public override void Loaded(UFrameContainer container)
{
base.Loaded(container);
MVVM.HasSubNode <ServiceNode>();
MVVM.HasSubNode <SimpleClassNode>();
MVVM.HasSubNode <TypeReferenceNode>();
MVVM.Name = "MVVM Kernel Graph";
ComputedProperty.Name = "Computed Property";
Subsystem.HasSubNode <TypeReferenceNode>();
Element.HasSubNode <TypeReferenceNode>();
Subsystem.HasSubNode <EnumNode>();
Element.HasSubNode <EnumNode>();
Service.HasSubNode <EnumNode>();
Service.HasSubNode <SimpleClassNode>();
Service.HasSubNode <TypeReferenceNode>();
SceneType.Name = "Scene Type";
Subsystem.Name = "Sub System";
Service.Name = "Service";
ViewComponent.Name = "View Component";
StateMachine.Name = "State Machine";
BindingTypes = InvertGraphEditor.Container.Instances.Where(p => p.Key.Item1 == typeof(uFrameBindingType)).ToArray();
container.AddItemFlag <CommandsChildItem>("Publish", Color.green);
container.RegisterConnectable <PropertiesChildItem, ComputedPropertyNode>();// container.Connectable<PropertiesChildItem, ComputedPropertyNode>();
}
public override void Initialize(UFrameContainer container)
{
//
//#if UNITY_EDITOR
// foreach (var assembly in AppDomain.CurrentDomain.GetAssemblies())
// {
// InvertApplication.CachedAssemblies.Add(assembly);
// }
//#endif
var typeContainer = InvertGraphEditor.TypesContainer;
// Drawers
container.Register<DiagramViewModel,DiagramViewModel>();
container.RegisterDrawer<PropertyFieldViewModel, PropertyFieldDrawer>();
container.Register<SectionHeaderDrawer, SectionHeaderDrawer>();
container.RegisterItemDrawer<GenericItemHeaderViewModel, GenericChildItemHeaderDrawer>();
container.RegisterDrawer<InspectorViewModel, InspectorDrawer>();
container.RegisterDrawer<SectionHeaderViewModel, SectionHeaderDrawer>();
container.RegisterDrawer<ConnectorViewModel, ConnectorDrawer>();
container.RegisterDrawer<ConnectionViewModel, ConnectionDrawer>();
container.RegisterDrawer<InputOutputViewModel, SlotDrawer>();
container.RegisterDrawer<DiagramViewModel, DiagramDrawer>();
//typeContainer.AddItem<GenericSlot,InputOutputViewModel,SlotDrawer>();
//typeContainer.AddItem<BaseClassReference, InputOutputViewModel, SlotDrawer>();
container.RegisterInstance<IConnectionStrategy>(new InputOutputStrategy(),"InputOutputStrategy");
//container.RegisterConnectable<GenericTypedChildItem, IClassTypeNode>();
container.RegisterConnectable<GenericInheritableNode, GenericInheritableNode>();
container.RegisterInstance<IConnectionStrategy>(new TypedItemConnectionStrategy(), "TypedConnectionStrategy");
//container.RegisterInstance<IConnectionStrategy>(new RegisteredConnectionStrategy(),"RegisteredConnectablesStrategy");
container.AddNode<EnumNode>("Enum")
.AddCodeTemplate<EnumNode, EnumNodeGenerator>();
container.AddItem<EnumChildItem>();
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(int), Group = "", Label = "int", IsPrimitive = true }, "int");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(string), Group = "", Label = "string", IsPrimitive = true }, "string");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(decimal), Group = "", Label = "decimal", IsPrimitive = true }, "decimal");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(float), Group = "", Label = "float", IsPrimitive = true }, "float");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(bool), Group = "", Label = "bool", IsPrimitive = true }, "bool");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(char), Group = "", Label = "char", IsPrimitive = true }, "char");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(DateTime), Group = "", Label = "date", IsPrimitive = true }, "date");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(Vector2), Group = "", Label = "Vector2", IsPrimitive = true }, "Vector2");
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(Vector3), Group = "", Label = "Vector3", IsPrimitive = true }, "Vector3");
