/// <summary> /// Generate the module and its implementation. /// </summary> /// <param name="writer">The writer.</param> /// <param name="prefix">The module prefix.</param> /// <param name="regenerate">The command string used to generate.</param> /// <param name="component">The component.</param> /// <param name="moduleId"></param> /// <param name="moduleName"></param> /// <param name="moduleOwner"></param> /// <param name="moduleVersion"></param> /// <param name="moduleState"></param> /// <param name="moduleType"></param> /// <param name="moduleDeterminism"></param> /// <param name="moduleCategory"></param> /// <param name="exclude">The set of parameters to exclude</param> /// <param name="namespaces">The set of extra namespaces</param> public void Generate(IndentingTextWriter writer, string prefix, string regenerate, ComponentCatalog.LoadableClassInfo component, string moduleId, string moduleName, string moduleOwner, string moduleVersion, string moduleState, string moduleType, string moduleDeterminism, string moduleCategory, HashSet <string> exclude, HashSet <string> namespaces) { Contracts.AssertValue(exclude); Name = moduleName; Owner = moduleOwner; Version = moduleVersion; State = moduleState; ModuleType = moduleType; Determinism = moduleDeterminism; Category = moduleCategory; Exclude = exclude; Namespaces = namespaces; GenerateHeader(writer, regenerate); using (writer.Nest()) { GenerateClassName(writer, prefix, component); using (writer.Nest()) GenerateContent(writer, prefix, component, moduleId); GenerateFooter(writer); } GenerateFooter(writer); }
private static void ShowMetadata(IndentingTextWriter itw, ISchema schema, int col, bool showVals) { Contracts.AssertValue(itw); Contracts.AssertValue(schema); Contracts.Assert(0 <= col && col < schema.ColumnCount); using (itw.Nest()) { foreach (var kvp in schema.GetMetadataTypes(col).OrderBy(p => p.Key)) { Contracts.AssertNonEmpty(kvp.Key); Contracts.AssertValue(kvp.Value); var type = kvp.Value; itw.Write("Metadata '{0}': {1}", kvp.Key, type); if (showVals) { if (!type.IsVector) { ShowMetadataValue(itw, schema, col, kvp.Key, type); } else { ShowMetadataValueVec(itw, schema, col, kvp.Key, type); } } itw.WriteLine(); } } }
/// <summary> /// Process a script to be parsed (from the input resource). /// </summary> private static void Process(IndentingTextWriter wrt, string text, ArgsBase defaults) { var env = new TlcEnvironment(seed: 42); using (wrt.Nest()) { var args1 = defaults.Clone(); using (wrt.Nest()) { if (!CmdParser.ParseArguments(env, text, args1, s => wrt.WriteLine("*** {0}", s))) { wrt.WriteLine("*** Failed!"); } } string str1 = args1.ToString(); wrt.WriteLine("ToString: {0}", str1); string settings1 = CmdParser.GetSettings(env, args1, defaults, SettingsFlags.None); wrt.WriteLine("Settings: {0}", settings1); var args2 = defaults.Clone(); using (wrt.Nest()) { if (!CmdParser.ParseArguments(env, settings1, args2, s => wrt.WriteLine("*** BUG: {0}", s))) { wrt.WriteLine("*** BUG: parsing result of GetSettings failed!"); } } string str2 = args2.ToString(); if (str1 != str2) { wrt.WriteLine("*** BUG: ToString Mismatch: {0}", str2); } string settings2 = CmdParser.GetSettings(env, args2, defaults, SettingsFlags.None); if (settings1 != settings2) { wrt.WriteLine("*** BUG: Settings Mismatch: {0}", settings2); } } }
private void ListKinds(IndentingTextWriter writer) { var sigs = _env.ComponentCatalog.GetAllSignatureTypes() .Select(ComponentCatalog.SignatureToString) .OrderBy(x => x); writer.WriteLine("Available component kinds:"); using (writer.Nest()) { foreach (var sig in sigs) { writer.WriteLine(sig); } } }
