public List <Tuple <string, bool, List <string> > > GetTableDefinitions()
{
var consolidator = new DacpacConsolidator();
var dacpacPath = consolidator.Consolidate(_dacpacPath);
using (var model = new TSqlTypedModel(dacpacPath))
{
var result = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new Tuple <string, bool, List <string> >($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]",
m.PrimaryKeyConstraints.Any(),
m.Columns.Where(i => !i.GetProperty <bool>(Column.IsHidden) &&
i.ColumnType != ColumnType.ColumnSet &&
i.ColumnType != ColumnType.ComputedColumn)
.Select(c => c.Name.Parts[2])
.ToList()))
.OrderBy(m => m.Item1)
.ToList();
var views = model.GetObjects <TSqlView>(DacQueryScopes.UserDefined)
.Select(m => new Tuple <string, bool, List <string> >($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", false, null))
.OrderBy(m => m.Item1)
.ToList();
result = result.Concat(views).ToList();
return(result);
}
}
public DatabaseModel Create(string dacpacPath, DatabaseModelFactoryOptions options)
{
if (string.IsNullOrEmpty(dacpacPath))
{
throw new ArgumentException(@"invalid path", nameof(dacpacPath));
}
if (!File.Exists(dacpacPath))
{
throw new ArgumentException("Dacpac file not found");
}
var schemas = options.Schemas;
var tables = options.Tables;
var dbModel = new DatabaseModel
{
DatabaseName = Path.GetFileNameWithoutExtension(dacpacPath),
DefaultSchema = schemas.Count() > 0 ? schemas.First() : "dbo"
};
//Sequences not created - not needed for scaffolding
var model = new TSqlTypedModel(dacpacPath);
var typeAliases = GetTypeAliases(model, dbModel);
var items = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Where(t => !t.GetProperty <bool>(Table.IsAutoGeneratedHistoryTable))
.Where(t => tables == null || !tables.Any() || tables.Contains($"[{t.Name.Parts[0]}].[{t.Name.Parts[1]}]"))
.Where(t => $"{t.Name.Parts[1]}" != HistoryRepository.DefaultTableName)
.ToList();
foreach (var item in items)
{
var dbTable = new DatabaseTable
{
Name = item.Name.Parts[1],
Schema = item.Name.Parts[0],
};
if (item.MemoryOptimized)
{
dbTable["SqlServer:MemoryOptimized"] = true;
}
GetColumns(item, dbTable, typeAliases, model.GetObjects <TSqlDefaultConstraint>(DacQueryScopes.UserDefined).ToList());
GetPrimaryKey(item, dbTable);
dbModel.Tables.Add(dbTable);
}
foreach (var item in items)
{
GetForeignKeys(item, dbModel);
GetUniqueConstraints(item, dbModel);
GetIndexes(item, dbModel);
}
return(dbModel);
}
public void BasicInstantiation()
{
using (TSqlModel model = new TSqlModel(SqlServerVersion.Sql120, new TSqlModelOptions()
{
}))
{
string createTable = @"
CREATE TABLE [dbo].[Table1]
(
[Id] INT NOT NULL PRIMARY KEY
)
";
string createCheck = @"
ALTER TABLE [dbo].[Table1]
ADD CONSTRAINT [check1]
CHECK (1 > 0)
";
model.AddObjects(createTable);
model.AddObjects(createCheck);
IEnumerable <TSqlObject> tables = model.GetObjects(DacQueryScopes.Default, Table.TypeClass);
tables.Single().GetReferencing(View.BodyDependencies);
TSqlTypedModel typedModel = new TSqlTypedModel(model);
var genericTables = typedModel.GetObjects <TSqlTable>(DacQueryScopes.Default);
var sql90Tables = typedModel.GetObjects <ISql90TSqlTable>(DacQueryScopes.Default);
TSqlTable genericTable = genericTables.First();
ISql90TSqlTable sql90Table = sql90Tables.First();
IList <TSqlColumn> genericColumns = genericTable.Columns.ToList();
IList <ISql90TSqlColumn> sql90Columns = sql90Table.Columns.ToList();
Assert.AreEqual(genericColumns.Count, sql90Columns.Count, "Column counts should not be different between implementations");
