public void Should_build_expectation_groups_and_verify_expectations()
{
// Arrange
var configuration = FluentSecurityFactory.CreateSecurityConfiguration();
var expectationGroups = new List <ExpectationGroup>();
var builder = new Mock <IExpectationGroupBuilder>();
var verifyer = new Mock <IExpectationVerifyer>();
builder.Setup(x => x.Build(It.IsAny <IEnumerable <ExpectationExpression> >())).Returns(expectationGroups).AtMostOnce();
verifyer.Setup(x => x.VerifyExpectationsOf(expectationGroups)).Returns(new List <ExpectationResult>()).AtMostOnce();
var policyExpectations = new PolicyExpectations();
policyExpectations.SetExpectationGroupBuilder(builder.Object);
policyExpectations.ConstructExpectationVerifyerUsing((c, h) => verifyer.Object);
policyExpectations.For <SampleController>();
policyExpectations.For <AdminController>(x => x.Login());
// Act
policyExpectations.VerifyAll(configuration);
// Assert
builder.VerifyAll();
verifyer.VerifyAll();
}
public void Should_build_expectation_groups_and_verify_expectations()
{
// Arrange
var configuration = FluentSecurityFactory.CreateSecurityConfiguration();
var expectationGroups = new List<ExpectationGroup>();
var builder = new Mock<IExpectationGroupBuilder>();
var verifyer = new Mock<IExpectationVerifyer>();
builder.Setup(x => x.Build(It.IsAny<IEnumerable<ExpectationExpression>>())).Returns(expectationGroups).AtMostOnce();
verifyer.Setup(x => x.VerifyExpectationsOf(expectationGroups)).Returns(new List<ExpectationResult>()).AtMostOnce();
var policyExpectations = new PolicyExpectations();
policyExpectations.SetExpectationGroupBuilder(builder.Object);
policyExpectations.ConstructExpectationVerifyerUsing((c, h) => verifyer.Object);
policyExpectations.For<SampleController>();
policyExpectations.For<AdminController>(x => x.Login());
// Act
policyExpectations.VerifyAll(configuration);
// Assert
builder.VerifyAll();
verifyer.VerifyAll();
}
public void Should_be_configured_correctly()
{
var expectations = new PolicyExpectations();
expectations.For<HomeController>().Has<IgnorePolicy>();
expectations.For<AccountController>().Has<DenyAuthenticatedAccessPolicy>();
expectations.For<AccountController>(x => x.LogOut()).Has<DenyAnonymousAccessPolicy>().DoesNotHave<DenyAuthenticatedAccessPolicy>();
expectations.For<ExampleController>(x => x.DenyAnonymousAccess()).Has<DenyAnonymousAccessPolicy>();
expectations.For<ExampleController>(x => x.DenyAuthenticatedAccess()).Has<DenyAuthenticatedAccessPolicy>();
expectations.For<ExampleController>(x => x.RequireAdministratorRole()).Has<RequireRolePolicy>(p =>
p.RolesRequired.Contains(UserRole.Administrator) &&
p.RolesRequired.Count() == 1
);
expectations.For<ExampleController>(x => x.RequirePublisherRole()).Has<RequireRolePolicy>(p =>
p.RolesRequired.Contains(UserRole.Publisher) &&
p.RolesRequired.Count() == 1
);
expectations.For<AdminController>().Has<AdministratorPolicy>();
expectations.For<AdminController>(x => x.Delete()).Has<DelegatePolicy>(p => p.Name == "LocalOnlyPolicy");
expectations.For<Areas.ExampleArea.Controllers.HomeController>(x => x.Index()).Has<DenyAnonymousAccessPolicy>();
expectations.For<Areas.ExampleArea.Controllers.HomeController>(x => x.AdministratorsOnly()).Has(new RequireRolePolicy(UserRole.Administrator));
expectations.For<Areas.ExampleArea.Controllers.HomeController>(x => x.PublishersOnly()).Has(new RequireRolePolicy(UserRole.Publisher));
var results = expectations.VerifyAll(Bootstrapper.SetupFluentSecurity());
Assert.That(results.Valid(), results.ErrorMessages());
}
public void Should_be_configured_correctly()
{
var expectations = new PolicyExpectations();
expectations.For <HomeController>().Has <IgnorePolicy>();
expectations.For <AccountController>().Has <DenyAuthenticatedAccessPolicy>();
expectations.For <AccountController>(x => x.LogOut()).Has <DenyAnonymousAccessPolicy>().DoesNotHave <DenyAuthenticatedAccessPolicy>();
expectations.For <ExampleController>(x => x.DenyAnonymousAccess()).Has <DenyAnonymousAccessPolicy>();
expectations.For <ExampleController>(x => x.DenyAuthenticatedAccess()).Has <DenyAuthenticatedAccessPolicy>();
expectations.For <ExampleController>(x => x.RequireAdministratorRole()).Has <RequireRolePolicy>(p =>
p.RolesRequired.Contains(UserRole.Administrator) &&
