where L : class
where AclEntity : class, IACLEntity, new()
{
BasicWorkFlowManage(change, newState);
change.IsValid(model);
change.StateAction(model);
var tasks = TaskCreationManage <T, C, K, AclEntity>(change, RlsRepository);
ChangeStatus(change, newState);
return(tasks);
}
public void Unsubscribe(Guid guid)
{
try
{
IStateChange callback = OperationContext.Current.GetCallbackChannel <IStateChange>();
using (subscribersLock.WriteLock())
{
var query = from c in subscribers.Keys
where c.id == guid
select c;
subscribers.Remove(query.First());
}
}
catch (Exception ex)
{
Log.ErrorException("Unsubscribe", ex);
}
}
private void CheckCorrectOverloadForTasks <T, C>(IStateChange <T, C> change)
where T : class, IStateChangeEntityBase <C>
where C : Enum
{
var implementedInterfaces = change.GetType().GetInterfaces().Select(x => x.Name);
if (implementedInterfaces.Any(x => x.IndexOf("IProducesTask") == 0))
{
throw new Exception($"Change implements {nameof(IProducesTask<TaskEntity>)} interface! Use the other overload method of {nameof(BasicWorkFlowManage)} " +
$"or remove interface from change!");
}
if (implementedInterfaces.Any(x => x.IndexOf("IHasTaskPrerequity") == 0))
{
throw new Exception($"Change implements {nameof(IHasTaskPrerequity)} interface! Use the other overload method of {nameof(BasicWorkFlowManage)} " +
$"or remove interface from change!");
}
}
private K[] TaskCreationManage <T, C, K, AclEntity>(IStateChange <T, C> change, IRLSRepository <K, AclEntity> RlsRepository)
where T : class, IStateChangeEntityBase <C>
where C : Enum
where K : TaskEntity, new()
where AclEntity : class, IACLEntity, new()
{
K[] CreateTasksIfNeeded()
{
if (change is IProducesTask <K> taskChange)
{
var config = change.GetConfiguration();
var tasksAdded = new List <K>();
var acls = new List <AclEntity>();
var secObjectsToAssignTasksTo = taskChange.AssignTaskToSecurityObjects();
if (config.TaskAssignType == TaskAssignType.Default)
{
throw new Exception($"{nameof(config.TaskAssignType)} is default! Please set up the setting correctly!");
}
if (config.TaskAssignType != TaskAssignType.Default)
{
if (config.TaskAssignType == TaskAssignType.AssignMany)
{
foreach (var securityObject in secObjectsToAssignTasksTo)
{
var task = new K
{
EntityId = change.Entity.Id,
Status = TaskStatus.Pending,
UniqueID = change.GetType().FullName
};
tasksAdded.Add(task);
}
}
else
{
var task = new K
{
EntityId = change.Entity.Id,
Status = TaskStatus.Pending,
UniqueID = change.GetType().FullName
};
tasksAdded.Add(task);
}
}
foreach (var task in tasksAdded)
{
RlsRepository.Add(task);
}
// Must call this, to let the tasks have a generated id
RlsRepository.SaveChanges();
foreach (var task in tasksAdded)
{
if (config.TaskAssignType == TaskAssignType.AssignMany)
{
foreach (var user in secObjectsToAssignTasksTo)
{
acls.Add(new AclEntity
{
EntityID = task.Id,
Permission = PermissionEnum.Full,
SecurityObjectID = user
});
}
}
else
{
acls.Add(new AclEntity
{
EntityID = task.Id,
Permission = PermissionEnum.Full,
SecurityObjectID = secObjectsToAssignTasksTo.First()
});
}
}
RlsRepository.AddAcls(acls.ToArray());
RlsRepository.SaveChanges();
return(tasksAdded.ToArray());
}
return(null);
}
void CheckForTasksIfNeeded()
{
if (change is IHasTaskPrerequity changeHasTasks)
{
var tasksToCheck = changeHasTasks.getCreatedTask();