// iterate of generic columns
for (int i = 0; i < genericColumns.Count; i++)
{
TSqlColumn col = genericColumns[i];
ISql90TSqlColumn sql90Col = sql90Columns[i];
Assert.AreEqual(col.Collation, sql90Col.Collation, "Collation is not the same");
Assert.AreEqual(col.Expression, sql90Col.Expression, "Expression is not equal");
}
Assert.AreEqual(2, genericTable.AllConstraints.Count(), "Incorrect number of constraints");
Assert.AreEqual(1, genericTable.CheckConstraints.Count(), "Incorrect number of check constraints");
Assert.AreEqual(1, genericTable.PrimaryKeyConstraints.Count(), "Incorrect number of Primary Key Constraints");
//TODO: Code gen the Reverse relationships for all explicitly implemented interfaces
Assert.AreEqual(2, ((TSqlTable)sql90Table).AllConstraints.Count(), "Incorrect number of constraints");
Assert.AreEqual(1, ((TSqlTable)sql90Table).CheckConstraints.Count(), "Incorrect number of check constraints");
Assert.AreEqual(1, ((TSqlTable)sql90Table).PrimaryKeyConstraints.Count(), "Incorrect number of Primary Key Constraints");
}
}
public void BasicInstantiation()
{
using (TSqlModel model = new TSqlModel(SqlServerVersion.Sql120, new TSqlModelOptions() { }))
{
string createTable = @"
CREATE TABLE [dbo].[Table1]
(
[Id] INT NOT NULL PRIMARY KEY
)
";
string createCheck = @"
ALTER TABLE [dbo].[Table1]
ADD CONSTRAINT [check1]
CHECK (1 > 0)
";
model.AddObjects(createTable);
model.AddObjects(createCheck);
IEnumerable<TSqlObject> tables = model.GetObjects(DacQueryScopes.Default, Table.TypeClass);
tables.Single().GetReferencing(View.BodyDependencies);
TSqlTypedModel typedModel = new TSqlTypedModel(model);
var genericTables = typedModel.GetObjects<TSqlTable>(DacQueryScopes.Default);
var sql90Tables = typedModel.GetObjects<ISql90TSqlTable>(DacQueryScopes.Default);
TSqlTable genericTable = genericTables.First();
ISql90TSqlTable sql90Table = sql90Tables.First();
IList<TSqlColumn> genericColumns = genericTable.Columns.ToList();
IList<ISql90TSqlColumn> sql90Columns = sql90Table.Columns.ToList();
Assert.AreEqual(genericColumns.Count, sql90Columns.Count, "Column counts should not be different between implementations");
// iterate of generic columns
for (int i = 0; i < genericColumns.Count; i++)
{
TSqlColumn col = genericColumns[i];
ISql90TSqlColumn sql90Col = sql90Columns[i];
Assert.AreEqual(ColumnType.Column, col.ColumnType, "Invalid metadata ColumnType");
Assert.AreEqual(col.Collation, sql90Col.Collation, "Collation is not the same");
Assert.AreEqual(col.Expression, sql90Col.Expression, "Expression is not equal");
}
Assert.AreEqual(2, genericTable.AllConstraints.Count(), "Incorrect number of constraints");
Assert.AreEqual(1, genericTable.CheckConstraints.Count(), "Incorrect number of check constraints");
Assert.AreEqual(1, genericTable.PrimaryKeyConstraints.Count(), "Incorrect number of Primary Key Constraints");
//TODO: Code gen the Reverse relationships for all explicitly implemented interfaces
Assert.AreEqual(2, ((TSqlTable)sql90Table).AllConstraints.Count(), "Incorrect number of constraints");
Assert.AreEqual(1, ((TSqlTable)sql90Table).CheckConstraints.Count(), "Incorrect number of check constraints");
Assert.AreEqual(1, ((TSqlTable)sql90Table).PrimaryKeyConstraints.Count(), "Incorrect number of Primary Key Constraints");
}
}
/// <summary>
/// Checks to see if there are any foreign keys defined on user objects. We can use this in calling app
/// to flag a message that the diagram may be generated without any relationships as there are no