p.RolesRequired.Count() == 1
);
expectations.For <ExampleController>(x => x.RequirePublisherRole()).Has <RequireRolePolicy>(p =>
p.RolesRequired.Contains(UserRole.Publisher) &&
p.RolesRequired.Count() == 1
);
expectations.For <AdminController>().Has <AdministratorPolicy>();
expectations.For <AdminController>(x => x.Delete()).Has <DelegatePolicy>(p => p.Name == "LocalOnlyPolicy");
expectations.For <Areas.ExampleArea.Controllers.HomeController>(x => x.Index()).Has <DenyAnonymousAccessPolicy>();
expectations.For <Areas.ExampleArea.Controllers.HomeController>(x => x.AdministratorsOnly()).Has(new RequireRolePolicy(UserRole.Administrator));
expectations.For <Areas.ExampleArea.Controllers.HomeController>(x => x.PublishersOnly()).Has(new RequireRolePolicy(UserRole.Publisher));
var results = expectations.VerifyAll(Bootstrapper.SetupFluentSecurity());
Assert.That(results.Valid(), results.ErrorMessages());
}
public void Should_throw_when_configuration_is_null()
{
// Arrange
ISecurityConfiguration configuration = null;
var policyExpectations = new PolicyExpectations();
// Act & assert
Assert.Throws <ArgumentNullException>(() => policyExpectations.VerifyAll(configuration));
}
public void Should_verify_expectations_for_aliased_action_using_convention_expectations()
{
SecurityConfigurator.Configure(configuration => configuration.For<SampleController>().DenyAnonymousAccess());
var policyExpectations = new PolicyExpectations();
policyExpectations.For<SampleController>().Has<DenyAnonymousAccessPolicy>();
var results = policyExpectations.VerifyAll(SecurityConfiguration.Current);
Assert.That(results.Valid(), results.ErrorMessages());
}
public void Should_verify_expectations_for_void_action_using_convention_expectations()
{
SecurityConfigurator.Configure(configuration => configuration.For <SampleController>().DenyAnonymousAccess());
var policyExpectations = new PolicyExpectations();
policyExpectations.For <SampleController>().Has <DenyAnonymousAccessPolicy>();
var results = policyExpectations.VerifyAll(SecurityConfiguration.Current);
Assert.That(results.Valid(), results.ErrorMessages());
}
public void Should_fail_once_with_predicate_description_in_result_message()
{
// Arrange
var configuration = FluentSecurityFactory.CreateSecurityConfiguration();
var expectationViolationHandler = new DefaultExpectationViolationHandler();
var expectationVerifyer = new ExpectationVerifyer(configuration, expectationViolationHandler);
var policyExpectations = new PolicyExpectations();
policyExpectations.For <AdminController>(x => x.Login()).Has <DelegatePolicy>(p => p.Name == "LoginPolicy");
// Act
var expectationResults = expectationVerifyer.VerifyExpectationsOf(policyExpectations.ExpectationGroups);
// Assert
Assert.That(expectationResults.Count(), Is.EqualTo(1));
Assert.That(expectationResults.First().ExpectationsMet, Is.False);
Assert.That(expectationResults.First().Message, Is.EqualTo("Expected policy of type \"FluentSecurity.Policy.DelegatePolicy\" for controller \"FluentSecurity.TestHelper.Specification.TestData.AdminController\", action \"Login\".\r\n\t\tPredicate: p => (p.Name == \"LoginPolicy\")"));
}
public static PolicyExpectations CreatePolicyExpectations()
{
var policyExpectations = new PolicyExpectations();
policyExpectations.For<SampleController>(x => x.Index()).Has<DenyAuthenticatedAccessPolicy>();
policyExpectations.For<SampleController>(x => x.List()).Has<DenyAnonymousAccessPolicy>();
policyExpectations.For<SampleController>(x => x.New()).Has(new RequireRolePolicy("Editor")).DoesNotHave(new RequireRolePolicy("Writer")).Has<DenyInternetExplorerPolicy>();
policyExpectations.For<AdminController>().Has<DenyAnonymousAccessPolicy>();
policyExpectations.For<AdminController>(x => x.Login())
.DoesNotHave<DenyAnonymousAccessPolicy>()
.Has<DenyAuthenticatedAccessPolicy>();
policyExpectations.For<IgnoreController>().Has<IgnorePolicy>();
policyExpectations.For<TestController>().DoesNotHave<IgnorePolicy>();
return policyExpectations;
}
public void Should_be_configured_base_actions()
{
// Arrange
var _expectations = new PolicyExpectations();
_expectations.For <HomeController>().Has <DenyAnonymousAccessPolicy>();
_expectations.For <Areas.ExampleArea.Controllers.BaseController>().Has(new RequireRolePolicy(UserRole.Administrator));
