EF.Reverse.POCO.Core.ttinclude"

 <#@ include file="EF.Reverse.POCO.Core.ttinclude" #>
 <#
     // v2.18.1
     // Please make changes to the settings below.
     // All you have to do is save this file, and the output file(s) is/are generated. Compiling does not regenerate the file(s).

     // Main settings **********************************************************************************************************************
     // Namespace = ""; // Override the default namespace here
     DbContextName = "MyDbContext";
     DbContextInterfaceBaseClasses = "System.IDisposable";    // Specify what the base classes are for your database context interface
     DbContextBaseClass = "System.Data.Entity.DbContext";   // Specify what the base class is for your DbContext. For ASP.NET Identity use "IdentityDbContext<ApplicationUser>"
     ConnectionStringName = "MyDbContext";   // Searches for this connection string in config files listed below
     TargetFrameworkVersion = "4.51"; // Please set this to your .NET framework version, 4.0, 4.5, 4.51, etc.
     ConfigurationClassName = "Configuration"; // Configuration, Mapping, Map, etc. This is appended to the Poco class name to configure the mappings.
     ConfigFilenameSearchOrder = new[] { "app.config", "web.config", "app.config.transform", "web.config.transform" }; // Add more here if required. The config files are searched for in the local project first, then the whole solution second.
     MakeClassesPartial = false;
     GenerateSeparateFiles = false;
     UseCamelCase = true;    // This will rename the tables & fields to use CamelCase. If false table & field names will be left alone.
     IncludeComments = true; // Adds comments to the generated code
     IncludeExtendedPropertyComments = ExtendedPropertyCommentsStyle.InSummaryBlock; // Adds extended properties as comments to the generated code
     IncludeViews = true;
     IncludeStoredProcedures = true;
     IncludeTableValuedFunctions = false; // If true, you must also install the "EntityFramework.CodeFirstStoreFunctions" Nuget Package.
     DisableGeographyTypes = false; // Turns off use of System.Data.Entity.Spatial.DbGeography and System.Data.Entity.Spatial.DbGeometry as OData doesn't support entities with geometry/geography types.
     CollectionType = "System.Collections.Generic.List";  // Determines the type of collection for the Navigation Properties. "ObservableCollection" for example. Add "System.Collections.ObjectModel" to AdditionalNamespaces if setting the CollectionType = "ObservableCollection".
     AddUnitTestingDbContext = true; // Will add a FakeDbContext and FakeDbSet for easy unit testing
     IncludeQueryTraceOn9481Flag = false; // If SqlServer 2014 appears frozen / take a long time when this file is saved, try setting this to true (you will also need elevated privileges).
     AdditionalNamespaces = new[] { "" };  // To include extra namespaces, include them here. i.e. "Microsoft.AspNet.Identity.EntityFramework"
     AdditionalContextInterfaceItems = new[] // To include extra db context interface items, include them here. Also set MakeClassesPartial=true, and implement the partial DbContext class functions.
     {
         ""  //  example: "void SetAutoDetectChangesEnabled(bool flag);"
     };
     // If you need to serialize your entities with the JsonSerializer from Newtonsoft, this would serialize
     // all properties including the Reverse Navigation and Foreign Keys. The simplest way to exclude them is
     // to use the data annotation [JsonIgnore] on reverse navigation and foreign keys.
     AdditionalReverseNavigationsDataAnnotations = new string[] // Data Annotations for ReverseNavigationProperty.
     {
         // "JsonIgnore"
     };
     AdditionalForeignKeysDataAnnotations = new string[] // Data Annotations for ForeignKeys.
     {
         // "JsonIgnore"
     };  

     // Migrations *************************************************************************************************************************
     MigrationConfigurationFileName = ""; // null or empty to not create migrations
     MigrationStrategy = "MigrateDatabaseToLatestVersion"; // MigrateDatabaseToLatestVersion, CreateDatabaseIfNotExists or DropCreateDatabaseIfModelChanges
     ContextKey = ""; // Sets the string used to distinguish migrations belonging to this configuration from migrations belonging to other configurations using the same database. This property enables migrations from multiple different models to be applied to applied to a single database.
     AutomaticMigrationsEnabled = true;
     AutomaticMigrationDataLossAllowed = true; // if true, can drop fields and lose data during automatic migration

     // Pluralization **********************************************************************************************************************
     // To turn off pluralization, use:
     //      Inflector.PluralizationService = null;
     // Default pluralization, use:
     //      Inflector.PluralizationService = new EnglishPluralizationService();
     // For Spanish pluralization:
     //      1. Intall the "EF6.Contrib" Nuget Package.
     //      2. Add the following to the top of this file and adjust path, and remove the space between the angle bracket and # at the beginning and end.
     //         < #@ assembly name="your full path to \EntityFramework.Contrib.dll" # >
     //      3. Change the line below to: Inflector.PluralizationService = new SpanishPluralizationService();
     Inflector.PluralizationService = new EnglishPluralizationService(new[]
     {
         // Create custom ("Singular", "Plural") forms for one-off words as needed
         new CustomPluralizationEntry("LiveQuiz", "LiveQuizzes"),
         new CustomPluralizationEntry("Course", "Courses"),
         new CustomPluralizationEntry("CustomerStatus", "CustomerStatus"), // Use same value to prevent pluralisation
         new CustomPluralizationEntry("EmployeeStatus", "EmployeeStatus")
     });

