public void Returns_the_default_pool_size()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(5, factory.GetPoolSize(property));
}
public void Default_block_size_is_used_if_not_set_anywhere()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(SqlServerSequenceValueGeneratorFactory.DefaultBlockSize, factory.GetBlockSize(property));
}
public void Default_block_size_is_used_if_not_set_anywhere()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(SqlServerSequenceValueGeneratorFactory.DefaultBlockSize, factory.GetBlockSize(property));
}
public void Default_Sequence_name_is_used_if_not_set_anywhere()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("MyTable_Sequence", factory.GetSequenceName(property));
}
public void Block_size_is_obtained_from_model_annotation_if_not_set_on_property_or_type()
{
var property = CreateProperty();
property.EntityType.Model["StoreSequenceBlockSize"] = "11";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(11, factory.GetBlockSize(property));
}
public void Sequence_name_is_the_cache_key()
{
var property = CreateProperty();
property["StoreSequenceName"] = "Led";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("Led", factory.GetCacheKey(property));
}
public void Block_size_is_obtained_from_model_annotation_if_not_set_on_property_or_type()
{
var property = CreateProperty();
property.EntityType.Model["StoreSequenceBlockSize"] = "11";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(11, factory.GetBlockSize(property));
}
public void Sequence_name_is_obtained_from_model_annotation_if_not_set_on_property_or_type()
{
var property = CreateProperty();
property.EntityType.Model["StoreSequenceName"] = "Robert";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("Robert", factory.GetSequenceName(property));
}
public void Sequence_name_is_obtained_from_entity_type_annotation_if_not_set_on_property()
{
var property = CreateProperty();
property.EntityType["StoreSequenceName"] = "Robert";
property.EntityType.Model["StoreSequenceName"] = "Jimmy";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("Robert", factory.GetSequenceName(property));
}
public void Creates_DropSequenceOperation()
{
var property = CreateProperty();
property["StoreSequenceName"] = "Page";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var operation = (DropSequenceOperation)factory.GetDownMigrationOperations(property).Single();
Assert.Equal("Page", operation.SequenceName);
}
public void Sequence_name_is_the_cache_key()
{
var property = new ModelBuilder()
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw", "R"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal("R.DaneelOlivaw", factory.GetCacheKey(property));
}
public void Sequence_name_is_obtained_from_default_sequence()
{
var property = new ModelBuilder()
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence())
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal("EntityFrameworkDefaultSequence", factory.GetSequenceName(property));
}
public void Schema_qualified_sequence_name_is_obtained_from_named_sequence()
{
var property = new ModelBuilder()
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw", "R"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal("R.DaneelOlivaw", factory.GetSequenceName(property));
}
public void Block_size_is_obtained_from_named_sequence()
{
var property = CreateConventionModelBuilder()
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal(10, factory.GetBlockSize(property));
}
public void Sequence_name_is_obtained_from_specified_sequence()
{
var property = CreateConventionModelBuilder()
.ForSqlServer(b => b.Sequence("DaneelOlivaw").IncrementBy(11))
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal("DaneelOlivaw", factory.GetSequenceName(property));
}
public void Block_size_is_obtained_from_specified_default_sequence()
{
var property = new ModelBuilder()
.ForSqlServer(b => b.Sequence().IncrementBy(11))
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence())
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal(11, factory.GetBlockSize(property));
}
public void Creates_the_appropriate_value_generator()
{
var property = CreateProperty();
property["StoreSequenceBlockSize"] = "11";
property["StoreSequenceName"] = "Zeppelin";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var generator = (SqlServerSequenceValueGenerator)factory.Create(property);
Assert.Equal("Zeppelin", generator.SequenceName);
Assert.Equal(11, generator.BlockSize);
}
public void Non_positive_block_sizes_are_not_allowed()
{
var property = new ModelBuilder()
.ForSqlServer(b => b.Sequence("DaneelOlivaw").IncrementBy(-1))
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal(
Strings.SequenceBadBlockSize(-1, "DaneelOlivaw"),
Assert.Throws <NotSupportedException>(() => factory.GetBlockSize(property)).Message);
}
public void Returns_sequence_generator_for_all_integer_types_setup_for_server_values()
{
var sequenceFactory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var selector = new SqlServerValueGeneratorSelector(
new SimpleValueGeneratorFactory<GuidValueGenerator>(),
new SimpleValueGeneratorFactory<TemporaryValueGenerator>(),
sequenceFactory,
new SimpleValueGeneratorFactory<SequentialGuidValueGenerator>());
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(long), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(int), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(short), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(byte), ValueGenerationOnAdd.Server)));
}
public void Returns_sequence_generator_for_all_integer_types_setup_for_server_values()
{
var sequenceFactory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var selector = new SqlServerValueGeneratorSelector(
new SimpleValueGeneratorFactory <GuidValueGenerator>(),