protected override void GenerateMethodSignature(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component) { w.Write("public static Tuple<ITrainer> Create{0}{1}(", prefix, component.LoadNames[0]); using (w.Nest()) { var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); var arguments = argumentInfo.Args.Where(a => !a.IsHidden).ToArray(); var pre = ""; foreach (var arg in arguments) { GenerateMethodSignature(w, arg, null, null, null, ref pre, ""); } w.WriteLine(")"); } }
protected override void GenerateMethodSignature(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("/// <summary>"); w.WriteLine("/// Creates a {0}", component.LoadNames[0]); w.WriteLine("/// </summary>"); w.WriteLine("/// <param name=\"env\">The environment</param>"); w.WriteLine("/// <param name=\"data\">The data set</param>"); w.WriteLine("/// <returns>The transformed data.</returns>"); w.WriteLine("public IDataView Create{0}{1}Impl(", prefix, component.LoadNames[0]); using (w.Nest()) { w.WriteLine("IHostEnvironment env,"); w.WriteLine("IDataView data)"); } }
protected override void GenerateImplBody(IndentingTextWriter w, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("{"); using (w.Nest()) { w.WriteLine("var args = new {0}();", GetCSharpTypeName(component.ArgType)); w.WriteLine("var defs = new {0}();", GetCSharpTypeName(component.ArgType)); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); var arguments = argumentInfo.Args.Where(a => !a.IsHidden).ToArray(); foreach (var arg in arguments) { GenerateImplBody(w, arg, ""); } w.WriteLine("return new Tuple<string, string>(\"{0}\", CmdParser.GetSettings(args, defs));", component.LoadNames[0]); } w.WriteLine("}"); }
protected override void GenerateMethodSignature(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("public static Tuple<IDataView, DataTransform> Create{0}{1}(", prefix, component.LoadNames[0]); using (w.Nest()) { var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); w.WriteLine("[DataLabInputPort(FriendlyName = \"IDataView\", DisplayName = \"IDataView\", IsOptional = false, DataTypes = WellKnownDataTypeIds.IDataViewDotNet, Description = \"Input data (IDataView)\")]"); w.Write("IDataView data"); var pre = ","; foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateMethodSignature(w, arg, null, null, null, ref pre, ""); } w.WriteLine(")"); } }
protected static void GenerateProperty(IndentingTextWriter w, string typeName, string argName, string defVal, bool isBool, string helpText) { var help = helpText ?? argName; help = help.Replace("&", "&").Replace("<", "<").Replace(">", ">"); w.WriteLine("/// <summary> Gets or sets {0}{1} </summary>", isBool ? "a value indicating whether " : "", help); w.WriteLine("public {0} {1}", typeName, Capitalize(argName)); w.WriteLine("{"); using (w.Nest()) { w.WriteLine("get {{ return {0}; }}", argName); w.WriteLine("set {{ {0} = value; }}", argName); } w.WriteLine("}"); w.WriteLine(); }
protected override void GenerateImplCall(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("{"); using (w.Nest()) { var className = prefix + component.LoadNames[0]; w.WriteLine("var builder = new {0}();", className); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); var arguments = argumentInfo.Args.Where(a => !a.IsHidden).ToArray(); foreach (var arg in arguments) { GenerateImplCall(w, arg, ""); } w.WriteLine("var learner = builder.GetTlcSettings();"); w.WriteLine("return new TlcTrainer(learner.Item1, learner.Item2);"); } w.WriteLine("}"); }
protected override void GenerateImplCall(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("{"); using (w.Nest()) { var className = prefix + component.LoadNames[0]; w.WriteLine("var builder = new {0}();", className); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateImplCall(w, arg, ""); } w.WriteLine("var env = new TlcEnvironment(1, verbose: true);"); w.WriteLine("var view = builder.Create{0}{1}Impl(env, data);", prefix, component.LoadNames[0]); w.WriteLine("return new Tuple<IDataView, DataTransform>(view, new DataTransform(view));"); } w.WriteLine("}"); }