     // Elements to generate ***************************************************************************************************************
     // Add the elements that should be generated when the template is executed.
     // Multiple projects can now be used that separate the different concerns.
     ElementsToGenerate = Elements.Poco | Elements.Context | Elements.UnitOfWork | Elements.PocoConfiguration;

     // Use these namespaces to specify where the different elements now live. These may even be in different assemblies.
     // Please note this does not create the files in these locations, it only adds a using statement to say where they are.
     // I show how this works on the video from 26:08 onwards.
     // The way to do this is to add the "EntityFramework Reverse POCO Code First Generator" into each of these folders.
     // Then set the .tt to only generate the relevant section you need by setting
     //      ElementsToGenerate = Elements.Poco; in your Entity folder,
     //      ElementsToGenerate = Elements.Context | Elements.UnitOfWork; in your Context folder,
     //      ElementsToGenerate = Elements.PocoConfiguration; in your Maps folder.
     //      PocoNamespace = "YourProject.Entities";
     //      ContextNamespace = "YourProject.Context";
     //      UnitOfWorkNamespace = "YourProject.Context";
     //      PocoConfigurationNamespace = "YourProject.Maps";
     // You also need to set the following to the namespace where they now live:
     PocoNamespace = "";
     ContextNamespace = "";
     UnitOfWorkNamespace = "";
     PocoConfigurationNamespace = "";

     // Schema *****************************************************************************************************************************
     // If there are multiple schemas, then the table name is prefixed with the schema, except for dbo.
     // Ie. dbo.hello will be Hello.
     //     abc.hello will be AbcHello.
     PrependSchemaName = true;   // Control if the schema name is prepended to the table name

     // Filtering **************************************************************************************************************************
     // Use the following table/view name regex filters to include or exclude tables/views
     // Exclude filters are checked first and tables matching filters are removed.
     //  * If left null, none are excluded.
     //  * If not null, any tables matching the regex are excluded.
     // Include filters are checked second.
     //  * If left null, all are included.
     //  * If not null, only the tables matching the regex are included.
     //  Example:    TableFilterExclude = new Regex(".*auto.*");
     //              TableFilterInclude = new Regex("(.*_FR_.*)|(data_.*)");
     //              TableFilterInclude = new Regex("^table_name1$|^table_name2$|etc");
     //              ColumnFilterExclude = new Regex("^FK_.*$");
     SchemaFilterExclude = null;
     SchemaFilterInclude = null;
     TableFilterExclude = null;
     TableFilterInclude = null;
     ColumnFilterExclude = null;

     // Stored Procedures ******************************************************************************************************************
     // Use the following regex filters to include or exclude stored procedures
     StoredProcedureFilterExclude = null;
     StoredProcedureFilterInclude = null;

     // Table renaming *********************************************************************************************************************
     // Use the following function to rename tables such as tblOrders to Orders, Shipments_AB to Shipments, etc.
     // Example:
     /*TableRename = (name, schema) =>
     {
         if (name.StartsWith("tbl"))
             name = name.Remove(0, 3);
         return name.Replace("_AB", "");
     };*/
     TableRename = (name, schema) => name;   // Do nothing by default

     // Column modification*****************************************************************************************************************
     // Use the following list to replace column byte types with Enums.
     // As long as the type can be mapped to your new type, all is well.
     //EnumsDefinitions.Add(new EnumDefinition { Schema = "dbo", Table = "match_table_name", Column = "match_column_name", EnumType = "name_of_enum" });
     //EnumsDefinitions.Add(new EnumDefinition { Schema = "dbo", Table = "OrderHeader", Column = "OrderStatus", EnumType = "OrderStatusType" }); // This will replace OrderHeader.OrderStatus type to be an OrderStatusType enum

     // Use the following function if you need to apply additional modifications to a column
     // eg. normalise names etc.
     UpdateColumn = (Column column, Table table) =>
     {
         // Example
         //if (column.NameHumanCase == "PkId")
         //    column.NameHumanCase = "Id";

         // Perform Enum property type replacement
         var enumDefinition = EnumsDefinitions.FirstOrDefault(e =>
             (e.Schema.ToLowerInvariant() == table.Schema.ToLowerInvariant()) &&
             (e.Table == table.Name || e.Table == table.NameHumanCase) &&
             (e.Column == column.Name || e.Column == column.NameHumanCase));

         if (enumDefinition != null)
             column.PropertyType = enumDefinition.EnumType;

         return column;
     };

