private void AddSupportedPortDetails(ClassFileGenerator cfg, string implementedPort, bool isImplemented = true)
{
var type = implementedPort.Split()[0];
var name = implementedPort.Split()[1];
if (type.StartsWith("IEvent") && !type.StartsWith("IEventB"))
{
if (isImplemented)
{
cfg.AddField("EventConnector",
$"{name}Connector",
accessLevel: "private",
defaultValue: $"new EventConnector() {{ InstanceName = \"{name}Connector\" }}",
region: "Input instances");
List <string> methodBody = new List <string>();
methodBody.Add($"({name}Connector as IEvent).Execute();");
cfg.AddMethod("IEvent.Execute", region: $"{type} implementation", methodBody: methodBody);
}
else
{
cfg.AddField("EventConnector",
$"{name}Connector",
accessLevel: "private",
defaultValue: $"new EventConnector() {{ InstanceName = \"{name}Connector\" }}",
region: "Output instances");
}
}
else if (type.StartsWith("IDataFlow"))
{
if (type.StartsWith("IDataFlowB"))
{
}
else
{
var internalDataType = type.Replace("IDataFlow<", "");
internalDataType = internalDataType.Substring(0, internalDataType.Length - 1);
if (isImplemented)
{
cfg.AddField($"DataFlowConnector<{internalDataType}>", $"{name}Connector",
accessLevel: "private",
defaultValue: $"new DataFlowConnector<{internalDataType}>() {{ InstanceName = \"{name}Connector\" }}",
region: "Input instances");
string setterBody = $"{{({name}Connector as IDataFlow<{internalDataType}>).Data = value;}}";
cfg.AddProperty(internalDataType, $"{type}.Data", region: $"{type} implementation", setterBody: setterBody);
}
else
{
cfg.AddField($"Apply<{internalDataType}, {internalDataType}>", $"{name}Connector",
accessLevel: "private",
defaultValue: $"new Apply<{internalDataType}, {internalDataType}>() {{ InstanceName = \"{name}Connector\", Lambda = input => input }}",
region: "Output instances");
}
}
}
else if (type.StartsWith("IUI"))
{
cfg.AddMethod("IUI.GetWPFElement", returnType: "UIElement", region: $"{type} implementation");
}
}
private void Create()
{
try
{
var cfg = new ClassFileGenerator()
{
Namespace = $"{NamespacePrefix}{Enum.GetName(typeof(Enums.ALALayer), Layer)}",
ClassName = ClassName,
ImplementedInterfaces = ImplementedPorts.Select(s => s.Split().First()).ToList(), // Just get interface types
IsInterface = Layer == Enums.ALALayer.ProgrammingParadigms
};
if (Layer != Enums.ALALayer.ProgrammingParadigms)
{
cfg.Regions.Add("Public fields and properties");
cfg.Regions.Add("Private fields");
cfg.Regions.Add("Ports");
cfg.AddProperty("string", "InstanceName", accessLevel: "public", defaultValue: "\"Default\"", region: "Public fields and properties", isAutoProperty: true);
}
else
{
cfg.Regions.Add("Properties");
cfg.Regions.Add("Methods");
}
// Add usings
cfg.Usings.Add("System.Windows");
if (Layer == Enums.ALALayer.ProgrammingParadigms)
{
cfg.Usings.Add($"{NamespacePrefix}Libraries");
}
else if (Layer == Enums.ALALayer.DomainAbstractions)
{
cfg.Usings.Add($"{NamespacePrefix}Libraries");
cfg.Usings.Add($"{NamespacePrefix}ProgrammingParadigms");
}
else if (Layer == Enums.ALALayer.Application)
{
cfg.Usings.Add($"{NamespacePrefix}Libraries");
cfg.Usings.Add($"{NamespacePrefix}ProgrammingParadigms");
cfg.Usings.Add($"{NamespacePrefix}DomainAbstractions");
}
List <string> description = new List <string> {
""
};
int portCounter = 1;
if (!(Layer == Enums.ALALayer.ProgrammingParadigms))
{
if (Layer == Enums.ALALayer.Application)
{
cfg.Regions.Add("Input instances");
cfg.Regions.Add("Output instances");
}
;
description.Add("Ports:");
// Create implementation stubs
foreach (var implementedPort in ImplementedPorts)
{
var type = implementedPort.Split()[0];
cfg.Regions.Add($"{type} implementation");
AddSupportedPortDetails(cfg, implementedPort, isImplemented: true);
description.Add($"{portCounter}. {implementedPort.Replace("<", "<").Replace(">", ">")}:");
portCounter++;
}
foreach (var providedPort in ProvidedPorts)
{
var split = providedPort.Split();
if (split.Length < 2)
{
continue;
}
var type = split[0];
var name = split[1];
if (type.StartsWith("List<"))
{
cfg.AddField(type, name, accessLevel: "private", region: "Ports", defaultValue: $"new {type}()");
}
else
{
cfg.AddField(type, name, accessLevel: "private", region: "Ports");
}
description.Add($"{portCounter}. {providedPort.Replace("<", "<").Replace(">", ">")}:");
