/// <summary>
/// This API supports the Entity Framework Core infrastructure and is not intended to be used
/// directly from your code. This API may change or be removed in future releases.
/// </summary>
public virtual IModel Create(DatabaseModel databaseModel, bool useDatabaseNames)
{
if (databaseModel == null)
{
throw new ArgumentNullException(nameof(databaseModel));
}
var modelBuilder = new ModelBuilder(new ConventionSet());
_tableNamer = new CSharpUniqueNamer <DatabaseTable>(
useDatabaseNames
? (Func <DatabaseTable, string>)(t => t.Name)
: t => _candidateNamingService.GenerateCandidateIdentifier(t.Name),
_cSharpUtilities,
useDatabaseNames
? (Func <string, string>)null
: _pluralizer.Singularize);
_dbSetNamer = new CSharpUniqueNamer <DatabaseTable>(
useDatabaseNames
? (Func <DatabaseTable, string>)(t => t.Name)
: t => _candidateNamingService.GenerateCandidateIdentifier(t.Name),
_cSharpUtilities,
useDatabaseNames
? (Func <string, string>)null
: _pluralizer.Pluralize);
_columnNamers = new Dictionary <DatabaseTable, CSharpUniqueNamer <DatabaseColumn> >();
_useDatabaseNames = useDatabaseNames;
VisitDatabaseModel(modelBuilder, databaseModel);
return(modelBuilder.Model);
}
public void Pluralizes_names(string input, string output)
{
var fakePluralizer = new RelationalDatabaseModelFactoryTest.FakePluralizer();
var namer = new CSharpUniqueNamer <DatabaseTable>(t => t.Name, new CSharpUtilities(), fakePluralizer.Pluralize);
var table = new DatabaseTable(new DatabaseModel(), input);
Assert.Equal(output, namer.GetName(table));
}
public void Uses_comparer()
{
var namer = new CSharpUniqueNamer<TableModel>(t => t.Name);
var table1 = new TableModel { Name = "A B C" };
var table2 = new TableModel { Name = "A_B_C" };
Assert.Equal("A_B_C", namer.GetName(table1));
Assert.Equal("A_B_C1", namer.GetName(table2));
}
public void Uses_comparer()
{
var namer = new CSharpUniqueNamer <DatabaseTable>(t => t.Name, new CSharpUtilities(), null);
var database = new DatabaseModel();
var table1 = new DatabaseTable(database, "A B C");
var table2 = new DatabaseTable(database, "A_B_C");
Assert.Equal("A_B_C", namer.GetName(table1));
Assert.Equal("A_B_C1", namer.GetName(table2));
}
public void Singularizes_names(string input, string output)
{
var pluralizer = new HumanizerPluralizer();
var namer = new CSharpUniqueNamer <DatabaseTable>(t => t.Name, new CSharpUtilities(), pluralizer.Singularize);
var table = new DatabaseTable {
Database = new DatabaseModel(), Name = input
};
Assert.Equal(output, namer.GetName(table));
}
public void Pluralizes_names(string input, string output)
{
var fakePluralizer = new FakePluralizer();
var namer = new CSharpUniqueNamer <DatabaseTable>(t => t.Name, new CSharpUtilities(), fakePluralizer.Pluralize);
var table = new DatabaseTable {
Name = input
};
Assert.Equal(output, namer.GetName(table));
}
public void Returns_unique_name_for_type()
{
var namer = new CSharpUniqueNamer <DatabaseColumn>(s => s.Name, new CSharpUtilities(), null);
var table = new DatabaseTable(new DatabaseModel(), "foo");
var input1 = new DatabaseColumn(table, "Id", "int");
var input2 = new DatabaseColumn(table, "Id", "int");
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id1", namer.GetName(input2));
}
public void Uses_comparer()
{
var namer = new CSharpUniqueNamer <TableModel>(t => t.Name);
var table1 = new TableModel {
Name = "A B C"
};
var table2 = new TableModel {
Name = "A_B_C"
};
Assert.Equal("A_B_C", namer.GetName(table1));
Assert.Equal("A_B_C1", namer.GetName(table2));
}
protected virtual IModel CreateFromDatabaseModel([NotNull] DatabaseModel databaseModel)
{
Check.NotNull(databaseModel, nameof(databaseModel));
var modelBuilder = new ModelBuilder(new ConventionSet());
_tableNamer = new CSharpUniqueNamer<TableModel>(t => t.Name);
_columnNamers = new Dictionary<TableModel, CSharpUniqueNamer<ColumnModel>>();
VisitDatabaseModel(modelBuilder, databaseModel);
return modelBuilder.Model;
}
protected virtual IModel CreateFromDatabaseModel([NotNull] DatabaseModel databaseModel)
{
Check.NotNull(databaseModel, nameof(databaseModel));
var modelBuilder = new ModelBuilder(new ConventionSet());
_tableNamer = new CSharpUniqueNamer <TableModel>(t => CandidateNamingService.GenerateCandidateIdentifier(t.Name));
_columnNamers = new Dictionary <TableModel, CSharpUniqueNamer <ColumnModel> >();
VisitDatabaseModel(modelBuilder, databaseModel);
