public CharacterBoard()
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_mouseInput = DependencyInjection.Resolve<IMouseInput>();
_editingArea = new AreaRectangle(205, 110, 380, 345, new Color(10, 10, 10, 50));
_characterPosition = new Vector2(400, 450);
}
public LoadButton(int x, int y)
: base(x, y)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_mapData = DependencyInjection.Resolve<IMapData>();
_ledgesLoader = DependencyInjection.Resolve<ILedgesLoader>();
}
public KeyFrameSelectorItem(TextButtonOption option, int keyFrameIndex)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_characterDefinition = DependencyInjection.Resolve<CharacterDefinition>();
Option = option;
SetKeyFrame(keyFrameIndex);
}
public IconsPalette()
{
_items = new List<IconPaletteItem>();
_characterDefinition = DependencyInjection.Resolve<CharacterDefinition>();
_mouseInput = DependencyInjection.Resolve<IMouseInput>();
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
for (var l = 0; l < 4; l++)
{
for (var i = 0; i < 25; i++)
{
var source = new Rectangle((i % 5) * 64, (i / 5) * 64, 64, 64);
var destination = new Rectangle(i * 23, 467 + l * 32, 23, 32);
if (l == 3)
{
source.X = (i % 4) * 80;
source.Y = (i / 4) * 64;
source.Width = 80;
if (i < 15)
{
destination.X = i * 30;
destination.Width = 30;
}
}
_items.Add(new IconPaletteItem(i + 64 * l, l, source, destination));
}
}
}
public CharacterBoard()
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_mouseInput = DependencyInjection.Resolve <IMouseInput>();
_editingArea = new AreaRectangle(205, 110, 380, 345, new Color(10, 10, 10, 50));
_characterPosition = new Vector2(400, 450);
}
public KeyFrameSelectorItem(TextButtonOption option, int keyFrameIndex)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_characterDefinition = DependencyInjection.Resolve <CharacterDefinition>();
Option = option;
SetKeyFrame(keyFrameIndex);
}
public IconsPalette()
{
_items = new List <IconPaletteItem>();
_characterDefinition = DependencyInjection.Resolve <CharacterDefinition>();
_mouseInput = DependencyInjection.Resolve <IMouseInput>();
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
for (var l = 0; l < 4; l++)
{
for (var i = 0; i < 25; i++)
{
var source = new Rectangle((i % 5) * 64, (i / 5) * 64, 64, 64);
var destination = new Rectangle(i * 23, 467 + l * 32, 23, 32);
if (l == 3)
{
source.X = (i % 4) * 80;
source.Y = (i / 4) * 64;
source.Width = 80;
if (i < 15)
{
destination.X = i * 30;
destination.Width = 30;
}
}
_items.Add(new IconPaletteItem(i + 64 * l, l, source, destination));
}
}
}
internal static IReliableStateManager StateManager(this IReadOnlySettings settings)
{
if (settings.TryGet("ServiceFabricPersistence.StateManager", out IReliableStateManager value))
{
return(value);
}
throw new Exception("StateManager must be defined.");
}
public KeyFramesScroll(int limit, int x, int y)
: base(Animation.KeyFramesCount, limit, x, y, y + 170)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
var definitionsLoader = DependencyInjection.Resolve <IDefinitionsLoader>();
definitionsLoader.DefinitionsLoaded += Reset;
}
public KeyFramesScroll(int limit, int x, int y)
: base(Animation.KeyFramesCount, limit, x, y, y + 170)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
var definitionsLoader = DependencyInjection.Resolve<IDefinitionsLoader>();
definitionsLoader.DefinitionsLoaded += Reset;
}
public FramesesScroll(int limit, int x, int y)
: base(CharacterDefinition.FramesCount, limit, x, y, y + 290)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
var definitionsLoader = DependencyInjection.Resolve<IDefinitionsLoader>();
definitionsLoader.DefinitionsLoaded += Reset;
}
public AnimationsScroll(int limit, int x, int y)
: base(CharacterDefinition.AnimationsCount, limit, x, y, y + 195)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
