public void Returns_uncertified_deployments_by_application_and_environment()
{
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion(Deployment.APPLICATION, "SampleApp1"));
criteria.AddCriterion(new Criterion(Deployment.ENVIRONMENT, "Environment"));
criteria.AddCriterion(new Criterion(Deployment.CERTIFIED_ON, null));
criteria.AddCriterion(new Criterion(Deployment.RESULT, DeploymentResult.Success));
criteria.OrderBy = Deployment.DEPLOYED_ON;
criteria.SortOrder = SortOrder.Descending;
var foundDeployments = new Deployment[0];
var mocks = new MockRepository();
var repository = mocks.CreateMock<IPersistentObjectRepository>();
using (mocks.Record())
{
repository.ConfigurationFile = "deployer.hibernate.cfg.xml";
Expect.Call(repository.FindAll<Deployment>(criteria)).Return(foundDeployments);
}
using (mocks.Playback())
{
IDeploymentRepository deploymentRepository = new DeploymentRepository(repository);
var deployments = deploymentRepository.FindSuccessfulUncertified("SampleApp1", "Environment");
Assert.That(deployments, Is.SameAs(foundDeployments));
}
mocks.VerifyAll();
}
public ApplicationInstance GetByMaintenanceHostHeaderAndMachineName(string maintenanceHostHeader, string machineName)
{
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion(ApplicationInstance.MachineNameAttribute, machineName));
criteria.AddCriterion(new Criterion(ApplicationInstance.MaintenanceHostHeaderAttribute, maintenanceHostHeader));
var instance = _objectRepository.FindFirst<ApplicationInstance>(criteria);
return instance;
}
private CriterionSet getCriteria(string application, string environment)
{
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion(Deployment.APPLICATION, application));
criteria.AddCriterion(new Criterion(Deployment.ENVIRONMENT, environment));
criteria.OrderBy = Deployment.DEPLOYED_ON;
criteria.SortOrder = SortOrder.Descending;
return criteria;
}
public void Calculates_hash_code_based_on_criterion()
{
CriterionSet set1 = new CriterionSet();
Criterion criterion1 = new Criterion("A1", "V1", ComparisonOperator.Equal);
Criterion criterion2 = new Criterion("A2", "V2", ComparisonOperator.Equal);
set1.AddCriterion(criterion1);
set1.AddCriterion(criterion2);
Assert.That(set1.GetHashCode(), Is.EqualTo(criterion1.GetHashCode() + criterion2.GetHashCode()));
}
public void Can_add_criterion()
{
CriterionSet set = new CriterionSet();
Criterion criterion1 = new Criterion("A1", "V1");
Criterion criterion2 = new Criterion("A2", "V2");
set.AddCriterion(criterion1);
set.AddCriterion(criterion2);
Assert.That(set.GetCriteria(), Is.EquivalentTo(new Criterion[] { criterion1, criterion2 }));
}
public void Correctly_compares_equal_sets()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
set1.AddCriterion(new Criterion("A1", "V1", ComparisonOperator.Equal));
set1.AddCriterion(new Criterion("A2", "V2", ComparisonOperator.Equal));
set2.AddCriterion(new Criterion("A1", "V1", ComparisonOperator.Equal));
set2.AddCriterion(new Criterion("A2", "V2", ComparisonOperator.Equal));
Assert.That(set1, Is.EqualTo(set2));
Assert.That(set2, Is.EqualTo(set1));
}
public IEnumerable<ApplicationInstance> GetByHostHeader(string uniqueHostHeader)
{
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion(ApplicationInstance.UniqueHostHeaderAttribute, uniqueHostHeader));
IEnumerable<ApplicationInstance> instances = _objectRepository.FindAll<ApplicationInstance>(criteria);
return instances;
}
public void Correctly_compares_equal_sets_both_having_null()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
set1.AddCriterion(new Criterion("A1", null, ComparisonOperator.Equal));
set2.AddCriterion(new Criterion("A1", null, ComparisonOperator.Equal));
Assert.That(set1, Is.EqualTo(set2));
Assert.That(set2, Is.EqualTo(set1));
}