return(modelBuilder.Model);
}
public void Returns_unique_name_for_type()
{
var namer = new CSharpUniqueNamer <DatabaseColumn>(s => s.Name, new CSharpUtilities(), null);
var input1 = new DatabaseColumn {
Name = "Id"
};
var input2 = new DatabaseColumn {
Name = "Id"
};
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id1", namer.GetName(input2));
}
public void Returns_unique_name_for_type()
{
var namer = new CSharpUniqueNamer <ColumnModel>(s => s.Name);
var input1 = new ColumnModel
{
Name = "Id"
};
var input2 = new ColumnModel
{
Name = "Id"
};
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id1", namer.GetName(input2));
}
public void Returns_unique_name_for_type()
{
var namer = new CSharpUniqueNamer<ColumnModel>(s => s.Name);
var input1 = new ColumnModel
{
Name = "Id"
};
var input2 = new ColumnModel
{
Name = "Id"
};
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id1", namer.GetName(input2));
}
public void Returns_unique_name_for_type()
{
var namer = new CSharpUniqueNamer <DatabaseColumn>(s => s.Name, new CSharpUtilities(), null);
var table = new DatabaseTable {
Database = new DatabaseModel(), Name = "foo"
};
var input1 = new DatabaseColumn {
Table = table, Name = "Id", StoreType = "int"
};
var input2 = new DatabaseColumn {
Table = table, Name = "Id", StoreType = "int"
};
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id", namer.GetName(input1));
Assert.Equal("Id1", namer.GetName(input2));
}
/// <summary>
/// This is an internal API that supports the Entity Framework Core infrastructure and not subject to
/// the same compatibility standards as public APIs. It may be changed or removed without notice in
/// any release. You should only use it directly in your code with extreme caution and knowing that
/// doing so can result in application failures when updating to a new Entity Framework Core release.
/// </summary>
public virtual IModel Create(DatabaseModel databaseModel, ModelReverseEngineerOptions options)
{
Check.NotNull(databaseModel, nameof(databaseModel));
Check.NotNull(options, nameof(options));
var modelBuilder = new ModelBuilder();
_tableNamer = new CSharpUniqueNamer <DatabaseTable>(
options.UseDatabaseNames
? (Func <DatabaseTable, string>)(t => t.Schema + '_' + t.Name)
: t =>
{
t.Name = t.Schema + '_' + t.Name;
return(_candidateNamingService.GenerateCandidateIdentifier(t));
},
_cSharpUtilities,
options.NoPluralize
? (Func <string, string>)null
: _pluralizer.Singularize);
_dbSetNamer = new CSharpUniqueNamer <DatabaseTable>(
options.UseDatabaseNames
? (Func <DatabaseTable, string>)(t => t.Schema + '_' + t.Name)
: t =>
{
//t.Name = t.Schema + '_' + t.Name;
return(_candidateNamingService.GenerateCandidateIdentifier(t));
},
_cSharpUtilities,
options.NoPluralize
? (Func <string, string>)null
: _pluralizer.Pluralize);
_columnNamers = new Dictionary <DatabaseTable, CSharpUniqueNamer <DatabaseColumn> >();
_options = options;
VisitDatabaseModel(modelBuilder, databaseModel);
return(modelBuilder.Model);
}
protected virtual IModel CreateFromDatabaseModel([NotNull] DatabaseModel databaseModel)
{
Check.NotNull(databaseModel, nameof(databaseModel));
var modelBuilder = new ModelBuilder(new ConventionSet());
_tableNamer = new CSharpUniqueNamer <TableModel>(t => t.Name);
_columnNamers = new Dictionary <TableModel, CSharpUniqueNamer <ColumnModel> >();
VisitDatabaseModel(modelBuilder, databaseModel);
if (!string.IsNullOrEmpty(databaseModel.DefaultSchemaName))
{
modelBuilder.HasDefaultSchema(databaseModel.DefaultSchemaName);
}
if (!string.IsNullOrEmpty(databaseModel.DatabaseName))
{
modelBuilder.Model.Relational().DatabaseName = databaseModel.DatabaseName;
}
return(modelBuilder.Model);
}
protected virtual IModel CreateFromDatabaseModel([NotNull] DatabaseModel databaseModel)
{
Check.NotNull(databaseModel, nameof(databaseModel));
var modelBuilder = new ModelBuilder(new ConventionSet());
_tableNamer = new CSharpUniqueNamer<TableModel>(t => t.Name);
_columnNamers = new Dictionary<TableModel, CSharpUniqueNamer<ColumnModel>>();
VisitDatabaseModel(modelBuilder, databaseModel);
if (!string.IsNullOrEmpty(databaseModel.DefaultSchemaName))
{
modelBuilder.HasDefaultSchema(databaseModel.DefaultSchemaName);
}
if (!string.IsNullOrEmpty(databaseModel.DatabaseName))
{
modelBuilder.Model.Relational().DatabaseName = databaseModel.DatabaseName;
}
return modelBuilder.Model;
}