var definitionsLoader = DependencyInjection.Resolve <IDefinitionsLoader>();
definitionsLoader.DefinitionsLoaded += Reset;
}
public CharacterAnimation()
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_animationPosition = new Vector2(500, 100);
_animationButton = new FlipTextButton <bool>(550, 3);
_animationButton.AddOption(false, "play");
_animationButton.AddOption(true, "stop");
_animationButton.Value = false;
}
public CharacterAnimation()
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_animationPosition = new Vector2(500, 100);
_animationButton = new FlipTextButton<bool>(550, 3);
_animationButton.AddOption(false, "play");
_animationButton.AddOption(true, "stop");
_animationButton.Value = false;
}
public AddFrameButton(IFrameSelector frameSelector, IFramesScroll framesScroll, int x, int y)
: base("(a)", x, y)
{
_frameSelector = frameSelector;
_framesScroll = framesScroll;
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
UpdateFocus();
_settings.SelectedFrameChanged += UpdateFocus;
_framesScroll.ScrollIndexChanged += UpdateVisibility;
_framesScroll.ScrollIndexChanged += UpdatePosition;
Click = AddFrame;
}
public AddFrameButton(IFrameSelector frameSelector, IFramesScroll framesScroll, int x, int y)
: base("(a)", x, y)
{
_frameSelector = frameSelector;
_framesScroll = framesScroll;
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
UpdateFocus();
_settings.SelectedFrameChanged += UpdateFocus;
_framesScroll.ScrollIndexChanged += UpdateVisibility;
_framesScroll.ScrollIndexChanged += UpdatePosition;
Click = AddFrame;
}
public override bool CanResizeAppointment(IReadOnlySettings readOnlySettings, IOccurrence occurrence)
{
var customAppointment = GetCustomAppointmentFromOccurence(occurrence);
if (customAppointment != null)
{
return(customAppointment.IsResizable);
}
else
{
return(base.CanResizeAppointment(readOnlySettings, occurrence));
}
}
// If the subject of an appointment is empty, it cannot be saved
public override bool CanSaveAppointment(IReadOnlySettings readOnlySettings, IOccurrence occurrence)
{
var customAppointment = GetCustomAppointmentFromOccurence(occurrence);
if (customAppointment != null)
{
return(customAppointment.Subject != string.Empty);
}
else
{
return(base.CanSaveAppointment(readOnlySettings, occurrence));
}
}
public PartsPalette()
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_partSelector = new PartSelector(X, Y, YIncrement);
_swapUpButton = new SwapUpButton(X + 100, Y + SwapButtonsYAddition);
_swapDownButton = new SwapDownButton(X + 120, Y + SwapButtonsYAddition);
_mirrorButton = new MirrorButton(X + 140, Y);
_resetButton = new ResetButton(X + 162, Y);
_deleteButton = new DeleteButton(X + 180, Y);
_settings.SelectedPartChanged += UpdateSelectedPartOptions;
UpdateSelectedPartOptions();
}
public LedgePallete(int x, int y)
{
_x = x;
_y = y;
_mapData = DependencyInjection.Resolve<IReadonlyMapData>();
_text = DependencyInjection.Resolve<IText>();
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_ledgeSelector = new LedgeSelector(x, y, YIncrement);
_ledgeFlagsButtons = new FlipTextButton<int>[_mapData.Ledges.Length];
CreateLedgeFlagsButtons();
var ledgesLoader = DependencyInjection.Resolve<ILedgesLoader>();
ledgesLoader.LedgesLoaded += UpdateLedgeFlagsButtonValues;
}
public PartsPalette()
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_partSelector = new PartSelector(X, Y, YIncrement);
_swapUpButton = new SwapUpButton(X + 100, Y + SwapButtonsYAddition);
_swapDownButton = new SwapDownButton(X + 120, Y + SwapButtonsYAddition);
_mirrorButton = new MirrorButton(X + 140, Y);
_resetButton = new ResetButton(X + 162, Y);
_deleteButton = new DeleteButton(X + 180, Y);
_settings.SelectedPartChanged += UpdateSelectedPartOptions;
UpdateSelectedPartOptions();
}
public LedgePallete(int x, int y)
{
_x = x;