     // StoredProcedure renaming ************************************************************************************************************
     // Use the following function to rename stored procs such as sp_CreateOrderHistory to CreateOrderHistory, my_sp_shipments to Shipments, etc.
     // Example:
     /*StoredProcedureRename = (name, schema) =>
     {
         if (name.StartsWith("sp_"))
             name = name.Remove(0, 3);
         return name.Replace("my_sp_", "");
     };*/
     StoredProcedureRename = (name, schema) => name;   // Do nothing by default

     // StoredProcedure return types *******************************************************************************************************
     // Override generation of return models for stored procedures that return entities.
     // If a stored procedure returns an entity, add it to the list below.
     // This will suppress the generation of the return model, and instead return the entity.
     // Example:                       Proc name      Return this entity type instead
     //StoredProcedureReturnTypes.Add("SalesByYear", "SummaryOfSalesByYear");

     // WCF ********************************************************************************************************************************
     // This is only intended as a helper, to get you started creating WCF contracts, and to save a lot of typing.
     AddWcfDataAttributes = false;
     ExtraWcfDataContractAttributes = "";    // This string is inserted into the  [DataContract] attribute, before the closing square bracket.
     // Example: "";                                           = [DataContract]
     //          "(Namespace = \"http://www.contoso.com\")";   = [DataContract(Namespace = "http://www.contoso.com")]
     //          "(Namespace = Constants.ServiceNamespace)";   = [DataContract(Namespace = Constants.ServiceNamespace)]

     // Callbacks **********************************************************************************************************************
     // This method will be called right before we write the POCO header.
     Action<Table> WritePocoClassAttributes = t =>
     {
         // Do nothing by default
         // Example:
         // if(t.ClassName.StartsWith("Order"))
         //     WriteLine("    [SomeAttribute]");
     };

     // Writes optional base classes
     Func<Table, string> WritePocoBaseClasses = t =>
     {
         //if (t.ClassName == "User")
         //    return ": IdentityUser<int, CustomUserLogin, CustomUserRole, CustomUserClaim>";
         return "";
     };

     // Writes any boilerplate stuff
     Action<Table> WritePocoBaseClassBody = t =>
     {
         // Do nothing by default
         // Example:
         // WriteLine("        // " + t.ClassName);
     };

     Func<Column, string> WritePocoColumn = c => c.Entity;

     Func<StoredProcedure, string> WriteStoredProcFunctionName = sp => sp.NameHumanCase;

     Func<StoredProcedure, bool, string> WriteStoredProcFunctionParams = (sp, includeProcResult) =>
     {
         var sb = new StringBuilder();
         int n = 1;
         int count = sp.Parameters.Count;
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             sb.AppendFormat("{0}{1}{2} {3}{4}",
                 p.Mode == StoredProcedureParameterMode.In ? "" : "out ",
                 p.PropertyType,
                 NotNullable.Contains(p.PropertyType.ToLower()) ? string.Empty : "?",
                 p.NameHumanCase,
                 (n++ < count) ? ", " : string.Empty);
         }
         if (includeProcResult && sp.ReturnModels.Count > 0 && sp.ReturnModels.First().Count > 0)
             sb.AppendFormat((sp.Parameters.Count > 0 ?  ", " : "") + "out int procResult");
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteStoredProcFunctionOverloadCall = (sp) =>
     {
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             sb.AppendFormat("{0}{1}, ",
                 p.Mode == StoredProcedureParameterMode.In ? "" : "out ",
                 p.NameHumanCase);
         }
         sb.Append("out procResult");
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteStoredProcFunctionSqlAtParams = sp =>
     {
         var sb = new StringBuilder();
         int n = 1;
         int count = sp.Parameters.Count;
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             sb.AppendFormat("{0}{1}{2}",
                 p.Name,
                 p.Mode == StoredProcedureParameterMode.In ? string.Empty : " OUTPUT",
                 (n++ < count) ? ", " : string.Empty);
         }
         return sb.ToString();
     };

     Func<StoredProcedureParameter, string> WriteStoredProcSqlParameterName = p => p.NameHumanCase + "Param";

     Func<StoredProcedure, string> WriteStoredProcFunctionDeclareSqlParameter = sp =>
     {
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             bool isNullable = !NotNullable.Contains(p.PropertyType.ToLower());
             var getValueOrDefault = isNullable ? ".GetValueOrDefault()" : string.Empty;

             sb.AppendLine(string.Format("            var {0} = new System.Data.SqlClient.SqlParameter {{ ParameterName = \"{1}\", SqlDbType = System.Data.SqlDbType.{2}, Direction = System.Data.ParameterDirection.{3}{4}{5}{6}{7} }};",
                 WriteStoredProcSqlParameterName(p),
                 p.Name,
                 p.SqlDbType,
                 p.Mode == StoredProcedureParameterMode.In ? "Input" : "Output",
                 p.Mode == StoredProcedureParameterMode.In ? ", Value = " + p.NameHumanCase + getValueOrDefault : string.Empty,
                 p.MaxLength > 0 ? ", Size = " + p.MaxLength : string.Empty,
                 (p.Precision > 0 || p.Scale > 0) ? ", Precision = " + p.Precision + ", Scale = " + p.Scale : string.Empty,
                 p.PropertyType.ToLower().Contains("datatable") ? ", TypeName = \"" + p.UserDefinedTypeName + "\"" : string.Empty));