if (tasksToCheck.Any(x => x.Status == TaskStatus.Pending))
{
throw new StateTransitionException($"Can't performe state transition because there are tasks to be finished! " +
$"{string.Join(", ", tasksToCheck.Where(x => x.Status == TaskStatus.Pending).Select(x => x.Id))}");
}
}
}
void CallAlterTasks(K[] tasks2)
{
if (change is IValidateTasks <K> validateTask && (tasks2 != null))
{
foreach (var task in tasks2)
{
validateTask.AlterTasks(task);
}
}
}
var tasks = CreateTasksIfNeeded();
CheckForTasksIfNeeded();
CallAlterTasks(tasks);
return(tasks);
}
public DebugOverlay(IStateChange stateChange)
{
_stateChange = stateChange;
}
private IStateChange[] GetStateChangeHooks(IList list)
{
IStateChange[] ret = new IStateChange [list.Count];
list.CopyTo (ret, 0);
return ret;
}
public void Initialize(StateInitDesc initDesc)
{
_kernel = initDesc.Kernel;
_archiveManager = initDesc.ArchiveManager;
_inputManager = initDesc.InputManager;
_stateChange = initDesc.StateChange;
drawing = new MonoDrawing(initDesc.GraphicsDevice.GraphicsDevice, initDesc.ContentManager);
var viewport = initDesc.GraphicsDevice.GraphicsDevice.Viewport;
drawing.SetProjection(
viewport.Width,
viewport.Height,
Global.ResolutionWidth,
Global.ResolutionHeight,
1.0f);
cachedSurfaces = new Dictionary <string, IEnumerable <ISurface> >();
if (_kernel.IsReMix)
{
_archiveManager.LoadArchive($"menu/{_kernel.Region}/titlejf.2ld");
}
_archiveManager.LoadArchive($"menu/{_kernel.Region}/title.2ld");
_archiveManager.LoadArchive($"menu/{_kernel.Region}/save.2ld");
_isTheaterModeUnlocked = false;
if (_kernel.IsReMix)
{
if (_isTheaterModeUnlocked)
{
_titleLayout = ReMixTheaterTitleLayout;
}
else
{
_titleLayout = ReMixTitleLayout;
}
}
else if (_kernel.RegionId == Constants.RegionFinalMix)
{
if (_isTheaterModeUnlocked)
{
_titleLayout = FinalMixTheaterTitleLayout;
}
else
{
_titleLayout = FinalMixTitleLayout;
}
}
else
{
_titleLayout = VanillaTitleLayout;
}
layoutRendererBg = CreateLayoutRenderer("titl");
layoutRendererFg = CreateLayoutRenderer("titl");
layoutRendererBg.SelectedSequenceGroupIndex = _titleLayout.Copyright;
if (_titleLayout.HasTheater)
{
layoutRendererTheater = CreateLayoutRenderer("even");
}
SetOption(0);
}
public void SetStateChanger(IStateChange mainWindow)
{
_stateChanger = mainWindow;
}
public void Initialize(StateInitDesc initDesc)
{
Kernel = initDesc.Kernel;
_archiveManager = initDesc.ArchiveManager;
InputManager = initDesc.InputManager;
_stateChange = initDesc.StateChange;
var viewport = initDesc.GraphicsDevice.GraphicsDevice.Viewport;
_shader = new KingdomShader(initDesc.ContentManager);
drawing = new MonoSpriteDrawing(initDesc.GraphicsDevice.GraphicsDevice, _shader);
drawing.SetProjection(
viewport.Width,
viewport.Height,
Global.ResolutionWidth,
Global.ResolutionHeight,
1.0f);
if (Kernel.IsReMix)
{
_archiveManager.LoadArchive($"menu/{Kernel.Region}/titlejf.2ld");
}
_archiveManager.LoadArchive($"menu/{Kernel.Region}/title.2ld");
_archiveManager.LoadArchive($"menu/{Kernel.Region}/save.2ld");
_isTheaterModeUnlocked = false;
if (Kernel.IsReMix)
{
if (_isTheaterModeUnlocked)
{
_titleLayoutDesc = ReMixTheaterTitleLayout;
}
else
{
_titleLayoutDesc = ReMixTitleLayout;
}
}
else if (Kernel.RegionId == Kh2.Constants.RegionFinalMix)
{
if (_isTheaterModeUnlocked)
{
_titleLayoutDesc = FinalMixTheaterTitleLayout;
}