/// foreign keys to infer them from
/// </summary>
public bool CheckModel()
{
var rels = model.GetObjects <TSqlForeignKeyConstraint>(DacQueryScopes.UserDefined);
var strOut = new StringBuilder();
if (rels.Count() == 0)
{
return(false);
}
else
{
return(true);
}
}
private ProcedureModel GetStoredProcedures(string dacpacPath, ProcedureModelFactoryOptions options)
{
var result = new List <RevEng.Core.Abstractions.Metadata.Procedure>();
var errors = new List <string>();
if (options.FullModel && !options.Procedures.Any())
{
return(new ProcedureModel
{
Procedures = result,
Errors = errors,
});
}
var consolidator = new DacpacConsolidator();
dacpacPath = consolidator.Consolidate(dacpacPath);
var model = new TSqlTypedModel(dacpacPath);
var procedures = model.GetObjects <TSqlProcedure>(DacQueryScopes.UserDefined)
.ToList();
var filter = new HashSet <string>(options.Procedures);
foreach (var proc in procedures)
{
var procedure = new RevEng.Core.Abstractions.Metadata.Procedure
{
Schema = proc.Name.Parts[0],
Name = proc.Name.Parts[1],
};
if (filter.Count == 0 || filter.Contains($"[{procedure.Schema}].[{procedure.Name}]"))
{
if (options.FullModel)
{
procedure.Parameters = GetStoredProcedureParameters(proc);
try
{
procedure.ResultElements = GetStoredProcedureResultElements(proc);
}
catch (Exception ex)
{
errors.Add($"Unable to get result set shape for {procedure.Schema}.{procedure.Name}" + Environment.NewLine + ex.Message);
_logger?.Logger.LogWarning(ex, $"Unable to get result set shape for {procedure.Schema}.{procedure.Name}" + Environment.NewLine + ex.Message);
}
}
result.Add(procedure);
}
}
return(new ProcedureModel
{
Procedures = result,
Errors = errors,
});
}
public List <TableInformation> GetTableDefinitions()
{
var model = new TSqlTypedModel(_dacpacPath);
return(model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new TableInformation(m.Name.Parts[0], m.Name.Parts[1], m.PrimaryKeyConstraints.Any()))
.ToList());
}
public List <TableInformationModel> GetTableDefinitions(bool includeViews = false)
{
var model = new TSqlTypedModel(_dacpacPath);
var result = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new TableInformationModel(m.Name.Parts[0] + "." + m.Name.Parts[1], m.PrimaryKeyConstraints.Any()))
.ToList();
if (includeViews)
{
var views = model.GetObjects <TSqlView>(DacQueryScopes.UserDefined)
.Select(m => new TableInformationModel(m.Name.Parts[0] + "." + m.Name.Parts[1], false))
.ToList();
result = result.Concat(views).ToList();
}
return(result);
}
public List <TableInformationModel> GetTableDefinitions()
{
using (var model = new TSqlTypedModel(_dacpacPath))
{
var result = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new TableInformationModel($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", m.PrimaryKeyConstraints.Any(), false))
.ToList();
return(result);
}
}
public List <Tuple <string, bool> > GetTableDefinitions()
{
var consolidator = new DacpacConsolidator();
var dacpacPath = consolidator.Consolidate(_dacpacPath);
using (var model = new TSqlTypedModel(dacpacPath))
{
var result = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new Tuple <string, bool>($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", m.PrimaryKeyConstraints.Any()))
.OrderBy(m => m.Item1)
.ToList();
var views = model.GetObjects <TSqlView>(DacQueryScopes.UserDefined)
.Select(m => new Tuple <string, bool>($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", false))
.OrderBy(m => m.Item1)
.ToList();
result = result.Concat(views).ToList();