                 if (p.Mode == StoredProcedureParameterMode.In)
                 {
                     sb.AppendFormat(
                         isNullable
                             ? "            if (!{0}.HasValue){1}                {0}Param.Value = System.DBNull.Value;{1}{1}"
                             : "            if ({0}Param.Value == null){1}                {0}Param.Value = System.DBNull.Value;{1}{1}",
                         p.NameHumanCase, Environment.NewLine);
                 }
         }
         if(sp.ReturnModels.Count < 2)
             sb.AppendLine("            var procResultParam = new System.Data.SqlClient.SqlParameter { ParameterName = \"@procResult\", SqlDbType = System.Data.SqlDbType.Int, Direction = System.Data.ParameterDirection.Output };");
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteTableValuedFunctionDeclareSqlParameter = sp =>
     {
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             var getValueOrDefault = NotNullable.Contains(p.PropertyType.ToLower()) ? string.Empty : ".GetValueOrDefault()";

             sb.AppendLine(string.Format("            var {0}Param = new System.Data.Entity.Core.Objects.ObjectParameter(\"{1}\", {2});",
                 p.NameHumanCase,
                 p.Name.Substring(1),
                 p.Mode == StoredProcedureParameterMode.In ? p.NameHumanCase + getValueOrDefault : string.Empty));
         }
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteStoredProcFunctionSqlParameterAnonymousArray = sp =>
     {
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             sb.Append(string.Format("{0}Param, ", p.NameHumanCase));
         }
         sb.Append("procResultParam");
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteTableValuedFunctionSqlParameterAnonymousArray = sp =>
     {
         if (sp.Parameters.Count == 0)
             return "new System.Data.Entity.Core.Objects.ObjectParameter[] { }";
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))
         {
             sb.Append(string.Format("{0}Param, ", p.NameHumanCase));
         }
         return sb.ToString().Substring(0, sb.Length - 2);
     };

     Func<StoredProcedure, bool, string> WriteStoredProcFunctionSetSqlParameters = (sp, isFake) =>
     {
         var sb = new StringBuilder();
         foreach (var p in sp.Parameters.Where(x => x.Mode != StoredProcedureParameterMode.In).OrderBy(x => x.Ordinal))
         {
             string Default = string.Format("default({0})", p.PropertyType);
             bool notNullable = NotNullable.Contains(p.PropertyType.ToLower());

             if(isFake)
                 sb.AppendLine(string.Format("            {0} = {1};", p.NameHumanCase, Default));
             else
             {
                 sb.AppendLine(string.Format("            if (IsSqlParameterNull({0}Param))", p.NameHumanCase));
                 sb.AppendLine(string.Format("                {0} = {1};", p.NameHumanCase, notNullable ? Default : "null"));
                 sb.AppendLine("            else");
                 sb.AppendLine(string.Format("                {0} = ({1}) {2}Param.Value;", p.NameHumanCase, p.PropertyType, p.NameHumanCase));
             }
         }
         return sb.ToString();
     };

     Func<StoredProcedure, string> WriteStoredProcReturnModelName = sp =>
         StoredProcedureReturnTypes.ContainsKey(sp.NameHumanCase)
             ? StoredProcedureReturnTypes[sp.NameHumanCase]
             : StoredProcedureReturnTypes.ContainsKey(sp.Name)
                 ? StoredProcedureReturnTypes[sp.Name]
                 : string.Format("{0}ReturnModel", sp.NameHumanCase);

     Func<DataColumn, string> WriteStoredProcReturnColumn = col =>
         string.Format("public System.{0}{1}{2} {{ get; set; }}",
             col.DataType.Name, StoredProcedure.CheckNullable(col), col.ColumnName);

     Func<StoredProcedure, string> WriteStoredProcReturnType = (sp) =>
     {
         var returnModelCount = sp.ReturnModels.Count;
         if (returnModelCount == 0)
             return "int";

         var spReturnClassName = WriteStoredProcReturnModelName(sp);
         return (returnModelCount == 1) ? string.Format("System.Collections.Generic.List<{0}>", spReturnClassName) : spReturnClassName;
     };

     // That's it, nothing else to configure ***********************************************************************************************

     // Read schema
     var factory = GetDbProviderFactory();
     IsSqlCe = IsSqlCeConnection(factory);
     var tables = LoadTables(factory);
     var storedProcs = LoadStoredProcs(factory);

