public async Task GivenAnAccountDefinition_WhenICreateADataLinkBetweenTwoSubscriptions_ThenTheDataLinkShouldBePersisted()
{
// Setup:
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
account = await createAccountDelegate.CreateAccountAsync(account);
var dataLink = new DataLinkDto
{
FromSubscriptionId = 2, // Staging
ToSubscriptionId = 1, // Production
DataLinkTypeId = 1 // Customization
};
// System under test: CreateDataLinkDelegate
var createDataLinkDelegate = new CreateDataLinkDelegate(db, Mapper);
// Exercise: invoke CreateDataLink
var createdDataLink = await createDataLinkDelegate.CreateDataLinkAsync(account.AccountId, dataLink);
// Assert
createdDataLink.From.Should().NotBeNullOrEmpty();
createdDataLink.To.Should().NotBeNullOrEmpty();
createdDataLink.Type.Should().NotBeNullOrEmpty().And.Be("Customization");
db.DataLinks.Count().Should().Be(1);
}
public async Task GivenAValidIdPDefinition_WhenICallTheCreateDelegate_ThenTheProviderShouldBePersisted()
{
// Setup: Create a database with an Account and two existing Subscriptions.
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
account = await createAccountDelegate.CreateAccountAsync(account);
var identityProvider = new IdentityProviderDto {
Name = "Health Dialog Secondary IdP"
};
// System under test: CreateIdentityProviderDelegate
var createIdentityProvider = new CreateIdentityProviderDelegate(db, Mapper);
// Exercise: invoke Create Identity Provider
identityProvider = await createIdentityProvider.CreateIdentityProvider(account.AccountId, identityProvider);
// Assert: the number of Accounts in the InMemory database is still 1
// Assert: the number of Subscriptions in the InMemory database is still 2
// Assert: the number of Subscriptions in the InMemory database is now 2
db.Accounts.Count().Should().Be(1, $"The number of {nameof(db.Accounts)} in the ClientsDb is not 1");
db.Subscriptions.Count().Should().Be(2, $"The number of {nameof(db.Subscriptions)} in the ClientsDb is not 2");
db.IdentityProviders.Count().Should().Be(2, $"The number of {nameof(db.IdentityProviders)} in the ClientsDb is not 2");
identityProvider.IdentityProviderId.Should().NotBe(default);
//[AuthorizeRbac("accounts:write")]
public async Task <IActionResult> CreateAccount(AccountDto accountDto)
{
accountDto = await _createAccount.CreateAccountAsync(accountDto);
var accountUrl = $"{Request?.Scheme}://{Request?.Host}{Request?.PathBase}{Request?.Path}/{accountDto.AccountId}";
return(Created(accountUrl, accountDto));
}
public async Task GivenAnAccountDefinition_WhenIHaveAValidAccount_ThenTheAccountShouldBePersisted()
{
// Setup: 1 Account with 2 Subscriptions
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
// System under test: CreateAccountDelegate
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
// Exercise: invoke CreateAccount
account = await createAccountDelegate.CreateAccountAsync(account);
// Assert: the number of Accounts in the InMemory database is now 1
// Assert: the number of Subscriptions in the InMemory database is now 2
db.Accounts.Count().Should().Be(1, $"The number of {nameof(db.Accounts)} in the ClientsDb is not 1");
db.Subscriptions.Count().Should().Be(2, $"The number of {nameof(db.Subscriptions)} in the ClientsDb is not 2");
db.IdentityProviders.Count().Should().Be(1, $"The number of {nameof(db.IdentityProviders)} in the ClientsDb is not 1");
account.AccountId.Should().NotBe(default, $"The underlying provider should generate a value for {nameof(AccountDto.AccountId)}");
public async Task GivenADataLinkOperation_WhenICreateAnExistingDataLink_ThenTheDelegateShouldRaiseAnError()
{
// Setup:
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
account = await createAccountDelegate.CreateAccountAsync(account);
var dataLink = new DataLinkDto
{
FromSubscriptionId = 2, // Staging
ToSubscriptionId = 1, // Production
DataLinkTypeId = 1 // Customization
};
// System under test: CreateDataLinkDelegate
var createDataLinkDelegate = new CreateDataLinkDelegate(db, Mapper);
// Exercise: invoke CreateDataLink twice
try
{
await createDataLinkDelegate.CreateDataLinkAsync(account.AccountId, dataLink);
await createDataLinkDelegate.CreateDataLinkAsync(account.AccountId, dataLink);
Assert.Fail($"An invocation to {nameof(CreateDataLinkDelegate.CreateDataLinkAsync)} should not have completed when a duplicate data link.");
}
catch (Exception e)
{
// Assert
// Exception is the right type
e.GetType().Should().Be <MalformedDataLinkException>();
e.Message.Should().Be($"An existing DataLink from subscription with SubscriptionId = 2 to subscription with SubscriptionId = 1 already exists.");
// Only one data link is persisted.
db.DataLinks.Count().Should().Be(1);
}
}
public async Task GivenADataLinkOperation_WhenIPassAnInvalidAccount_ThenTheDelegateShouldRaiseAnError()
{
// Setup:
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
account = await createAccountDelegate.CreateAccountAsync(account);
var dataLink = new DataLinkDto
{
FromSubscriptionId = 2, // Staging
ToSubscriptionId = 1, // Production
DataLinkTypeId = 1 // Customization
};
// System under test: CreateDataLinkDelegate
var createDataLinkDelegate = new CreateDataLinkDelegate(db, Mapper);
// Exercise: invoke CreateDataLink twice
try
{
await createDataLinkDelegate.CreateDataLinkAsync(-1, dataLink);
Assert.Fail($"An invocation to {nameof(CreateDataLinkDelegate.CreateDataLinkAsync)} should not have completed with an invalid {nameof(AccountDto.AccountId)}.");
}
catch (Exception e)
{
// Assert
// Exception is the right type
e.GetType().Should().Be <AccountNotFoundException>();
e.Message.Should().Be($"An account with AccountId = -1 doesn't exist.");
// Nothing persisted
db.DataLinks.Count().Should().Be(0);
}
}
public async Task GivenAnAccountDefinition_WhenTheSubscriptionIsValid_ThenTheSubscriptionShouldBePersisted()
{
// Setup: Create a database with an Account and two existing Subscriptions.
await using var db = ClientsDbTestProvider.CreateInMemoryClientDb();
var account = DtoProvider.CreateValidAccountDefinition();
var createAccountDelegate = new CreateAccountDelegate(db, Mapper);
account = await createAccountDelegate.CreateAccountAsync(account);
var subscription = DtoProvider.CreateValidSubscriptionDefinition();
// System under test: CreateSubscriptionDelegate
var createSubscription = new CreateSubscriptionDelegate(db, Mapper);
// Exercise: invoke CreateSubscription
subscription = await createSubscription.CreateSubscriptionAsync(account.AccountId, subscription);
// Assert: the number of Accounts in the InMemory database is still 1
// Assert: the number of Subscriptions in the InMemory database is now 3
db.Accounts.Count().Should().Be(1, $"The number of {nameof(db.Accounts)} in the ClientsDb is not 1");
db.Subscriptions.Count().Should().Be(3, $"The number of {nameof(db.Subscriptions)} in the ClientsDb is not 3");
subscription.SubscriptionId.Should().NotBe(default, $"The underlying provider should generate a value for {nameof(SubscriptionDto.SubscriptionId)}");