protected override void GenerateModuleAttribute(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component, string moduleId) { if (!string.IsNullOrEmpty(prefix)) { prefix += " "; } w.WriteLine("[DataLabModule(FriendlyName = \"{0}{1}\",", prefix, component.UserName); using (w.Nest()) { var desc = component.Summary ?? component.LoadNames[0]; w.WriteLine("Description = \"{0}\",", desc.Replace("\n", "\\n").Replace("\r", "\\r")); w.WriteLine("IsBlocking = true,"); w.WriteLine("IsDeterministic = true,"); w.WriteLine("Version = \"2.0\","); w.WriteLine("Owner = \"Microsoft Corporation\","); w.WriteLine("FamilyId = \"{{{0}}}\",", moduleId.ToUpperInvariant()); w.WriteLine("ReleaseState = States.Alpha)]"); } }
private static void ShowMetadataValueVec <T>(IndentingTextWriter itw, ISchema schema, int col, string kind, ColumnType type) { Contracts.AssertValue(itw); Contracts.AssertValue(schema); Contracts.Assert(0 <= col && col < schema.ColumnCount); Contracts.AssertNonEmpty(kind); Contracts.AssertValue(type); Contracts.Assert(type.IsVector); Contracts.Assert(type.ItemType.RawType == typeof(T)); var conv = Conversions.Instance.GetStringConversion <T>(type.ItemType); var value = default(VBuffer <T>); schema.GetMetadata(kind, col, ref value); itw.Write(": Length={0}, Count={0}", value.Length, value.GetValues().Length); using (itw.Nest()) { var sb = default(StringBuilder); int count = 0; foreach (var item in value.Items()) { if ((count % 10) == 0) { itw.WriteLine(); } else { itw.Write(", "); } var val = item.Value; conv(in val, ref sb); itw.Write("[{0}] '{1}'", item.Key, sb); count++; } } }
private void GenerateHeader(IndentingTextWriter w, string regenerate) { w.WriteLine("//------------------------------------------------------------------------------"); w.WriteLine("// <auto-generated>"); w.WriteLine("// This code was generated by a tool."); w.WriteLine("//"); w.WriteLine("// Changes to this file may cause incorrect behavior and will be lost if"); w.WriteLine("// the code is regenerated."); w.WriteLine("// </auto-generated>"); w.WriteLine("//------------------------------------------------------------------------------"); w.WriteLine("// !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"); w.WriteLine("// DO NOT MODIFY THIS FILE"); w.WriteLine("// This file is generated from the TLC components, please don't modify."); w.WriteLine("// The following command was used to generate this file: " + regenerate); w.WriteLine("// Version used to generate this file: " + Assembly.GetExecutingAssembly().GetName().Version); w.WriteLine("// !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"); w.WriteLine(); w.WriteLine("namespace Microsoft.Analytics.Platform.ML.IDVUtils"); w.WriteLine("{"); using (w.Nest()) GenerateUsings(w); }
private void ShowUsage(IndentingTextWriter writer, string kind, string summary, string loadName, IReadOnlyList <string> loadNames, object args, int?columns) { _env.Assert(loadName == loadNames[0]); writer.WriteLine("Help for {0}: '{1}'", kind, loadName); using (writer.Nest()) ShowAliases(writer, loadNames); writer.WriteLine(); ShowFormattedSummary(writer, summary, columns); if (args == null) { writer.WriteLine("Component '{0}' is not configurable", loadName); writer.WriteLine(); } else { writer.WriteLine(CmdParser.ArgumentsUsage(_env, args.GetType(), args, false, columns)); } }