     // Generate output
     if (tables.Count > 0 || storedProcs.Count > 0)
     {
 #>
 <#@ include file="EF.Reverse.POCO.ttinclude" #>
 <#@ import namespace="System.Xml.Schema" #>
 <# } #>

<#@ include file="EF.Reverse.POCO.Core.ttinclude" #><#    // v2.18.1    // Please make changes to the settings below.    // All you have to do is save this file, and the output file(s) is/are generated. Compiling does not regenerate the file(s).
    // Main settings **********************************************************************************************************************    // Namespace = ""; // Override the default namespace here    DbContextName = "MyDbContext";    DbContextInterfaceBaseClasses = "System.IDisposable";    // Specify what the base classes are for your database context interface    DbContextBaseClass = "System.Data.Entity.DbContext";   // Specify what the base class is for your DbContext. For ASP.NET Identity use "IdentityDbContext<ApplicationUser>"    ConnectionStringName = "MyDbContext";   // Searches for this connection string in config files listed below    TargetFrameworkVersion = "4.51"; // Please set this to your .NET framework version, 4.0, 4.5, 4.51, etc.    ConfigurationClassName = "Configuration"; // Configuration, Mapping, Map, etc. This is appended to the Poco class name to configure the mappings.    ConfigFilenameSearchOrder = new[] { "app.config", "web.config", "app.config.transform", "web.config.transform" }; // Add more here if required. The config files are searched for in the local project first, then the whole solution second.    MakeClassesPartial = false;    GenerateSeparateFiles = false;    UseCamelCase = true;    // This will rename the tables & fields to use CamelCase. If false table & field names will be left alone.    IncludeComments = true; // Adds comments to the generated code    IncludeExtendedPropertyComments = ExtendedPropertyCommentsStyle.InSummaryBlock; // Adds extended properties as comments to the generated code    IncludeViews = true;    IncludeStoredProcedures = true;    IncludeTableValuedFunctions = false; // If true, you must also install the "EntityFramework.CodeFirstStoreFunctions" Nuget Package.    DisableGeographyTypes = false; // Turns off use of System.Data.Entity.Spatial.DbGeography and System.Data.Entity.Spatial.DbGeometry as OData doesn't support entities with geometry/geography types.    CollectionType = "System.Collections.Generic.List";  // Determines the type of collection for the Navigation Properties. "ObservableCollection" for example. Add "System.Collections.ObjectModel" to AdditionalNamespaces if setting the CollectionType = "ObservableCollection".    AddUnitTestingDbContext = true; // Will add a FakeDbContext and FakeDbSet for easy unit testing    IncludeQueryTraceOn9481Flag = false; // If SqlServer 2014 appears frozen / take a long time when this file is saved, try setting this to true (you will also need elevated privileges).    AdditionalNamespaces = new[] { "" };  // To include extra namespaces, include them here. i.e. "Microsoft.AspNet.Identity.EntityFramework"    AdditionalContextInterfaceItems = new[] // To include extra db context interface items, include them here. Also set MakeClassesPartial=true, and implement the partial DbContext class functions.    {        ""  //  example: "void SetAutoDetectChangesEnabled(bool flag);"    };    // If you need to serialize your entities with the JsonSerializer from Newtonsoft, this would serialize    // all properties including the Reverse Navigation and Foreign Keys. The simplest way to exclude them is    // to use the data annotation [JsonIgnore] on reverse navigation and foreign keys.    AdditionalReverseNavigationsDataAnnotations = new string[] // Data Annotations for ReverseNavigationProperty.    {        // "JsonIgnore"    };      AdditionalForeignKeysDataAnnotations = new string[] // Data Annotations for ForeignKeys.    {        // "JsonIgnore"    };  
    // Migrations *************************************************************************************************************************    MigrationConfigurationFileName = ""; // null or empty to not create migrations    MigrationStrategy = "MigrateDatabaseToLatestVersion"; // MigrateDatabaseToLatestVersion, CreateDatabaseIfNotExists or DropCreateDatabaseIfModelChanges    ContextKey = ""; // Sets the string used to distinguish migrations belonging to this configuration from migrations belonging to other configurations using the same database. This property enables migrations from multiple different models to be applied to applied to a single database.    AutomaticMigrationsEnabled = true;    AutomaticMigrationDataLossAllowed = true; // if true, can drop fields and lose data during automatic migration
    // Pluralization **********************************************************************************************************************    // To turn off pluralization, use:    //      Inflector.PluralizationService = null;    // Default pluralization, use:    //      Inflector.PluralizationService = new EnglishPluralizationService();    // For Spanish pluralization:    //      1. Intall the "EF6.Contrib" Nuget Package.    //      2. Add the following to the top of this file and adjust path, and remove the space between the angle bracket and # at the beginning and end.    //         < #@ assembly name="your full path to \EntityFramework.Contrib.dll" # >    //      3. Change the line below to: Inflector.PluralizationService = new SpanishPluralizationService();    Inflector.PluralizationService = new EnglishPluralizationService(new[]    {        // Create custom ("Singular", "Plural") forms for one-off words as needed        new CustomPluralizationEntry("LiveQuiz", "LiveQuizzes"),        new CustomPluralizationEntry("Course", "Courses"),        new CustomPluralizationEntry("CustomerStatus", "CustomerStatus"), // Use same value to prevent pluralisation        new CustomPluralizationEntry("EmployeeStatus", "EmployeeStatus")    });            // Elements to generate ***************************************************************************************************************    // Add the elements that should be generated when the template is executed.    // Multiple projects can now be used that separate the different concerns.    ElementsToGenerate = Elements.Poco | Elements.Context | Elements.UnitOfWork | Elements.PocoConfiguration;
    // Use these namespaces to specify where the different elements now live. These may even be in different assemblies.    // Please note this does not create the files in these locations, it only adds a using statement to say where they are.    // I show how this works on the video from 26:08 onwards.    // The way to do this is to add the "EntityFramework Reverse POCO Code First Generator" into each of these folders.    // Then set the .tt to only generate the relevant section you need by setting    //      ElementsToGenerate = Elements.Poco; in your Entity folder,    //      ElementsToGenerate = Elements.Context | Elements.UnitOfWork; in your Context folder,    //      ElementsToGenerate = Elements.PocoConfiguration; in your Maps folder.    //      PocoNamespace = "YourProject.Entities";    //      ContextNamespace = "YourProject.Context";    //      UnitOfWorkNamespace = "YourProject.Context";    //      PocoConfigurationNamespace = "YourProject.Maps";    // You also need to set the following to the namespace where they now live:    PocoNamespace = "";    ContextNamespace = "";    UnitOfWorkNamespace = "";    PocoConfigurationNamespace = "";
        // Schema *****************************************************************************************************************************    // If there are multiple schemas, then the table name is prefixed with the schema, except for dbo.    // Ie. dbo.hello will be Hello.    //     abc.hello will be AbcHello.    PrependSchemaName = true;   // Control if the schema name is prepended to the table name