public void Correctly_compares_unequal_sets_based_on_sorting()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
set1.OrderBy = "A1";
set2.OrderBy = "B1";
set1.SortOrder = SortOrder.Ascending;
set2.SortOrder = SortOrder.Ascending;
set1.AddCriterion(new Criterion("A1", null, ComparisonOperator.Equal));
set2.AddCriterion(new Criterion("A1", null, ComparisonOperator.Equal));
Assert.That(set1, Is.Not.EqualTo(set2));
Assert.That(set2, Is.Not.EqualTo(set1));
}
public void Does_not_add_null_valued_criteria()
{
Criterion nullCriterion = new Criterion("A1", null, ComparisonOperator.Equal);
CriterionSet set1 = new CriterionSet();
set1.AddCriterion(nullCriterion);
Assert.That(set1.GetCriteria(), Is.EqualTo(new Criterion[] { nullCriterion }));
}
public void Correctly_compares_empty_set_with_non_empty_set()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
set2.AddCriterion(new Criterion("A1", "V1", ComparisonOperator.Equal));
Assert.That(set1, Is.Not.EqualTo(set2));
Assert.That(set2, Is.Not.EqualTo(set1));
}
public void Correctly_compares_unequal_sets_with_same_number_of_elements_but_different_number_of_values()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
set1.AddCriterion(new Criterion("A1", "V1", ComparisonOperator.Equal));
set1.AddCriterion(new Criterion("A2", "V2", ComparisonOperator.Equal));
set2.AddCriterion(new Criterion("A1", "V1", ComparisonOperator.Equal));
Assert.That(set1, Is.Not.EqualTo(set2));
Assert.That(set2, Is.Not.EqualTo(set1));
}
public void Correctly_compares_complex_equal_sets()
{
CriterionSet set1 = new CriterionSet();
CriterionSet set2 = new CriterionSet();
string myString = "abc";
set1.AddCriterion(new Criterion("A1", myString));
set1.AddCriterion(new Criterion("A2", new DateTime(2007, 4, 15), ComparisonOperator.GreaterThan));
set2.AddCriterion(new Criterion("A1", myString));
set2.AddCriterion(new Criterion("A2", new DateTime(2007, 4, 15), ComparisonOperator.GreaterThan));
Assert.That(set1, Is.EqualTo(set2));
Assert.That(set2, Is.EqualTo(set1));
}
public void Can_correctly_gets_application_instances_by_host_header()
{
var instance1 = new ApplicationInstance();
var instance2 = new ApplicationInstance();
var instances = new[] { instance1, instance2 };
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion("UniqueHostHeader", "MyHostHeader"));
var mocks = new MockRepository();
var objectRepository = mocks.CreateMock<IPersistentObjectRepository>();
using (mocks.Record())
{
objectRepository.ConfigurationFile = "webmanagement.hibernate.cfg.xml";
Expect.Call(objectRepository.FindAll<ApplicationInstance>(criteria)).Return(instances);
}
using (mocks.Playback())
{
IApplicationInstanceRepository repository = new ApplicationInstanceRepository(objectRepository);
IEnumerable<ApplicationInstance> actualInstances = repository.GetByHostHeader("MyHostHeader");
EnumerableAssert.That(actualInstances, Is.EqualTo(instances));
}
}
public void Can_correctly_gets_application_instances_by_machine_name_and_maintenance_host_header()
{
var instance = new ApplicationInstance();
var criteria = new CriterionSet();
criteria.AddCriterion(new Criterion("MachineName", "MyMachine"));
criteria.AddCriterion(new Criterion("MaintenanceHostHeader", "MyDomain"));
var mocks = new MockRepository();
var objectRepository = mocks.CreateMock<IPersistentObjectRepository>();
using (mocks.Record())
{
objectRepository.ConfigurationFile = "webmanagement.hibernate.cfg.xml";
Expect.Call(objectRepository.FindFirst<ApplicationInstance>(criteria)).Return(instance);
}
using (mocks.Playback())
{
IApplicationInstanceRepository repository = new ApplicationInstanceRepository(objectRepository);
var actualInstance = repository.GetByMaintenanceHostHeaderAndMachineName("MyDomain", "MyMachine");
Assert.That(actualInstance, Is.SameAs(instance));
}
}