_expectations.For <Areas.ExampleArea.Controllers.RolesController>(p => p.Index()).Has(new RequireRolePolicy(UserRole.Administrator));
_expectations.For <Areas.ExampleArea.Controllers.RolesController>().Has(new RequireRolePolicy(UserRole.Administrator));
SecurityConfigurator.Configure(c => {
c.ForAllControllersInAssembly(typeof(HomeController).Assembly).DenyAnonymousAccess();
c.ForAllControllersInAssemblyThatInherit <Areas.ExampleArea.Controllers.BaseController>().RequireRole(UserRole.Administrator);
});
// Act
var results = _expectations.VerifyAll(SecurityConfiguration.Current);
// Assert
Assert.That(results.Valid(), results.ErrorMessages());
}
public void Should_be_configured_correctly()
{
var expectations = new PolicyExpectations();
expectations.For<AccountController>(x => x.LogInAsAdministrator()).Has<DenyAuthenticatedAccessPolicy>();
expectations.For<AccountController>(x => x.LogInAsPublisher()).Has<DenyAuthenticatedAccessPolicy>();
expectations.For<AccountController>(x => x.LogOut()).Has<DenyAnonymousAccessPolicy>();
expectations.For<ExampleController>(x => x.DenyAnonymousAccess()).Has<DenyAnonymousAccessPolicy>();
expectations.For<ExampleController>(x => x.DenyAuthenticatedAccess()).Has<DenyAuthenticatedAccessPolicy>();
expectations.For<ExampleController>(x => x.RequireAdministratorRole()).Has(new RequireRolePolicy(UserRole.Administrator));
expectations.For<ExampleController>(x => x.RequirePublisherRole()).Has(new RequireRolePolicy(UserRole.Publisher));
expectations.For<AdminController>().Has<AdministratorPolicy>();
expectations.For<AdminController>(x => x.Index()).Has<IgnorePolicy>().DoesNotHave<AdministratorPolicy>();
var results = expectations.VerifyAll(Bootstrapper.SetupFluentSecurity());
Assert.That(results.Valid(), results.ErrorMessages());
}
public static PolicyExpectations CreatePolicyExpectations()
{
var policyExpectations = new PolicyExpectations();
policyExpectations.For <SampleController>(x => x.Index()).Has <DenyAuthenticatedAccessPolicy>();
policyExpectations.For <SampleController>(x => x.List()).Has <DenyAnonymousAccessPolicy>();
policyExpectations.For <SampleController>(x => x.New()).Has(new RequireRolePolicy("Editor")).DoesNotHave(new RequireRolePolicy("Writer")).Has <DenyInternetExplorerPolicy>();
policyExpectations.For <AdminController>().Has <DenyAnonymousAccessPolicy>();
policyExpectations.For <AdminController>(x => x.Login())
.DoesNotHave <DenyAnonymousAccessPolicy>()
.Has <DenyAuthenticatedAccessPolicy>();
policyExpectations.For <AdminController>(x => x.NewUser())
.DoesNotHave <DenyAnonymousAccessPolicy>()
.Has <RequireRolePolicy>();
policyExpectations.For <IgnoreController>().Has <IgnorePolicy>();
policyExpectations.For <TestController>().DoesNotHave <IgnorePolicy>();
return(policyExpectations);
}
public void Should_throw_when_configuration_is_null()
{
// Arrange
ISecurityConfiguration configuration = null;
var policyExpectations = new PolicyExpectations();
// Act & assert
Assert.Throws<ArgumentNullException>(() => policyExpectations.VerifyAll(configuration));
}
public void SetUp()
{
_policyExpectations = new PolicyExpectations();
}
public void SetUp()
{
_policyExpectations = new PolicyExpectations();
}
public void Should_fail_once_with_predicate_description_in_result_message()
{
// Arrange
var configuration = FluentSecurityFactory.CreateSecurityConfiguration();
var expectationViolationHandler = new DefaultExpectationViolationHandler();
var expectationVerifyer = new ExpectationVerifyer(configuration, expectationViolationHandler);
var policyExpectations = new PolicyExpectations();
policyExpectations.For<AdminController>(x => x.Login()).Has<DelegatePolicy>(p => p.Name == "LoginPolicy");
// Act
var expectationResults = expectationVerifyer.VerifyExpectationsOf(policyExpectations.ExpectationGroups);
// Assert
Assert.That(expectationResults.Count(), Is.EqualTo(1));
Assert.That(expectationResults.First().ExpectationsMet, Is.False);
Assert.That(expectationResults.First().Message, Is.EqualTo("Expected policy of type \"FluentSecurity.Policy.DelegatePolicy\" for controller \"FluentSecurity.TestHelper.Specification.TestData.AdminController\", action \"Login\".\r\n\t\tPredicate: p => (p.Name == \"LoginPolicy\")"));
}