// Filtering **************************************************************************************************************************    // Use the following table/view name regex filters to include or exclude tables/views    // Exclude filters are checked first and tables matching filters are removed.    //  * If left null, none are excluded.    //  * If not null, any tables matching the regex are excluded.    // Include filters are checked second.    //  * If left null, all are included.    //  * If not null, only the tables matching the regex are included.    //  Example:    TableFilterExclude = new Regex(".*auto.*");    //              TableFilterInclude = new Regex("(.*_FR_.*)|(data_.*)");    //              TableFilterInclude = new Regex("^table_name1$|^table_name2$|etc");    //              ColumnFilterExclude = new Regex("^FK_.*$");    SchemaFilterExclude = null;    SchemaFilterInclude = null;    TableFilterExclude = null;    TableFilterInclude = null;    ColumnFilterExclude = null;
    // Stored Procedures ******************************************************************************************************************    // Use the following regex filters to include or exclude stored procedures    StoredProcedureFilterExclude = null;    StoredProcedureFilterInclude = null;

// Table renaming *********************************************************************************************************************    // Use the following function to rename tables such as tblOrders to Orders, Shipments_AB to Shipments, etc.    // Example:    /*TableRename = (name, schema) =>    {        if (name.StartsWith("tbl"))            name = name.Remove(0, 3);        return name.Replace("_AB", "");    };*/    TableRename = (name, schema) => name;   // Do nothing by default        // Column modification*****************************************************************************************************************    // Use the following list to replace column byte types with Enums.    // As long as the type can be mapped to your new type, all is well.    //EnumsDefinitions.Add(new EnumDefinition { Schema = "dbo", Table = "match_table_name", Column = "match_column_name", EnumType = "name_of_enum" });    //EnumsDefinitions.Add(new EnumDefinition { Schema = "dbo", Table = "OrderHeader", Column = "OrderStatus", EnumType = "OrderStatusType" }); // This will replace OrderHeader.OrderStatus type to be an OrderStatusType enum        // Use the following function if you need to apply additional modifications to a column    // eg. normalise names etc.    UpdateColumn = (Column column, Table table) =>     {        // Example        //if (column.NameHumanCase == "PkId")        //    column.NameHumanCase = "Id";
        // Perform Enum property type replacement        var enumDefinition = EnumsDefinitions.FirstOrDefault(e =>            (e.Schema.ToLowerInvariant() == table.Schema.ToLowerInvariant()) &&            (e.Table == table.Name || e.Table == table.NameHumanCase) &&            (e.Column == column.Name || e.Column == column.NameHumanCase));
        if (enumDefinition != null)            column.PropertyType = enumDefinition.EnumType;                return column;    };
    // StoredProcedure renaming ************************************************************************************************************    // Use the following function to rename stored procs such as sp_CreateOrderHistory to CreateOrderHistory, my_sp_shipments to Shipments, etc.    // Example:    /*StoredProcedureRename = (name, schema) =>    {        if (name.StartsWith("sp_"))            name = name.Remove(0, 3);        return name.Replace("my_sp_", "");    };*/    StoredProcedureRename = (name, schema) => name;   // Do nothing by default
    // StoredProcedure return types *******************************************************************************************************    // Override generation of return models for stored procedures that return entities.    // If a stored procedure returns an entity, add it to the list below.    // This will suppress the generation of the return model, and instead return the entity.    // Example:                       Proc name      Return this entity type instead    //StoredProcedureReturnTypes.Add("SalesByYear", "SummaryOfSalesByYear");