return(result);
}
}
public List <TableInformationModel> GetTableDefinitions(bool includeViews)
{
var consolidator = new DacpacConsolidate.DacpacConsolidator();
var dacpacPath = consolidator.Consolidate(_dacpacPath);
using (var model = new TSqlTypedModel(dacpacPath))
{
var result = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Select(m => new TableInformationModel($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", m.PrimaryKeyConstraints.Any(), false))
.ToList();
if (includeViews)
{
var views = model.GetObjects <TSqlView>(DacQueryScopes.UserDefined)
.Select(m => new TableInformationModel($"[{m.Name.Parts[0]}].[{m.Name.Parts[1]}]", true, true))
.ToList();
result = result.Concat(views).ToList();
}
return(result);
}
}
public List <string> GetTableNames()
{
var names = new List <string>();
var model = new TSqlTypedModel(_dacpacPath);
var tables = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Where(t => t.PrimaryKeyConstraints.Count() > 0)
.ToList();
foreach (var table in tables)
{
names.Add($"{table.Name.Parts[0]}.{table.Name.Parts[1]}");
}
return(names);
}
private IReadOnlyDictionary <string, (string, string)> GetTypeAliases(TSqlTypedModel model, DatabaseModel dbModel)
{
var items = model.GetObjects <TSqlDataType>(DacQueryScopes.UserDefined)
.ToList();
var typeAliasMap = new Dictionary <string, (string, string)>(StringComparer.OrdinalIgnoreCase);
foreach (var udt in items)
{
int maxLength = udt.UddtIsMax ? -1 : udt.UddtLength;
var storeType = GetStoreType(udt.Type.First().Name.Parts[0], maxLength, udt.UddtPrecision, udt.UddtScale);
typeAliasMap.Add($"{udt.Name.Parts[0]}.{udt.Name.Parts[1]}", (storeType, udt.Type.First().Name.Parts[0]));
}
return(typeAliasMap);
}
public void TestFullTextIndex()
{
using (var model = new TSqlTypedModel(SqlServerVersion.Sql120, new TSqlModelOptions() { }))
{
string createIndex = @"CREATE UNIQUE INDEX ui_ukJobCand ON HumanResources.JobCandidate(JobCandidateID)";
string createCatalog = "CREATE FULLTEXT CATALOG ft AS DEFAULT";
string createFTIIndex = @"
CREATE FULLTEXT INDEX ON HumanResources.JobCandidate(Resume)
KEY INDEX ui_ukJobCand
WITH STOPLIST = SYSTEM";
model.AddObjects(createIndex);
model.AddObjects(createCatalog);
model.AddObjects(createFTIIndex);
var indexes = model.GetObjects<TSqlFullTextIndex>(DacQueryScopes.UserDefined).ToList();
Assert.AreEqual(1, indexes.Count, "Incorrect number of full Text Indexes");
TSqlFullTextIndex ftIndex = indexes[0];
var ftColumns = ftIndex.Columns.ToList();
Assert.AreEqual(1, ftColumns.Count, "Incorrect number of columns");
}
}
private static void Main(string[] args)
{
if (!CheckArgs(args))
return;
var model = new TSqlTypedModel(args[0]);
var outputFolder = args[1];
var schemaDir = CreateDirectory(outputFolder, "Schema");
var procDir = CreateDirectory(outputFolder, "Tests");
var procedures = model.GetObjects<TSqlProcedure>(DacQueryScopes.UserDefined);
foreach (var procedure in procedures)
{
var schema = GenerateSchema(procedure);
var test = GenerateTest(procedure);
using (var writer = new StreamWriter(Path.Combine(schemaDir, procedure.Name.Parts.Last() + ".sql")))
{
writer.Write(schema);
}
using (
var writer =
new StreamWriter(Path.Combine(procDir,
procedure.Name.Parts.Last() + "." + "test To Be Implemented.sql")))
{
writer.Write(test);
}
}
}
private static RoutineModel GetStoredProcedures(string dacpacPath, ModuleModelFactoryOptions options, bool mergeDacpacs)
{
var result = new List <RevEng.Core.Abstractions.Metadata.Procedure>();
