public async System.Threading.Tasks.Task WithTablePerConcreteInheritance_BiggerAsync()
{
using (ISession session = OpenSession())
using (var trx = session.BeginTransaction())
{
for (int i = 0; i < 12; i++)
{
var person = new PersonTpc();
person.AddAddress(new AddressTpc());
await(session.SaveAsync(person));
// Derived Object with dependent object (address)
var specialPerson = new SpecialPersonTpc();
specialPerson.AddAddress(new AddressTpc());
await(session.SaveAsync(specialPerson));
}
Assert.DoesNotThrowAsync(() => { return(trx.CommitAsync()); });
}
// 12 Person inserts (2 batches), 12 SpecialPerson inserts (2 batches), 24 Address inserts
// (may get intervened between Person and SpecialPerson, case not currently optimized: 3 to 4 batches)
Assert.That(StatsBatcher.BatchSizes.Count, Is.InRange(7, 8), "Unexpected batches count");
Assert.AreEqual(48, StatsBatcher.BatchSizes.Sum(), "Unexpected batched queries count");
}
public void WithTablePerConcreteInheritance()
{
using (ISession session = OpenSession())
using (var trx = session.BeginTransaction())
{
var person = new PersonTpc();
person.AddAddress(new AddressTpc());
session.Save(person);
// Derived Object with dependent object (address)
var specialPerson = new SpecialPersonTpc();
specialPerson.AddAddress(new AddressTpc());
session.Save(specialPerson);
Assert.DoesNotThrow(() => { trx.Commit(); });
}
// 1 Person insert, 1 SpecialPerson insert, 2 Address inserts
// (may get intervened between Person and SpecialPerson, case not currently optimized: 1 to 2 batches for adresses)
Assert.That(StatsBatcher.BatchSizes.Count, Is.InRange(3, 4), "Unexpected batches count");
Assert.AreEqual(4, StatsBatcher.BatchSizes.Sum(), "Unexpected batched queries count");
}