// WCF ********************************************************************************************************************************    // This is only intended as a helper, to get you started creating WCF contracts, and to save a lot of typing.    AddWcfDataAttributes = false;    ExtraWcfDataContractAttributes = "";    // This string is inserted into the  [DataContract] attribute, before the closing square bracket.    // Example: "";                                           = [DataContract]    //          "(Namespace = \"http://www.contoso.com\")";   = [DataContract(Namespace = "http://www.contoso.com")]    //          "(Namespace = Constants.ServiceNamespace)";   = [DataContract(Namespace = Constants.ServiceNamespace)]    
    // Callbacks **********************************************************************************************************************    // This method will be called right before we write the POCO header.    Action<Table> WritePocoClassAttributes = t =>    {        // Do nothing by default        // Example:        // if(t.ClassName.StartsWith("Order"))        //     WriteLine("    [SomeAttribute]");    };
    // Writes optional base classes    Func<Table, string> WritePocoBaseClasses = t =>    {        //if (t.ClassName == "User")        //    return ": IdentityUser<int, CustomUserLogin, CustomUserRole, CustomUserClaim>";        return "";    };
    // Writes any boilerplate stuff    Action<Table> WritePocoBaseClassBody = t =>    {        // Do nothing by default        // Example:        // WriteLine("        // " + t.ClassName);    };
    Func<Column, string> WritePocoColumn = c => c.Entity;
    Func<StoredProcedure, string> WriteStoredProcFunctionName = sp => sp.NameHumanCase;
    Func<StoredProcedure, bool, string> WriteStoredProcFunctionParams = (sp, includeProcResult) =>    {        var sb = new StringBuilder();        int n = 1;        int count = sp.Parameters.Count;        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            sb.AppendFormat("{0}{1}{2} {3}{4}",                 p.Mode == StoredProcedureParameterMode.In ? "" : "out ",                 p.PropertyType,                NotNullable.Contains(p.PropertyType.ToLower()) ? string.Empty : "?",                p.NameHumanCase,                 (n++ < count) ? ", " : string.Empty);        }        if (includeProcResult && sp.ReturnModels.Count > 0 && sp.ReturnModels.First().Count > 0)            sb.AppendFormat((sp.Parameters.Count > 0 ?  ", " : "") + "out int procResult");        return sb.ToString();    };        Func<StoredProcedure, string> WriteStoredProcFunctionOverloadCall = (sp) =>    {        var sb = new StringBuilder();        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            sb.AppendFormat("{0}{1}, ",                 p.Mode == StoredProcedureParameterMode.In ? "" : "out ",                 p.NameHumanCase);        }        sb.Append("out procResult");        return sb.ToString();    };
    Func<StoredProcedure, string> WriteStoredProcFunctionSqlAtParams = sp =>    {        var sb = new StringBuilder();        int n = 1;        int count = sp.Parameters.Count;        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            sb.AppendFormat("{0}{1}{2}",                 p.Name,                 p.Mode == StoredProcedureParameterMode.In ? string.Empty : " OUTPUT",                 (n++ < count) ? ", " : string.Empty);        }        return sb.ToString();    };
    Func<StoredProcedureParameter, string> WriteStoredProcSqlParameterName = p => p.NameHumanCase + "Param";
    Func<StoredProcedure, string> WriteStoredProcFunctionDeclareSqlParameter = sp =>    {        var sb = new StringBuilder();        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            bool isNullable = !NotNullable.Contains(p.PropertyType.ToLower());            var getValueOrDefault = isNullable ? ".GetValueOrDefault()" : string.Empty;
            sb.AppendLine(string.Format("            var {0} = new System.Data.SqlClient.SqlParameter {{ ParameterName = \"{1}\", SqlDbType = System.Data.SqlDbType.{2}, Direction = System.Data.ParameterDirection.{3}{4}{5}{6}{7} }};",                 WriteStoredProcSqlParameterName(p),                 p.Name,                 p.SqlDbType,                 p.Mode == StoredProcedureParameterMode.In ? "Input" : "Output",                p.Mode == StoredProcedureParameterMode.In ? ", Value = " + p.NameHumanCase + getValueOrDefault : string.Empty,                p.MaxLength > 0 ? ", Size = " + p.MaxLength : string.Empty,                (p.Precision > 0 || p.Scale > 0) ? ", Precision = " + p.Precision + ", Scale = " + p.Scale : string.Empty,                p.PropertyType.ToLower().Contains("datatable") ? ", TypeName = \"" + p.UserDefinedTypeName + "\"" : string.Empty));