new SimpleValueGeneratorFactory <TemporaryValueGenerator>(),
sequenceFactory,
new SimpleValueGeneratorFactory <SequentialGuidValueGenerator>());
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(long), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(int), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(short), ValueGenerationOnAdd.Server)));
Assert.Same(sequenceFactory, selector.Select(CreateProperty(typeof(byte), ValueGenerationOnAdd.Server)));
}
public void Returns_sequence_generator_when_explicitly_configured_on_model()
{
var sequenceFactory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
var selector = new SqlServerValueGeneratorSelector(
new SimpleValueGeneratorFactory <GuidValueGenerator>(),
new SimpleValueGeneratorFactory <TemporaryValueGenerator>(),
sequenceFactory,
new SimpleValueGeneratorFactory <SequentialGuidValueGenerator>());
Assert.Same(sequenceFactory, selector.Select(CreateModelSequenceProperty <long>()));
Assert.Same(sequenceFactory, selector.Select(CreateModelSequenceProperty <int>()));
Assert.Same(sequenceFactory, selector.Select(CreateModelSequenceProperty <short>()));
Assert.Same(sequenceFactory, selector.Select(CreateModelSequenceProperty <byte>()));
}
public void Creates_CreateSequenceOperation()
{
var property = CreateProperty();
property["StoreSequenceBlockSize"] = "11";
property["StoreSequenceName"] = "Plant";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var operation = (CreateSequenceOperation)factory.GetUpMigrationOperations(property).Single();
Assert.Equal("BIGINT", operation.Sequence.DataType);
Assert.Equal(0, operation.Sequence.StartWith);
Assert.Equal(11, operation.Sequence.IncrementBy);
Assert.Equal("Plant", operation.Sequence.Name);
}
public void Creates_the_appropriate_value_generator()
{
var property = new ModelBuilder()
.ForSqlServer(b => b.Sequence("DaneelOlivaw", "R").IncrementBy(11))
.Entity <Robot>()
.Property(e => e.Id)
.ForSqlServer(b => b.UseSequence("DaneelOlivaw", "R"))
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
var generator = (SqlServerSequenceValueGenerator)factory.Create(property);
Assert.Equal("R.DaneelOlivaw", generator.SequenceName);
Assert.Equal(11, generator.BlockSize);
}
private static void CreateDatabaseSequence(BronieContext context, DataStoreConnection storeConnection)
{
var executor = new SqlStatementExecutor();
var operations = new SqlServerSequenceValueGeneratorFactory(executor)
.GetUpMigrationOperations(context.Model.GetEntityType(typeof(Pegasus))
.GetProperty("Identifier"));
var sql = new SqlServerMigrationOperationSqlGenerator(new SqlServerTypeMapper())
.Generate(operations, generateIdempotentSql: false);
// TODO: Should be able to get relational connection without cast
var connection = ((RelationalConnection)storeConnection).DbConnection;
executor.ExecuteNonQuery(connection, sql);
}
public void Sequence_name_is_obtained_from_model_specified_model_default_sequence()
{
var property = CreateConventionModelBuilder()
.ForSqlServer(b =>
{
b.UseSequence();
b.Sequence().IncrementBy(11);
})
.Entity <Robot>()
.Property(e => e.Id)
.GenerateValueOnAdd()
.Metadata;
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor(new LoggerFactory()));
Assert.Equal("EntityFrameworkDefaultSequence", factory.GetSequenceName(property));
}
public void Creates_CreateSequenceOperation()
{
var property = CreateProperty();
property["StoreSequenceBlockSize"] = "11";
property["StoreSequenceName"] = "Plant";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var operation = (CreateSequenceOperation)factory.GetUpMigrationOperations(property).Single();
Assert.Equal("BIGINT", operation.Sequence.DataType);
Assert.Equal(0, operation.Sequence.StartWith);
Assert.Equal(11, operation.Sequence.IncrementBy);
Assert.Equal("Plant", operation.Sequence.Name);
}
public void Creates_DropSequenceOperation()
{
var property = CreateProperty();
property["StoreSequenceName"] = "Page";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var operation = (DropSequenceOperation)factory.GetDownMigrationOperations(property).Single();
Assert.Equal("Page", operation.SequenceName);
}
public void Creates_the_appropriate_value_generator()
{
var property = CreateProperty();
property["StoreSequenceBlockSize"] = "11";
property["StoreSequenceName"] = "Zeppelin";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
var generator = (SqlServerSequenceValueGenerator)factory.Create(property);
Assert.Equal("Zeppelin", generator.SequenceName);
Assert.Equal(11, generator.BlockSize);
}
public void Returns_the_default_pool_size()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal(5, factory.GetPoolSize(property));
}
public void Sequence_name_is_the_cache_key()
{
var property = CreateProperty();
property["StoreSequenceName"] = "Led";
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("Led", factory.GetCacheKey(property));
}
public void Default_Sequence_name_is_used_if_not_set_anywhere()
{
var property = CreateProperty();
var factory = new SqlServerSequenceValueGeneratorFactory(new SqlStatementExecutor());
Assert.Equal("MyTable_Sequence", factory.GetSequenceName(property));
}
private static void CreateDatabaseSequence(BronieContext context, RelationalConnection storeConnection)
{
var executor = new SqlStatementExecutor();
var operations = new SqlServerSequenceValueGeneratorFactory(executor)
.GetUpMigrationOperations(context.Model.GetEntityType(typeof(Pegasus))
.GetProperty("Identifier"));
var sql = new SqlServerMigrationOperationSqlGenerator(new SqlServerTypeMapper())
.Generate(operations);
// TODO: Should be able to get relational connection without cast
var connection = storeConnection.DbConnection;
executor.ExecuteNonQuery(connection, storeConnection.DbTransaction, sql);
}