protected override void GenerateModuleAttribute(IndentingTextWriter w, string prefix, ComponentCatalog.LoadableClassInfo component, string moduleId) { if (!string.IsNullOrEmpty(prefix)) { prefix += " "; } w.WriteLine("[DataLabModule(FriendlyName = \"{0}{1}\",", prefix, component.UserName); using (w.Nest()) { var desc = component.Summary ?? component.LoadNames[0]; w.WriteLine("Description = \"{0}\",", desc.Replace("\n", "\\n").Replace("\r", "\\r")); string cat; if (component.IsOfType(typeof(SignatureBinaryClassifierTrainer)) || component.IsOfType(typeof(SignatureMultiClassClassifierTrainer))) { cat = @"Machine Learning\Initialize Model\Classification"; } else if (component.IsOfType(typeof(SignatureRegressorTrainer))) { cat = @"Machine Learning\Initialize Model\Regression"; } else if (component.IsOfType(typeof(SignatureAnomalyDetectorTrainer))) { cat = @"Machine Learning\Initialize Model\Anomaly Detection"; } else { cat = @"Machine Learning\Initialize Model"; } w.WriteLine("Category = @\"{0}\",", cat); w.WriteLine("IsBlocking = true,"); w.WriteLine("IsDeterministic = true,"); w.WriteLine("Version = \"2.0\","); w.WriteLine("Owner = \"Microsoft Corporation\","); w.WriteLine("FamilyId = \"{{{0}}}\",", Guid.NewGuid().ToString().ToUpperInvariant()); w.WriteLine("ReleaseState = States.Alpha)]"); } }
protected override void GenerateImplBody(IndentingTextWriter w, ComponentCatalog.LoadableClassInfo component) { w.WriteLine("{"); using (w.Nest()) { if (component.ArgType == null) { var call = GenerateCall(component); w.WriteLine("return {0}(env, data);", call); } else { w.WriteLine("var args = new {0}();", GetCSharpTypeName(component.ArgType)); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateImplBody(w, arg, ""); } var call = GenerateCall(component); w.WriteLine("return {0}(args, env, data);", call); } } w.WriteLine("}"); }
/// <summary> /// Generate enums for subcomponents. Uses ReflectionUtils to filter only the subcomponents that match the base type and the signature. /// </summary> /// <param name="w"></param> /// <param name="arg"></param> /// <param name="seen"></param> protected void GenerateEnums(IndentingTextWriter w, CmdParser.ArgInfo.Arg arg, HashSet <Tuple <Type, Type> > seen) { if (Exclude.Contains(arg.LongName)) { return; } var moreEnums = new List <CmdParser.ArgInfo.Arg>(); if (arg.IsHidden || !arg.IsSubComponentItemType) { return; } Contracts.Assert(arg.ItemType.GetGenericTypeDefinition() == typeof(SubComponent <,>)); var types = arg.ItemType.GetGenericArguments(); var baseType = types[0]; var sigType = types[1]; var key = new Tuple <Type, Type>(baseType, sigType); if (seen.Contains(key) || IsTrainer(sigType) || sigType == typeof(SignatureDataLoader)) { return; } seen.Add(key); var typeName = EnumName(arg, sigType); w.WriteLine("/// <summary> Available choices for {0} </summary>", sigType); w.WriteLine("public enum {0}", typeName); w.Write("{"); using (w.Nest()) { var pre = ""; if (arg.NullName != null) { w.WriteLine(); GenerateEnumValue(w, null); pre = ","; } var infos = ComponentCatalog.GetAllDerivedClasses(baseType, sigType); foreach (var info in infos) { w.WriteLine(pre); if (pre != "") { w.WriteLine(); } pre = ","; GenerateEnumValue(w, info); var args = info.CreateArguments(); if (args == null) { continue; } var argInfo = CmdParser.GetArgInfo(args.GetType(), args); moreEnums.AddRange(argInfo.Args); } w.WriteLine(); } w.WriteLine("}"); w.WriteLine(); foreach (var argument in moreEnums) { GenerateEnums(w, argument, seen); } }
protected override void GenerateContent(IndentingTextWriter writer, string prefix, ComponentCatalog.LoadableClassInfo component, bool generateEnums, string moduleId) { writer.WriteLine("[Module("); _compName = prefix + component.LoadNames[0]; var name = Name ?? PrettyPrintDisplayName(component.LoadNames[0]); using (writer.Nest()) { writer.WriteLine("Name = \"{0}\",", name); writer.WriteLine("FamilyId = \"{0}\",", moduleId); writer.WriteLine("Owner = \"{0}\",", Owner); writer.WriteLine("ReleaseVersion = \"{0}\",", Version); writer.WriteLine("State = ModuleState.{0},", State); writer.WriteLine("Type = ModuleType.{0},", ModuleType); writer.WriteLine("Determinism = Determinism.