                if (p.Mode == StoredProcedureParameterMode.In)                {                    sb.AppendFormat(                        isNullable                            ? "            if (!{0}.HasValue){1}                {0}Param.Value = System.DBNull.Value;{1}{1}"                            : "            if ({0}Param.Value == null){1}                {0}Param.Value = System.DBNull.Value;{1}{1}",                        p.NameHumanCase, Environment.NewLine);                }        }        if(sp.ReturnModels.Count < 2)            sb.AppendLine("            var procResultParam = new System.Data.SqlClient.SqlParameter { ParameterName = \"@procResult\", SqlDbType = System.Data.SqlDbType.Int, Direction = System.Data.ParameterDirection.Output };");        return sb.ToString();    };
    Func<StoredProcedure, string> WriteTableValuedFunctionDeclareSqlParameter = sp =>    {        var sb = new StringBuilder();        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            var getValueOrDefault = NotNullable.Contains(p.PropertyType.ToLower()) ? string.Empty : ".GetValueOrDefault()";                sb.AppendLine(string.Format("            var {0}Param = new System.Data.Entity.Core.Objects.ObjectParameter(\"{1}\", {2});",                 p.NameHumanCase,                 p.Name.Substring(1),                 p.Mode == StoredProcedureParameterMode.In ? p.NameHumanCase + getValueOrDefault : string.Empty));        }        return sb.ToString();    };
    Func<StoredProcedure, string> WriteStoredProcFunctionSqlParameterAnonymousArray = sp =>    {        var sb = new StringBuilder();        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            sb.Append(string.Format("{0}Param, ", p.NameHumanCase));        }        sb.Append("procResultParam");        return sb.ToString();    };        Func<StoredProcedure, string> WriteTableValuedFunctionSqlParameterAnonymousArray = sp =>    {        if (sp.Parameters.Count == 0)             return "new System.Data.Entity.Core.Objects.ObjectParameter[] { }";        var sb = new StringBuilder();        foreach (var p in sp.Parameters.OrderBy(x => x.Ordinal))        {            sb.Append(string.Format("{0}Param, ", p.NameHumanCase));        }        return sb.ToString().Substring(0, sb.Length - 2);    };
    Func<StoredProcedure, bool, string> WriteStoredProcFunctionSetSqlParameters = (sp, isFake) =>    {        var sb = new StringBuilder();        foreach (var p in sp.Parameters.Where(x => x.Mode != StoredProcedureParameterMode.In).OrderBy(x => x.Ordinal))        {            string Default = string.Format("default({0})", p.PropertyType);            bool notNullable = NotNullable.Contains(p.PropertyType.ToLower());
            if(isFake)                sb.AppendLine(string.Format("            {0} = {1};", p.NameHumanCase, Default));            else            {                sb.AppendLine(string.Format("            if (IsSqlParameterNull({0}Param))", p.NameHumanCase));                sb.AppendLine(string.Format("                {0} = {1};", p.NameHumanCase, notNullable ? Default : "null"));                sb.AppendLine("            else");                sb.AppendLine(string.Format("                {0} = ({1}) {2}Param.Value;", p.NameHumanCase, p.PropertyType, p.NameHumanCase));            }        }        return sb.ToString();    };
    Func<StoredProcedure, string> WriteStoredProcReturnModelName = sp =>        StoredProcedureReturnTypes.ContainsKey(sp.NameHumanCase)            ? StoredProcedureReturnTypes[sp.NameHumanCase]            : StoredProcedureReturnTypes.ContainsKey(sp.Name)                ? StoredProcedureReturnTypes[sp.Name]                : string.Format("{0}ReturnModel", sp.NameHumanCase);
    Func<DataColumn, string> WriteStoredProcReturnColumn = col =>         string.Format("public System.{0}{1}{2} {{ get; set; }}",            col.DataType.Name, StoredProcedure.CheckNullable(col), col.ColumnName);
    Func<StoredProcedure, string> WriteStoredProcReturnType = (sp) =>    {        var returnModelCount = sp.ReturnModels.Count;        if (returnModelCount == 0)            return "int";
        var spReturnClassName = WriteStoredProcReturnModelName(sp);        return (returnModelCount == 1) ? string.Format("System.Collections.Generic.List<{0}>", spReturnClassName) : spReturnClassName;    };
        // That's it, nothing else to configure ***********************************************************************************************                // Read schema    var factory = GetDbProviderFactory();    IsSqlCe = IsSqlCeConnection(factory);    var tables = LoadTables(factory);    var storedProcs = LoadStoredProcs(factory);        // Generate output    if (tables.Count > 0 || storedProcs.Count > 0)    {#><#@ include file="EF.Reverse.POCO.ttinclude" #><#@ import namespace="System.Xml.Schema" #><# } #>