public void Should_match_insert_cmd_without_returning_clause()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(x => x.Id)
.ThatIsPrivateKey();
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(x => x.RecordId);
entityProfile.HasUniqueConstraint("business_identity");
entityProfile.HasProperty <TestEntity, string>(x => x.SensorId);
entityProfile.ToTable("test_entity", "custom");
var elements = new List <TestEntity>
{
new TestEntity {
Id = 12, RecordId = "rec-01", SensorId = "sens-01", IntValue = 127
},
};
var commands = _testService.Generate(elements, entityProfile, CancellationToken.None);
Assert.NotNull(commands);
Assert.AreEqual(1, commands.Count);
var commandResult = commands.First();
Assert.NotNull(commandResult.Command);
// Check that the whole command still matches the upsert pattern
Assert.IsTrue(Regex.IsMatch(commandResult.Command, UpsertConsts.UPSERT_PATTERN, RegexOptions.IgnoreCase));
// Check that there is no returning clause in the result command
Assert.IsFalse(commandResult.Command.Contains("returning"));
}
public void Should_match_upsert_cmd_of_one_element()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(entity => entity.Id)
.ThatIsAutoGenerated()
.ThatIsPrivateKey();
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(entity => entity.RecordId);
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(entity => entity.SensorId);
entityProfile.HasProperty <TestEntity, int>(entity => entity.IntValue);
var elements = new List <TestEntity>
{
new TestEntity {
RecordId = "rec-01", SensorId = "sens-01", IntValue = 127
},
};
var commands = _testService.Generate(elements, entityProfile, CancellationToken.None);
Assert.NotNull(commands);
Assert.AreEqual(1, commands.Count);
var commandResult = commands.First();
Assert.NotNull(commandResult.Command);
Assert.IsTrue(Regex.IsMatch(commandResult.Command, UpsertConsts.UPSERT_PATTERN, RegexOptions.IgnoreCase));
}
public void Should_match_column_constraint_in_on_conflict_clause()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(x => x.Id)
.ThatIsPrivateKey();
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(x => x.RecordId);
entityProfile.HasProperty <TestEntity, string>(x => x.SensorId);
entityProfile.ToTable("test_entity", "custom");
var elements = new List <TestEntity>
{
new TestEntity {
Id = 12, RecordId = "rec-01", SensorId = "sens-01", IntValue = 127
},
};
var commands = _testService.Generate(elements, entityProfile, CancellationToken.None);
Assert.NotNull(commands);
Assert.AreEqual(1, commands.Count);
var commandResult = commands.First();
Assert.NotNull(commandResult.Command);
var onConflictClausePattern = "on\\s+conflict\\s+(\\(\\s*\"\\w+\"\\s*\\)|on\\s+constraint\\s+\"\\w+\")";
Assert.IsTrue(Regex.IsMatch(commandResult.Command, onConflictClausePattern, RegexOptions.IgnoreCase));
}
public void Upsert_should_not_pass_entities_without_unique_constraint()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(x => x.Id);
entityProfile.ToTable("test_entity", "custom");
var elements = new List <TestEntity>();
Assert.Throws <ArgumentException>(() => _testService.Generate(elements, entityProfile, CancellationToken.None));
}
public void Should_not_put_column_that_was_not_mapped()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(x => x.Id)
.ThatIsPrivateKey();
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(x => x.RecordId);
entityProfile.HasUniqueConstraint("business_identity");
entityProfile.ToTable("test_entity", "custom");
var elements = new List <TestEntity>
{
new TestEntity {
Id = 12, RecordId = "rec-01", SensorId = "sens-01", IntValue = 127
},
};
var commands = _testService.Generate(elements, entityProfile, CancellationToken.None);
Assert.NotNull(commands);
Assert.AreEqual(1, commands.Count);
var commandResult = commands.First();
Assert.NotNull(commandResult.Command);
Assert.IsFalse(commandResult.Command.Contains("sensor_id"));
}
public void Should_not_put_constraint_columns_into_update_set_clause()
{
var entityProfile = new EntityProfile(typeof(TestEntity));
entityProfile.HasProperty <TestEntity, int>(x => x.Id)
.ThatIsPrivateKey();
entityProfile.HasPropertyAsPartOfUniqueConstraint <TestEntity, string>(x => x.RecordId);
entityProfile.HasUniqueConstraint("business_identity");
entityProfile.HasProperty <TestEntity, string>(x => x.SensorId);
entityProfile.ToTable("test_entity", "custom");
var elements = new List <TestEntity>
{
new TestEntity {
Id = 12, RecordId = "rec-01", SensorId = "sens-01", IntValue = 127
},
};
var commands = _testService.Generate(elements, entityProfile, CancellationToken.None);
Assert.NotNull(commands);
Assert.AreEqual(1, commands.Count);
var commandResult = commands.First();
Assert.NotNull(commandResult.Command);
var upsertSetPattern = "(set\\s+\"record_id\"\\s*=\\s*(\"\\w+\".)?\"\\w+\".\"\\w+\"\\s*)|,\\s*\"record_id\"\\s*=";
Assert.IsFalse(Regex.IsMatch(commandResult.Command, upsertSetPattern, RegexOptions.IgnoreCase));
}