{0},", Determinism); writer.WriteLine("Category = @\"{0}\")]", Category); } writer.WriteLine("public static IModule Create{0}(", _compName); using (writer.Nest()) { writer.WriteLine("[Help(Display = @\"Dataset\", ToolTip = @\"Input dataset\")]"); writer.WriteLine("[ModuleInputPort]"); writer.WriteLine("IDataView idataset,"); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateMethodSignature(writer, arg, null, null, null, ""); } writer.WriteLine("[Help(Display = @\"Results dataset\", ToolTip = @\"Transformed dataset\")]"); writer.WriteLine("[ModuleOutputPort]"); writer.WriteLine("IDataView odataset,"); writer.WriteLine("[Help(Display = @\"{0}\", ToolTip = @\"{0}\")]", name); writer.WriteLine("[ModuleOutputPort]"); writer.WriteLine("DataTransform otransform,"); writer.WriteLine("[Context]"); writer.WriteLine("IContext context)"); } writer.WriteLine("{"); using (writer.Nest()) { writer.WriteLine("var instance = new {0}Module();", _compName); writer.WriteLine(); writer.WriteLine("var ports = new Dictionary<string, object> { { \"idataset\", idataset } };"); writer.WriteLine("var parameters = new Dictionary<string, object>"); writer.WriteLine("{"); using (writer.Nest()) { var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateDictionaryEntry(writer, arg, ""); } } writer.WriteLine("};"); writer.WriteLine(); writer.WriteLine("instance.Context = context;"); writer.WriteLine("instance.SetInputPorts(ports);"); writer.WriteLine("instance.SetParameters(parameters);"); writer.WriteLine(); writer.WriteLine("return instance;"); } writer.WriteLine("}"); writer.WriteLine(); writer.WriteLine("public class {0}Module : ModuleBase", _compName); writer.WriteLine("{"); using (writer.Nest()) { writer.WriteLine("private Dictionary<string, object> parameters;"); writer.WriteLine("private Dictionary<string, object> ports;"); writer.WriteLine(); writer.WriteLine("public override Dictionary<string, object> Run()"); writer.WriteLine("{"); using (writer.Nest()) { writer.WriteLine("var view = ConstructTransform((IDataView)ports[\"idataset\"]);"); writer.WriteLine("return new Dictionary<string, object> { { \"odataset\", view }, { \"otransform\", new DataTransform(view) } };"); } writer.WriteLine("}"); writer.WriteLine(); writer.WriteLine("public override void SetParameters(Dictionary<string, object> parameters)"); writer.WriteLine("{"); using (writer.Nest()) writer.WriteLine("this.parameters = parameters;"); writer.WriteLine("}"); writer.WriteLine(); writer.WriteLine("public override void SetInputPorts(Dictionary<string, object> ports)"); writer.WriteLine("{"); using (writer.Nest()) writer.WriteLine("this.ports = ports;"); writer.WriteLine("}"); writer.WriteLine(); writer.WriteLine("public override Dictionary<string, object> ComputeSchema(Dictionary<string, object> inputports)"); writer.WriteLine("{"); using (writer.Nest()) { writer.WriteLine("var view = ConstructTransform((IDataView)inputports[\"idataset\"]);"); writer.WriteLine("return new Dictionary<string, object> { { \"odataset\", view.Schema } };"); } writer.WriteLine("}"); writer.WriteLine(); writer.WriteLine("private IDataView ConstructTransform(IDataView input)"); writer.WriteLine("{"); using (writer.Nest()) { writer.WriteLine("var builder = new {0}();", _compName); var argumentInfo = CmdParser.GetArgInfo(component.ArgType, component.CreateArguments()); foreach (var arg in argumentInfo.Args.Where(a => !a.IsHidden)) { GenerateImplCall(writer, arg, null, null, null, ""); } writer.WriteLine("return builder.Create{0}Impl(Host, input);", _compName); } writer.WriteLine("}"); } writer.WriteLine("}"); }