_y = y;
_mapData = DependencyInjection.Resolve <IReadonlyMapData>();
_text = DependencyInjection.Resolve <IText>();
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_ledgeSelector = new LedgeSelector(x, y, YIncrement);
_ledgeFlagsButtons = new FlipTextButton <int> [_mapData.Ledges.Length];
CreateLedgeFlagsButtons();
var ledgesLoader = DependencyInjection.Resolve <ILedgesLoader>();
ledgesLoader.LedgesLoaded += UpdateLedgeFlagsButtonValues;
}
internal static string DetermineStorageQueueName(IReadOnlySettings settings)
{
var configuredQueueName = settings.GetConfiguredMsmqPersistenceSubscriptionQueue();
if (!string.IsNullOrEmpty(configuredQueueName))
{
return(configuredQueueName);
}
ThrowIfUsingTheOldDefaultSubscriptionsQueue();
var defaultQueueName = $"{settings.EndpointName()}.Subscriptions";
Logger.Info($"The queue used to store subscriptions has not been configured, the default '{defaultQueueName}' will be used.");
return(defaultQueueName);
}
public DurationControls(int x, int y, int yIncrement, IKeyFramesScroll keyFramesScroll, IKeyFramesOrderer keyFramesOrderer)
{
_keyFramesScroll = keyFramesScroll;
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_durationControls = new DurationControl[_keyFramesScroll.Limit];
var definitionsLoader = DependencyInjection.Resolve<IDefinitionsLoader>();
for (var i = 0; i < _durationControls.Length; i++)
_durationControls[i] = new DurationControl(x, y + (i * yIncrement), keyFramesOrderer);
_settings.SelectedAnimationChanged += UpdateControls;
_settings.SelectedAnimation.KeyFramesChanged += UpdateControls;
_keyFramesScroll.ScrollIndexChanged += UpdateControls;
definitionsLoader.DefinitionsLoaded += UpdateControls;
UpdateControls();
}
public DurationControls(int x, int y, int yIncrement, IKeyFramesScroll keyFramesScroll, IKeyFramesOrderer keyFramesOrderer)
{
_keyFramesScroll = keyFramesScroll;
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_durationControls = new DurationControl[_keyFramesScroll.Limit];
var definitionsLoader = DependencyInjection.Resolve <IDefinitionsLoader>();
for (var i = 0; i < _durationControls.Length; i++)
{
_durationControls[i] = new DurationControl(x, y + (i * yIncrement), keyFramesOrderer);
}
_settings.SelectedAnimationChanged += UpdateControls;
_settings.SelectedAnimation.KeyFramesChanged += UpdateControls;
_keyFramesScroll.ScrollIndexChanged += UpdateControls;
definitionsLoader.DefinitionsLoaded += UpdateControls;
UpdateControls();
}
static IEnumerable <LogEventProperty> BuildProperties(
IReadOnlySettings settings,
ILogger logger)
{
var entries = settings.ReadStartupDiagnosticEntries();
foreach (var entry in entries)
{
if (entry.Name == "Features")
{
continue;
}
var name = CleanEntry(entry.Name);
if (logger.BindProperty(name, entry.Data, out var property))
{
yield return(property);
}
}
}
IInstanceMappingLoader CreateInstanceMappingLoader(IReadOnlySettings settings)
{
var uri = settings.Get <Uri>(PathSettingsKey);
IInstanceMappingLoader loader;
if (!uri.IsAbsoluteUri || uri.IsFile)
{
var filePath = uri.IsAbsoluteUri
? uri.LocalPath
: GetRootedPath(uri.OriginalString);
if (!File.Exists(filePath))
{
throw new FileNotFoundException("The specified instance mapping file does not exist.", filePath);
}
loader = new InstanceMappingFileLoader(filePath);
}
else
{
loader = new InstanceMappingUriLoader(uri);
}
IInstanceMappingValidator validator;
if (settings.GetOrDefault <bool>(StrictSchemaValidationKey))
{
validator = EmbeddedSchemaInstanceMappingValidator.CreateValidatorV2();
}
else
{
validator = new FallbackInstanceMappingValidator(
EmbeddedSchemaInstanceMappingValidator.CreateValidatorV2(),
EmbeddedSchemaInstanceMappingValidator.CreateValidatorV1(),
"Validation error parsing instance mapping. Falling back on relaxed parsing method. Instance mapping may contain unsupported attributes."