var errors = new List <string>();
if (mergeDacpacs && dacpacPath != null)
{
var consolidator = new DacpacConsolidator();
dacpacPath = consolidator.Consolidate(dacpacPath);
}
using var model = new TSqlTypedModel(dacpacPath);
var procedures = model.GetObjects <TSqlProcedure>(DacQueryScopes.UserDefined)
.ToList();
var filter = new HashSet <string>(options.Modules);
foreach (var proc in procedures)
{
var procedure = new RevEng.Core.Abstractions.Metadata.Procedure
{
Schema = proc.Name.Parts[0],
Name = proc.Name.Parts[1],
};
var key = $"[{procedure.Schema}].[{procedure.Name}]";
if (filter.Count == 0 || filter.Contains(key))
{
if (options.FullModel)
{
procedure.Parameters = GetStoredProcedureParameters(proc);
if (options.MappedModules?.ContainsKey(key) ?? false)
{
procedure.MappedType = options.MappedModules[key];
}
#pragma warning disable CA1031 // Do not catch general exception types
try
{
procedure.Results.Add(GetStoredProcedureResultElements(proc));
}
catch (Exception ex)
{
errors.Add($"Unable to get result set shape for {procedure.Schema}.{procedure.Name}" + Environment.NewLine + ex.ToString());
}
#pragma warning restore CA1031 // Do not catch general exception types
}
result.Add(procedure);
}
}
return(new RoutineModel
{
Routines = result.Cast <Routine>().ToList(),
Errors = errors,
});
}
public DatabaseModel Create(string dacpacPath, DatabaseModelFactoryOptions options)
{
if (string.IsNullOrEmpty(dacpacPath))
{
throw new ArgumentException(@"invalid path", nameof(dacpacPath));
}
if (!File.Exists(dacpacPath))
{
throw new ArgumentException("Dacpac file not found");
}
var schemas = options.Schemas;
var tables = options.Tables;
var dbModel = new DatabaseModel
{
DatabaseName = Path.GetFileNameWithoutExtension(dacpacPath),
DefaultSchema = schemas.Count() > 0 ? schemas.First() : "dbo"
};
dbModel["Scaffolding:ConnectionString"] = $"Data Source=(local);Initial Catalog={dbModel.DatabaseName};Integrated Security=true";
//Sequences not created - not needed for scaffolding
var consolidator = new DacpacConsolidator();
dacpacPath = consolidator.Consolidate(dacpacPath);
var model = new TSqlTypedModel(dacpacPath);
var typeAliases = GetTypeAliases(model, dbModel);
var items = model.GetObjects <TSqlTable>(DacQueryScopes.UserDefined)
.Where(t => !t.GetProperty <bool>(Table.IsAutoGeneratedHistoryTable))
.Where(t => tables == null || !tables.Any() || tables.Contains($"[{t.Name.Parts[0]}].[{t.Name.Parts[1]}]"))
.Where(t => $"{t.Name.Parts[1]}" != HistoryRepository.DefaultTableName)
.ToList();
foreach (var item in items)
{
var dbTable = new DatabaseTable
{
Name = item.Name.Parts[1],
Schema = item.Name.Parts[0],
};
if (item.MemoryOptimized)
{
dbTable["SqlServer:MemoryOptimized"] = true;
}
GetColumns(item, dbTable, typeAliases, model.GetObjects <TSqlDefaultConstraint>(DacQueryScopes.UserDefined).ToList(), model);
GetPrimaryKey(item, dbTable);
var description = model.GetObjects <TSqlExtendedProperty>(DacQueryScopes.UserDefined)
.Where(p => p.Name.Parts.Count == 4)
.Where(p => p.Name.Parts[0] == "SqlTableBase")
.Where(p => p.Name.Parts[1] == dbTable.Schema)
.Where(p => p.Name.Parts[2] == dbTable.Name)
.Where(p => p.Name.Parts[3] == "MS_Description")
.FirstOrDefault();
dbTable.Comment = FixExtendedPropertyValue(description?.Value);
dbModel.Tables.Add(dbTable);
}
foreach (var item in items)
{
GetForeignKeys(item, dbModel);
GetUniqueConstraints(item, dbModel);
GetIndexes(item, dbModel);
}
var views = model.GetObjects <TSqlView>(DacQueryScopes.UserDefined)