container.Register<DesignerGeneratorFactory, RegisteredTemplateGeneratorsFactory>("TemplateGenerators");
#if UNITY_EDITOR
typeContainer.RegisterInstance(new GraphTypeInfo() { Type = typeof(Quaternion), Group = "", Label = "Quaternion", IsPrimitive = true }, "Quaternion");
//container.Register<DesignerGeneratorFactory, Invert.uFrame.CodeGen.ClassNodeGenerators.SimpleClassNodeCodeFactory>("ClassNodeData");
#endif
// Register the container itself
container.RegisterInstance<IUFrameContainer>(container);
container.RegisterInstance<UFrameContainer>(container);
container.AddNode<TypeReferenceNode, TypeReferenceNodeViewModel, TypeReferenceNodeDrawer>("Type Reference");
container.AddNode<NoteNode, NoteNodeViewModel, NoteNodeDrawer>("Note");
// TODO 2.0 Key-bindings
// container.RegisterKeyBinding(new RenameCommand(), "Rename", KeyCode.F2);
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// p.DeselectAll();
// }), "End All Editing", KeyCode.Return);
// container.RegisterKeyBinding(new DeleteItemCommand(), "Delete Item", KeyCode.X, true);
// container.RegisterKeyBinding(new DeleteCommand(), "Delete", KeyCode.Delete);
//#if UNITY_EDITOR
// container.RegisterKeyBinding(new MoveUpCommand(), "Move Up", KeyCode.UpArrow);
// container.RegisterKeyBinding(new MoveDownCommand(), "Move Down", KeyCode.DownArrow);
//#endif
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// InvertGraphEditor.Settings.ShowHelp = !InvertGraphEditor.Settings.ShowHelp;
// }), "Show/Hide This Help", KeyCode.F1);
//#if DEBUG
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// InvertGraphEditor.Settings.ShowGraphDebug = !InvertGraphEditor.Settings.ShowGraphDebug;
// }), "Show/Hide Debug", KeyCode.F3);
//#endif
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// var saveCommand = InvertApplication.Container.Resolve<IToolbarCommand>("Save");
// InvertGraphEditor.ExecuteCommand(saveCommand);
// }), "Save & Compile", KeyCode.S, true, true);
}
public override void Initialize(UFrameContainer container)
{
//
//#if UNITY_EDITOR
// foreach (var assembly in AppDomain.CurrentDomain.GetAssemblies())
// {
// InvertApplication.CachedAssemblies.Add(assembly);
// }
//#endif
var typeContainer = InvertGraphEditor.TypesContainer;
// Drawers
container.Register <DiagramViewModel, DiagramViewModel>();
container.RegisterDrawer <PropertyFieldViewModel, PropertyFieldDrawer>();
container.Register <SectionHeaderDrawer, SectionHeaderDrawer>();
container.RegisterItemDrawer <GenericItemHeaderViewModel, GenericChildItemHeaderDrawer>();
container.RegisterDrawer <InspectorViewModel, InspectorDrawer>();
container.RegisterDrawer <SectionHeaderViewModel, SectionHeaderDrawer>();
container.RegisterDrawer <ConnectorViewModel, ConnectorDrawer>();
container.RegisterDrawer <ConnectionViewModel, ConnectionDrawer>();
container.RegisterDrawer <InputOutputViewModel, SlotDrawer>();
container.RegisterDrawer <DiagramViewModel, DiagramDrawer>();
//typeContainer.AddItem<GenericSlot,InputOutputViewModel,SlotDrawer>();
//typeContainer.AddItem<BaseClassReference, InputOutputViewModel, SlotDrawer>();
// !! Keep TypedItemConnectionStrategy Before InputOutputStrategy to fix Type Connection Related Type problem
container.RegisterInstance <IConnectionStrategy>(new TypedItemConnectionStrategy(), "TypedConnectionStrategy");
container.RegisterInstance <IConnectionStrategy>(new InputOutputStrategy(), "InputOutputStrategy");
container.RegisterConnectable <GenericInheritableNode, GenericInheritableNode>();
//container.RegisterConnectable<GenericTypedChildItem, IClassTypeNode>();
//container.RegisterInstance<IConnectionStrategy>(new RegisteredConnectionStrategy(),"RegisteredConnectablesStrategy");
container.AddNode <EnumNode>("Enum").AddCodeTemplate <EnumNode, EnumNodeGenerator>();
container.AddItem <EnumChildItem>();