);
}
return(new ValidatingInstanceMappingLoader(loader, validator));
}
public bool ShouldWriteCacheFile(Timetable tt, IReadOnlySettings settings)
=> (tt.Type == TimetableType.Network && tt.Stations.Count > 20) || settings.Get <bool>("core.force-cache-file");
public static void Initialize(IReadOnlySettings settings)
{
}
public SaveButton()
: base(200, 5)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_characterDefinition = DependencyInjection.Resolve<CharacterDefinition>();
}
// Creates one if it doesn't exist
public IExecutionCache Get(IModule module, IReadOnlySettings settings)
{
return settings.UseCache
? _executionCaches.GetOrAdd(module, new ExecutionCache())
: (IExecutionCache) new NoCache();
}
public static void Initialize()
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_characterDefinition = DependencyInjection.Resolve <CharacterDefinition>();
}
public LoadButton(int x, int y) : base(x, y)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_mapData = DependencyInjection.Resolve <IMapData>();
_ledgesLoader = DependencyInjection.Resolve <ILedgesLoader>();
}
public static void Initialize()
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_characterDefinition = DependencyInjection.Resolve<CharacterDefinition>();
}
public Starter(IMessageDispatcher dispatchMessages, IReadOnlySettings settings)
{
this.dispatchMessages = dispatchMessages;
this.settings = settings;
}
public KeyFramesOrderer(IKeyFramesScroll keyFramesScroll)
{
_keyFramesScroll = keyFramesScroll;
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
}
public MyMessageHandler(IReadOnlySettings settings)
{
this.settings = settings;
}
internal static JsonSerializerSettings GetJsonSerializerSettings(IReadOnlySettings settings)
{
return(settings.GetOrDefault <JsonSerializerSettings>("ServiceFabricPersistence.Saga.JsonSerializerSettings"));
}
// Creates one if it doesn't exist
public IExecutionCache Get(IModule module, IReadOnlySettings settings)
{
return(settings.Bool(Keys.UseCache)
? _executionCaches.GetOrAdd(module, new ExecutionCache())
: (IExecutionCache) new NoCache());
}
public LoadButton()
: base(230, 5)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_definitionsLoader = DependencyInjection.Resolve <IDefinitionsLoader>();
}
public LoadButton()
: base(230, 5)
{
_settings = DependencyInjection.Resolve<IReadOnlySettings>();
_definitionsLoader = DependencyInjection.Resolve<IDefinitionsLoader>();
}
public SaveButton(int x, int y) : base(x, y)
{
_settings = DependencyInjection.Resolve <IReadOnlySettings>();
_mapData = DependencyInjection.Resolve <IReadonlyMapData>();
}
internal PipelineBuilder(IPipelineCollection collection, IReadOnlySettings settings)
{
_collection = collection;
Settings = settings;
}
public MessageHandler(Context testContext, IReadOnlySettings settings)
{
this.testContext = testContext;
this.settings = settings;
}
internal static Func <TextReader, JsonReader> GetReaderCreator(IReadOnlySettings settings)
{
return(settings.GetOrDefault <Func <TextReader, JsonReader> >("ServiceFabricPersistence.Saga.ReaderCreator"));
}
internal static TimeSpan TransactionTimeout(this IReadOnlySettings settings)
{
return(settings.TryGet("ServiceFabricPersistence.StateManager.TransactionTimeout", out TimeSpan value) ? value : TimeSpan.FromSeconds(4));
}