portCounter++;
AddSupportedPortDetails(cfg, providedPort, isImplemented: false);
}
}
cfg.Description = description;
if (Layer == Enums.ALALayer.Application)
{
// Add landmarks for wiring code insertion
List <string> constructorBody = new List <string>();
constructorBody.Add($"// BEGIN AUTO-GENERATED INSTANTIATIONS FOR {ClassName}.xmind");
constructorBody.Add($"// END AUTO-GENERATED INSTANTIATIONS FOR {ClassName}.xmind");
constructorBody.Add($"");
constructorBody.Add($"// BEGIN AUTO-GENERATED WIRING FOR {ClassName}.xmind");
constructorBody.Add($"// END AUTO-GENERATED WIRING FOR {ClassName}.xmind");
constructorBody.Add($"");
constructorBody.Add($"// BEGIN MANUAL INSTANTIATIONS FOR {ClassName}.xmind");
constructorBody.Add($"// END MANUAL INSTANTIATIONS FOR {ClassName}.xmind");
constructorBody.Add($"");
constructorBody.Add($"// BEGIN MANUAL WIRING FOR {ClassName}.xmind");
constructorBody.Add($"// END MANUAL WIRING FOR {ClassName}.xmind");
cfg.ConstructorBody = constructorBody;
// Add PostWiringInitialize
List <string> postWiringInitializeBody = new List <string>();
postWiringInitializeBody.Add("// Mapping to virtual ports");
// postWiringInitializeBody.Add("// Utilities.ConnectToVirtualPort(outputInstance, \"portOnOutputInstance\", portInStoryAbstraction);");
// postWiringInitializeBody.Add("");
foreach (var providedPort in ProvidedPorts)
{
var type = providedPort.Split()[0];
var name = providedPort.Split()[1];
// Connector should be an Apply<type, type>
if (type.StartsWith("IDataFlow") && !type.StartsWith("IDataFlowB"))
{
// postWiringInitializeBody.Add($"Utilities.ConnectToVirtualPort({name}Connector, \"output\", {name});");
postWiringInitializeBody.Add($"if ({name} != null) {name}Connector.WireTo({name}, \"output\");");
}
else if (type.StartsWith("IEvent") && !type.StartsWith("IEventB"))
{
// postWiringInitializeBody.Add($"Utilities.ConnectToVirtualPort({name}Connector, \"complete\", {name});");
postWiringInitializeBody.Add($"if ({name} != null) {name}Connector.WireTo({name}, \"complete\");");
}
}
postWiringInitializeBody.Add("");
postWiringInitializeBody.Add("// IDataFlowB and IEventB event handlers");
// postWiringInitializeBody.Add("// if (inputDataFlowBPort != null)");
// postWiringInitializeBody.Add("// {");
// postWiringInitializeBody.Add("// inputDataFlowBPort.DataChanged += () => (inputInstance as IDataFlow<T>).Data = inputDataFlowBPort.Data;");
// postWiringInitializeBody.Add("// }");
foreach (var providedPort in ProvidedPorts)
{
var type = providedPort.Split()[0];
var name = providedPort.Split()[1];
// Connector should be an Apply<type, type>
if (type.StartsWith("IDataFlowB"))
{
postWiringInitializeBody.Add($"if ({name} != null)");
postWiringInitializeBody.Add($"{{");
postWiringInitializeBody.Add($" {name}.DataChanged += () => ({name}Connector as IDataFlow<T>).Data = {name}.Data;");
postWiringInitializeBody.Add($"}}");
postWiringInitializeBody.Add("");
}
else if (type.StartsWith("IEventB"))
{
postWiringInitializeBody.Add($"if ({name} != null)");
postWiringInitializeBody.Add($"{{");
postWiringInitializeBody.Add($" {name}.EventHappened += () => ({name}Connector as IEvent).Execute();");
postWiringInitializeBody.Add($"}}");
postWiringInitializeBody.Add("");
}
}
postWiringInitializeBody.Add("// Send out initial values");
postWiringInitializeBody.Add("// (instanceNeedingInitialValue as IDataFlow<T>).Data = defaultValue;");
cfg.Regions.Add("PostWiringInitialize");
cfg.AddMethod("PostWiringInitialize", accessLevel: "private", methodBody: postWiringInitializeBody, region: "PostWiringInitialize");
}
var classFileTemplateContents = cfg.BuildFile();
if (WriteFile && Directory.Exists(Path.GetDirectoryName(FilePath)))
{
var classNameWithoutTypes = GetClassNameWithoutTypes(ClassName);
File.WriteAllText(Path.Combine(FilePath, $"{classNameWithoutTypes}.cs"), classFileTemplateContents);
if (Layer == Enums.ALALayer.Application && File.Exists(Path.Combine(FilePath, $"baseStoryAbstraction.xmind")))
{
// Create xmind diagram
File.Copy(Path.Combine(FilePath, $"baseStoryAbstraction.xmind"), Path.Combine(FilePath, $"{classNameWithoutTypes}.xmind"));
}
}
if (fileContentsOutput != null)
{
fileContentsOutput.Data = classFileTemplateContents;
}
}
catch (Exception e)
{
}
}