protected void GenerateImplBody(IndentingTextWriter w, CmdParser.ArgInfo.Arg arg, string argSuffix) { if (Exclude.Contains(arg.LongName)) { return; } if (arg.IsSubComponentItemType) { // We need to create a tree with all the subcomponents, unless the subcomponent is a Trainer. Contracts.Assert(arg.ItemType.GetGenericTypeDefinition() == typeof(SubComponent <,>)); var types = arg.ItemType.GetGenericArguments(); var baseType = types[0]; var sigType = types[1]; if (IsTrainer(sigType)) { if (arg.IsCollection) { w.WriteLine("args{0}.{1} = new[] {{ new SubComponent<{2}, {3}>({4}.Item1, {4}.Item2) }};", argSuffix, arg.LongName, GetCSharpTypeName(baseType), GetCSharpTypeName(sigType), arg.LongName + argSuffix); } else { w.WriteLine("args{0}.{1} = new SubComponent<{2}, {3}>({4}.Item1, {4}.Item2);", argSuffix, arg.LongName, GetCSharpTypeName(baseType), GetCSharpTypeName(sigType), arg.LongName + argSuffix); } return; } if (sigType == typeof(SignatureDataLoader)) { return; } var typeName = EnumName(arg, sigType); w.WriteLine("switch ({0})", arg.LongName + argSuffix); w.WriteLine("{"); using (w.Nest()) { if (arg.NullName != null) { w.WriteLine("case {0}.None:", typeName); using (w.Nest()) { w.WriteLine("args{0}.{1} = null;", argSuffix, arg.LongName); w.WriteLine("break;"); } } var infos = ComponentCatalog.GetAllDerivedClasses(baseType, sigType); foreach (var info in infos) { w.WriteLine("case {0}.{1}:", typeName, info.LoadNames[0]); using (w.Nest()) { if (info.ArgType != null) { var newArgSuffix = argSuffix + info.LoadNames[0]; w.WriteLine("var args{0} = new {1}();", newArgSuffix, GetCSharpTypeName(info.ArgType)); w.WriteLine("var defs{0} = new {1}();", newArgSuffix, GetCSharpTypeName(info.ArgType)); var args = info.CreateArguments(); if (args != null) { var argInfo = CmdParser.GetArgInfo(args.GetType(), args); foreach (var a in argInfo.Args) { GenerateImplBody(w, a, newArgSuffix); } } w.WriteLine( "args{0}.{1} = new {2}(\"{3}\", CmdParser.GetSettings(args{4}, defs{4}));", argSuffix, arg.LongName, GetCSharpTypeName(arg.ItemType), info.LoadNames[0], newArgSuffix); } else { w.WriteLine("args{0}.{1} = new {2}(\"{3}\");", argSuffix, arg.LongName, GetCSharpTypeName(arg.ItemType), info.LoadNames[0]); } w.WriteLine("break;"); } } } w.WriteLine("}"); } else if (arg.IsCollection) { if (IsColumnType(arg)) { w.WriteLine("args{0}.{1} = {1}.Select({2}.Parse).ToArray();", argSuffix, arg.LongName, GetCSharpTypeName(arg.ItemType)); } else if (IsStringColumnType(arg)) { w.WriteLine("args{0}.{1} = {2};", argSuffix, arg.LongName, arg.LongName + argSuffix); } else { w.WriteLine("args{0}.{1} = new[] {{ {2} }};", argSuffix, arg.LongName, arg.LongName + argSuffix); } } else { w.WriteLine("args{0}.{1} = {2};", argSuffix, arg.LongName, arg.LongName + argSuffix); } }
private void ShowComponents(IndentingTextWriter writer) { Type typeSig; Type typeRes; string kind; if (_kind == null) { // Show commands. typeSig = typeof(SignatureCommand); typeRes = typeof(ICommand); kind = "Command"; writer.WriteLine("Available commands:"); } else { kind = _kind.ToLowerInvariant(); var sigs = _env.ComponentCatalog.GetAllSignatureTypes(); typeSig = sigs.FirstOrDefault(t => ComponentCatalog.SignatureToString(t).ToLowerInvariant() == kind); if (typeSig == null) { typeSig = sigs.FirstOrDefault(t => ComponentCatalog.SignatureToString(t).StartsWithInvariantCultureIgnoreCase(kind)); if (typeSig == null) { writer.WriteLine("Couldn't find kind '{0}'", kind); ListKinds(writer); return; } } typeRes = typeof(object); writer.WriteLine("Available components for kind '{0}':", ComponentCatalog.SignatureToString(typeSig)); } var infos = _env.ComponentCatalog.GetAllDerivedClasses(typeRes, typeSig) .Where(x => !x.IsHidden) .OrderBy(x => x.LoadNames[0].ToLowerInvariant()); using (writer.Nest()) { var components = new List <Component>(); foreach (var info in infos) { _env.Assert(info.LoadNames.Count > 0); writer.Write("{0}", info.LoadNames[0]); if (!string.IsNullOrWhiteSpace(info.UserName)) { writer.Write(": {0}", info.UserName); } writer.WriteLine(); using (writer.Nest()) ShowAliases(writer, info.LoadNames); components.Add(new Component(kind, info, info.CreateArguments())); } if (components.Count > 0) { Serialize(components); } } }