else
{
_titleLayoutDesc = FinalMixTitleLayout;
}
}
else
{
_titleLayoutDesc = VanillaTitleLayout;
}
var messageContext = Kernel.SystemMessageContext;
_messageRenderer = new Kh2MessageRenderer(drawing, messageContext);
IEnumerable <ISpriteTexture> images;
(_titleLayout, images) = GetLayoutResources("titl", "titl");
layoutRendererBg = new LayoutRenderer(_titleLayout, drawing, images);
layoutRendererFg = new LayoutRenderer(_titleLayout, drawing, images);
layoutRendererBg.SelectedSequenceGroupIndex = _titleLayoutDesc.Copyright;
_sequenceRendererMenu = new SequenceRenderer(_titleLayout.SequenceItems[0], drawing, images.First());
Log.Info($"Theater={_titleLayoutDesc.HasTheater}");
if (_titleLayoutDesc.HasTheater)
{
(_theaterLayout, images) = GetLayoutResources("even", "even");
layoutRendererTheater = new LayoutRenderer(_theaterLayout, drawing, images);
}
SetOption(0);
}
public void registerNotification(IStateChange listener)
{
this.listenersList.Add(listener);
}
private IStateChange[] GetStateChangeHooks(IList list)
{
IStateChange[] ret = new IStateChange [list.Count];
list.CopyTo(ret, 0);
return(ret);
}
private void BasicWorkFlowManage <T, C>(IStateChange <T, C> change, C newState)
where T : class, IStateChangeEntityBase <C>
where C : Enum
{
void HasSufficentPermission()
{
var changeConfiguration = change.GetConfiguration();
if (changeConfiguration != null &&
changeConfiguration.HasPermissionToFullfillChange != null &&
changeConfiguration.HasPermissionToFullfillChange.Length > 0)
{
if (changeConfiguration.HasPermissionToFullfillChange.Any(x => CurrentUserGoups.Contains(x.Id)))
{
return;
}
else
{
throw new StateTransitionException($"User has no permission to perform this transition. Change type: {change.GetType().Name}");
}
}
else
{
throw new Exception($"Invalid {nameof(StateChangeConfiguration)}. Override {nameof(change.GetConfiguration)} properly!");
}
}
void StateTransitionValid()
{
var changeConfiguration = change.GetConfiguration();
if (changeConfiguration == null)
{
throw new Exception($"Invalid {nameof(StateChangeConfiguration)} object!");
}
if (changeConfiguration.AllowedStartStates != null &&
changeConfiguration.AllowedStartStates.Length > 0)
{
if (!changeConfiguration.AllowedStartStates.Contains(change.Entity.CurrentState))
{
throw new StateTransitionException($"Tried transition from {change.Entity.CurrentState} to {newState}, which is disallowed! " +
$"(possible state change outside of {nameof(StateManagger)}");
}
}
if (changeConfiguration.AllowedEndStates != null &&
changeConfiguration.AllowedEndStates.Length > 0)
{
if (!changeConfiguration.AllowedEndStates.Contains(newState))
{
throw new StateTransitionException($"Tried transition to '{newState}', which is disallowed end state!");
}
}
}
void TestChangeRule()
{
change.IsValid();
}
HasSufficentPermission();
StateTransitionValid();
TestChangeRule();
}
public StateChangeEvent(IStateChange state)
{
this.State = state;
}
private void ChangeStatus <T, C>(IStateChange <T, C> change, C newState)
where T : class, IStateChangeEntityBase <C>
where C : Enum
{
change.Entity.CurrentState = newState;
}
public VirtualClick(IStateChange callback, GameObject buttonModel)
{
this.callback = callback;
this.buttonModel = buttonModel;
}
public void SetStateChanger(IStateChange drinkView)
{
_stateChanger = drinkView;
}
