public IContextual GetContextual(ComponentIdentifier id) { if (id.Key.StartsWith(GeneratedIdPrefix)) { return(_contextualsInverse.GetOrDefault(id)); } var contextual = _passivationCapableContextuals.GetOrDefault(id); if (contextual != null) { return(contextual); } var seed = _passivationCapableContextuals.GetOrDefault(new ComponentIdentifier(id.Key)) as IWeldComponent; if (seed == null) { return(null); } contextual = seed.Resolve(seed.Type); if (contextual != null) { PutIfAbsent(contextual); } return(contextual); }
public SerializableContextual(IContextual contextual, IContextualStore contextualStore) { _cachedContextualStore = contextualStore; if (contextual.GetType().IsSerializable) { _serializable = contextual; } else { _id = contextualStore.PutIfAbsent(contextual); } _cached = contextual; }
/// <summary> /// Add a contextual (if not already present) to the store, and return it's /// id. If the contextual is passivation capable, it's id will be used, /// otherwise an id will be generated /// </summary> /// <param name="contextual">contextual the contexutal to add</param> /// <returns>the current id for the contextual</returns> public ComponentIdentifier PutIfAbsent(IContextual contextual) { var passivationCapable = contextual as IPassivationCapable <ComponentIdentifier>; if (passivationCapable != null) { var id = passivationCapable.Id; _passivationCapableContextuals.TryAdd(id, contextual); return(id); } return(_contextuals.GetOrAdd(contextual, _ => { var id = new ComponentIdentifier( string.Format("{0}{1}", GeneratedIdPrefix, Interlocked.Increment(ref _idIncrement))); _contextualsInverse[id] = contextual; return id; })); }
public IContextualInstance GetOrPut(ComponentIdentifier id, Func <ComponentIdentifier, IContextualInstance> create) { return(_instances.GetOrAdd(id, create)); }
public IContextualInstance Get(ComponentIdentifier id) { return(_instances.GetOrDefault(id)); }
public ComponentDependencySet(CID Client, IEnumerable <CID> Suppliers) : base(Suppliers) { this.Client = Client; }
public ComponentDependencySet(CID Client, params CID[] Suppliers) : base(Suppliers) { this.Client = Client; }
/// <summary> /// Converts a <see cref="CircuitDocument"/> to an <see cref="IODocument"/>. /// </summary> /// <param name="document">The CircuitDocument to convert.</param> /// <returns>An IODocument constructed from the CircuitDocument.</returns> public static IODocument ToIODocument(this CircuitDocument document, out IDictionary <IOComponentType, EmbedComponentData> embedComponents) { IODocument ioDocument = new IODocument(); ioDocument.Size = document.Size; // Set metadata ioDocument.Metadata = document.Metadata; // Get connections Dictionary <Component, Dictionary <string, string> > connections = ConnectionHelper.RemoveWires(document); // Generate types Dictionary <ComponentIdentifier, IOComponentType> componentTypes = new Dictionary <ComponentIdentifier, IOComponentType>(); foreach (Component component in document.Components) { if (ComponentHelper.IsWire(component)) { continue; // Skip wires } ComponentIdentifier identifier = new ComponentIdentifier(component.Description, component.Configuration()); if (!componentTypes.ContainsKey(identifier)) { IOComponentType ioType = new IOComponentType(component.Description.Metadata.ImplementSet, (identifier.Configuration != null && !String.IsNullOrEmpty(identifier.Configuration.ImplementationName) ? identifier.Configuration.ImplementationName : component.Description.Metadata.ImplementItem)); ioType.Name = component.Description.ComponentName; ioType.GUID = component.Description.Metadata.GUID; componentTypes.Add(identifier, ioType); } } // Add visible components int idCounter = 0; // generate component IDs foreach (IComponentElement component in document.Elements.Where(component => component is IComponentElement && !ComponentHelper.IsWire(component))) { IOComponent ioComponent = new IOComponent(); ioComponent.ID = idCounter.ToString(); ioComponent.Size = component.Size; ioComponent.Location = new Point(component.Location.X, component.Location.Y); ioComponent.IsFlipped = component.IsFlipped; ioComponent.Orientation = component.Orientation; IOComponentType ioType = new IOComponentType(component.ImplementationCollection, component.ImplementationItem); if (component is Component) { Component cComponent = component as Component; ioType.Name = cComponent.Description.ComponentName; ioType.GUID = cComponent.Description.Metadata.GUID; ioComponent.Type = ioType; // Set connections if (connections.ContainsKey(cComponent)) { foreach (var connection in connections[cComponent]) { ioComponent.Connections.Add(connection.Key, connection.Value); } } } // Set properties foreach (var property in component.Properties) { ioComponent.Properties.Add(new IOComponentProperty(property.Key, property.Value, true)); // TODO: implement IsStandard } ioDocument.Components.Add(ioComponent); idCounter++; } // Add unavailable components foreach (DisabledComponent component in document.DisabledComponents) { Point?location = null; if (component.Location.HasValue) { location = new Point(component.Location.Value.X, component.Location.Value.Y); } IOComponent ioComponent = new IOComponent(); ioComponent.ID = idCounter.ToString(); ioComponent.Location = location; ioComponent.Size = component.Size; ioComponent.IsFlipped = component.IsFlipped; ioComponent.Orientation = component.Orientation; IOComponentType ioType = new IOComponentType(component.ImplementationCollection, component.ImplementationItem); // Set name if (!String.IsNullOrEmpty(component.Name)) { ioType.Name = component.Name; } // Set GUID if (component.GUID.HasValue) { ioType.GUID = component.GUID.Value; } ioComponent.Type = ioType; // Set properties foreach (var property in component.Properties) { ioComponent.Properties.Add(new IOComponentProperty(property.Key, property.Value, true)); } ioDocument.Components.Add(ioComponent); idCounter++; } // Add wires foreach (IComponentElement wire in document.Components.Where(component => ComponentHelper.IsWire(component))) { IOWire ioWire = new IOWire(new Point(wire.Location.X, wire.Location.Y), wire.Size, wire.Orientation); ioDocument.Wires.Add(ioWire); } // Embed components embedComponents = new Dictionary <IOComponentType, EmbedComponentData>(); foreach (EmbedDescription embedItem in document.Metadata.EmbedComponents.Where(item => item.IsEmbedded == true)) { if (!String.IsNullOrEmpty(embedItem.Description.Source.Path) && System.IO.File.Exists(embedItem.Description.Source.Path)) { EmbedComponentData embedData = new EmbedComponentData(); embedData.Stream = System.IO.File.OpenRead(embedItem.Description.Source.Path); embedData.FileExtension = System.IO.Path.GetExtension(embedItem.Description.Source.Path); switch (embedData.FileExtension) { case ".xml": embedData.ContentType = "application/xml"; break; case ".cdcom": embedData.ContentType = IO.CDDX.ContentTypeNames.BinaryComponent; break; } List <IOComponentType> associatedTypes = new List <IOComponentType>(); foreach (var item in componentTypes) { if (item.Key.Description == embedItem.Description && !embedComponents.ContainsKey(item.Value)) { embedComponents.Add(item.Value, embedData); } } } } return(ioDocument); }
/// <summary> /// Converts a <see cref="IODocument"/> to a <see cref="CircuitDocument"/>. /// </summary> /// <param name="document">The IODocument to convert.</param> /// <returns>A CircuitDocument constructed from the IODocument.</returns> public static CircuitDocument ToCircuitDocument(this IODocument document, IDocumentReader reader, out List <IOComponentType> unavailableComponents) { CircuitDocument circuitDocument = new CircuitDocument(); circuitDocument.Size = document.Size; // Set metadata circuitDocument.Metadata = new CircuitDocumentMetadata(null, null, document.Metadata); // Add components unavailableComponents = new List <IOComponentType>(); foreach (IOComponent component in document.Components) { ComponentIdentifier identifier = null; // Find description if (component.Type.GUID != Guid.Empty && ComponentHelper.IsDescriptionAvailable(component.Type.GUID)) { identifier = new ComponentIdentifier(ComponentHelper.FindDescription(component.Type.GUID)); } if (identifier == null && reader.IsDescriptionEmbedded(component.Type)) { identifier = LoadDescription(reader.GetEmbeddedDescription(component.Type), component.Type); } if (identifier == null && component.Type.IsStandard) { identifier = ComponentHelper.GetStandardComponent(component.Type.Collection, component.Type.Item); } if (identifier != null) { // Add full component Dictionary <string, object> properties = new Dictionary <string, object>(); foreach (var property in component.Properties) { properties.Add(property.Key, property.Value); } Component addComponent = Component.Create(identifier, properties); addComponent.Layout(component.Location.Value.X, component.Location.Value.Y, (component.Size.HasValue ? component.Size.Value : identifier.Description.MinSize), component.Orientation.Value, component.IsFlipped == true); addComponent.ImplementMinimumSize(addComponent.Description.MinSize); FlagOptions flagOptions = ComponentHelper.ApplyFlags(addComponent); if ((flagOptions & FlagOptions.HorizontalOnly) == FlagOptions.HorizontalOnly && component.Orientation == Orientation.Vertical) { addComponent.Orientation = Orientation.Horizontal; } else if ((flagOptions & FlagOptions.VerticalOnly) == FlagOptions.VerticalOnly && component.Orientation == Orientation.Horizontal) { addComponent.Orientation = Orientation.Vertical; } circuitDocument.Elements.Add(addComponent); } else { // Add disabled component if (!unavailableComponents.Contains(component.Type)) { unavailableComponents.Add(component.Type); } DisabledComponent addComponent = new DisabledComponent(); Dictionary <string, object> properties = new Dictionary <string, object>(); foreach (var property in component.Properties) { addComponent.Properties.Add(property.Key, property.Value); } addComponent.ImplementationCollection = component.Type.Collection; addComponent.ImplementationItem = component.Type.Item; addComponent.Name = component.Type.Name; addComponent.GUID = component.Type.GUID; if (component.Location.HasValue) { addComponent.Location = new Vector(component.Location.Value.X, component.Location.Value.Y); } addComponent.Size = component.Size; addComponent.Orientation = component.Orientation; circuitDocument.DisabledComponents.Add(addComponent); } } // Add wires IOComponentType wireType = new IOComponentType("wire"); if (ComponentHelper.WireDescription == null) { unavailableComponents.Add(wireType); } else { foreach (IOWire wire in document.Wires) { Dictionary <string, object> properties = new Dictionary <string, object>(4); properties.Add("@x", wire.Location.X); properties.Add("@y", wire.Location.Y); properties.Add("@orientation", wire.Orientation == Orientation.Horizontal); properties.Add("@size", wire.Size); Component wireComponent = Component.Create(ComponentHelper.WireDescription, properties); wireComponent.Layout(wire.Location.X, wire.Location.Y, wire.Size, wire.Orientation, false); wireComponent.ApplyConnections(circuitDocument); circuitDocument.Elements.Add(wireComponent); } } // Connections foreach (Component component in circuitDocument.Components) { component.ApplyConnections(circuitDocument); } return(circuitDocument); }