.Where(t => tables == null || !tables.Any() || tables.Contains($"[{t.Name.Parts[0]}].[{t.Name.Parts[1]}]"))
.ToList();
foreach (var view in views)
{
var dbView = new DatabaseTable
{
Name = view.Name.Parts[1],
Schema = view.Name.Parts[0],
};
GetViewColumns(view, dbView, typeAliases);
dbModel.Tables.Add(dbView);
}
return(dbModel);
}
public void TestTableColumnMetadataProperties()
{
using (TSqlTypedModel model = new TSqlTypedModel(SqlServerVersion.Sql120, new TSqlModelOptions() { }))
{
string createTable = @"
CREATE TABLE [dbo].[Table1]
(
[Id] INT NOT NULL,
[two] AS (ID +1),
columnSet1 int sparse,
columnSet2 int sparse,
cs xml column_set for all_sparse_columns
)
";
model.AddObjects(createTable);
List<TSqlTable> tables = model.GetObjects<TSqlTable>(DacQueryScopes.Default).ToList();
Assert.AreEqual(1, tables.Count(), "Incorrect number of tables");
List<TSqlColumn> columns = tables[0].Columns.ToList();
TSqlColumn col = columns[0];
Assert.AreEqual(ColumnType.Column, col.ColumnType, "Incorrect ColumnType Metadata for column " + col.Name.Parts[2]);
col = columns[1];
Assert.AreEqual(ColumnType.ComputedColumn, col.ColumnType, "Incorrect ColumnType Metadata for column " + col.Name.Parts[2]);
col = columns[2];
Assert.AreEqual(ColumnType.Column, col.ColumnType, "Incorrect ColumnType Metadata for column " + col.Name.Parts[2]);
col = columns[3];
Assert.AreEqual(ColumnType.Column, col.ColumnType, "Incorrect ColumnType Metadata for column " + col.Name.Parts[2]);
col = columns[4];
Assert.AreEqual(ColumnType.ColumnSet, col.ColumnType, "Incorrect ColumnType Metadata for column " + col.Name.Parts[2]);
}
}
public void TestSignatures()
{
using (TSqlTypedModel model = new TSqlTypedModel(SqlServerVersion.Sql120, new TSqlModelOptions() { }))
{
model.AddObjects(@"CREATE CERTIFICATE cert_signature_demo
ENCRYPTION BY PASSWORD = '******'
WITH SUBJECT = 'ADD SIGNATURE demo';");
model.AddObjects(@"CREATE PROC [sp_signature_demo]
AS
PRINT 'This is the content of the procedure.' ;
GO");
model.AddObjects(@"ADD SIGNATURE TO [sp_signature_demo]
BY CERTIFICATE [cert_signature_demo]
WITH PASSWORD = '******' ;");
var signatures = model.GetObjects<TSqlSignature>( DacQueryScopes.UserDefined);
var signature = signatures.First();
TSqlSignatureEncryptionMechanism encryption = signature.EncryptionMechanism.FirstOrDefault() as TSqlSignatureEncryptionMechanism;
Assert.IsNotNull(encryption, " Encryption Mechanism is null or missing");
Assert.AreEqual(1, encryption.Certificate.Count(), "Missing Certificate on signature");
TSqlCertificateReference certifcate = encryption.Certificate.First() as TSqlCertificateReference;
Assert.AreEqual("ADD SIGNATURE demo", certifcate.Subject, "Incorrect Subject");
}
}
public void TestFullTextIndexWithTypeColumn()
{
using (var model = new TSqlTypedModel(SqlServerVersion.Sql120, new TSqlModelOptions() { }))
{
string createIndex = @"CREATE FULLTEXT INDEX ON Production.Document
(
Title
Language 1033,
DocumentSummary
Language 1033,
Document
TYPE COLUMN FileExtension
Language 1033
)
KEY INDEX PK_Document_DocumentID
WITH STOPLIST = SYSTEM, SEARCH PROPERTY LIST = DocumentPropertyList, CHANGE_TRACKING OFF, NO POPULATION";
model.AddObjects(createIndex);
var tc = Column.TypeClass;
var indexes = model.GetObjects<TSqlFullTextIndex>(DacQueryScopes.UserDefined).ToList();
Assert.AreEqual(1, indexes.Count, "Incorrect number of full Text Indexes");
TSqlFullTextIndex ftIndex = indexes[0];
var ftColumns = ftIndex.Columns.ToList();
Assert.AreEqual(3, ftColumns.Count, "Incorrect number of columns");
}
}