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(byte), Group = "", Label = "byte", IsPrimitive = true
}, "byte");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(sbyte), Group = "", Label = "sbyte", IsPrimitive = true
}, "sbyte");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(int), Group = "", Label = "int", IsPrimitive = true
}, "int");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(uint), Group = "", Label = "uint", IsPrimitive = true
}, "uint");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(long), Group = "", Label = "long", IsPrimitive = true
}, "long");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(ulong), Group = "", Label = "ulong", IsPrimitive = true
}, "ulong");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(string), Group = "", Label = "string", IsPrimitive = true
}, "string");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(decimal), Group = "", Label = "decimal", IsPrimitive = true
}, "decimal");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(float), Group = "", Label = "float", IsPrimitive = true
}, "float");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(double), Group = "", Label = "double", IsPrimitive = true
}, "double");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(bool), Group = "", Label = "bool", IsPrimitive = true
}, "bool");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(char), Group = "", Label = "char", IsPrimitive = true
}, "char");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(DateTime), Group = "", Label = "date", IsPrimitive = true
}, "date");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(Vector2), Group = "", Label = "Vector2", IsPrimitive = true
}, "Vector2");
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(Vector3), Group = "", Label = "Vector3", IsPrimitive = true
}, "Vector3");
container.Register <DesignerGeneratorFactory, RegisteredTemplateGeneratorsFactory>("TemplateGenerators");
#if UNITY_EDITOR
typeContainer.RegisterInstance(new GraphTypeInfo()
{
Type = typeof(Quaternion), Group = "", Label = "Quaternion", IsPrimitive = true
}, "Quaternion");
//container.Register<DesignerGeneratorFactory, Invert.uFrame.CodeGen.ClassNodeGenerators.SimpleClassNodeCodeFactory>("ClassNodeData");
#endif
// Register the container itself
container.RegisterInstance <IUFrameContainer>(container);
container.RegisterInstance <UFrameContainer>(container);
container.AddNode <TypeReferenceNode, TypeReferenceNodeViewModel, TypeReferenceNodeDrawer>("Type Reference");
container.AddNode <NoteNode, NoteNodeViewModel, NoteNodeDrawer>("Note");
// TODO 2.0 Key-bindings
// container.RegisterKeyBinding(new RenameCommand(), "Rename", KeyCode.F2);
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// p.DeselectAll();
// }), "End All Editing", KeyCode.Return);
// container.RegisterKeyBinding(new DeleteItemCommand(), "Delete Item", KeyCode.X, true);
// container.RegisterKeyBinding(new DeleteCommand(), "Delete", KeyCode.Delete);
//#if UNITY_EDITOR
// container.RegisterKeyBinding(new MoveUpCommand(), "Move Up", KeyCode.UpArrow);
// container.RegisterKeyBinding(new MoveDownCommand(), "Move Down", KeyCode.DownArrow);
//#endif
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// InvertGraphEditor.Settings.ShowHelp = !InvertGraphEditor.Settings.ShowHelp;
// }), "Show/Hide This Help", KeyCode.F1);
//#if DEBUG
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// InvertGraphEditor.Settings.ShowGraphDebug = !InvertGraphEditor.Settings.ShowGraphDebug;
// }), "Show/Hide Debug", KeyCode.F3);
//#endif
// container.RegisterKeyBinding(new SimpleEditorCommand<DiagramViewModel>((p) =>
// {
// var saveCommand = InvertApplication.Container.Resolve<IToolbarCommand>("Save");
// InvertGraphEditor.ExecuteCommand(saveCommand);
// }), "Save & Compile", KeyCode.S, true, true);
}
