public void WhenErrorIsThrownWillRollbackTransaction()
{
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw);
fibonaci.Execute();
Assert.AreEqual(1, new List<Exception>(fibonaci.GetAllErrors()).Count);
AssertFibonacciTableEmpty();
}
public void CanInsertToDatabaseFromInMemoryCollection()
{
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.WorkFine);
fibonaci.Execute();
Assert25ThFibonacci();
}
public void WhenErrorIsThrownWillRollbackTransaction()
{
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw);
fibonaci.Execute();
Assert.Equal(1, new List <Exception>(fibonaci.GetAllErrors()).Count);
AssertFibonacciTableEmpty();
}
public void CanInsertToDatabaseFromInMemoryCollection()
{
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.WorkFine);
fibonaci.Execute();
Assert25ThFibonacci();
}
public async Task CanInsertToDatabaseFromInMemoryCollection()
{
await EnsureFibonacciTableExists();
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.WorkFine);
await fibonaci.Execute();
await Assert25ThFibonacci();
}
public void CanInsertToDatabaseFromConnectionStringSettingsAndInMemoryCollection()
{
using (var fibonacci = new OutputFibonacciToDatabase(TestDatabase.ConnectionString, 25, Should.WorkFine))
{
fibonacci.Execute();
}
Assert25ThFibonacci();
}
public async Task WhenErrorIsThrownWillRollbackTransaction()
{
await EnsureFibonacciTableExists();
OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw);
await fibonaci.Execute();
Assert.Single(new List <Exception>(fibonaci.GetAllErrors()));
await AssertFibonacciTableEmpty();
}
public void WhenErrorIsThrownWillRollbackTransaction()
{
using (var fibonacci = new OutputFibonacciToDatabase(TestDatabase.ConnectionStringName, 25, Should.Throw))
{
fibonacci.Execute();
Assert.Single(new List <Exception>(fibonacci.GetAllErrors()));
}
AssertFibonacciTableEmpty();
}
public void WillRaiseRowProcessedEvent()
{
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
fibonaci.Execute();
}
Assert.Equal(1, rowsProcessed);
}
public void WillRaiseFinishedProcessingEventOnce()
{
int finished = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnFinishedProcessing += delegate { finished++; };
fibonaci.Execute();
}
Assert.AreEqual(1, finished);
}
public void WillRaiseRowProcessedEvent()
{
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
fibonaci.Execute();
}
Assert.AreEqual(1, rowsProcessed);
}
public void WillRaiseFinishedProcessingEventOnce()
{
int finished = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnFinishedProcessing += delegate { finished++; };
fibonaci.Execute();
}
Assert.Equal(1, finished);
}
public void WillRaiseRowProcessedEventUntilItThrows()
{
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
fibonaci.Execute();
Assert.Equal(fibonaci.ThrowingOperation.RowsAfterWhichToThrow, rowsProcessed);
}
}
public void WillRaiseRowProcessedEventUntilItThrows()
{
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
fibonaci.Execute();
Assert.AreEqual(fibonaci.ThrowingOperation.RowsAfterWhichToThrow, rowsProcessed);
}
}
public async Task WillRaiseFinishedProcessingEventOnce()
{
await EnsureFibonacciTableExists();
int finished = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnFinishedProcessing += delegate { finished++; };
await fibonaci.Execute();
}
Assert.Equal(1, finished);
}
public async Task WillRaiseRowProcessedEventUntilItThrows()
{
await EnsureFibonacciTableExists();
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(25, Should.Throw))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
await fibonaci.Execute();
Assert.Equal(fibonaci.ThrowingOperation.RowsAfterWhichToThrow, rowsProcessed);
}
}
public async Task WillRaiseRowProcessedEvent()
{
await EnsureFibonacciTableExists();
int rowsProcessed = 0;
using (OutputFibonacciToDatabase fibonaci = new OutputFibonacciToDatabase(1, Should.WorkFine))
{
fibonaci.OutputOperation.OnRowProcessed += delegate { rowsProcessed++; };
await fibonaci.Execute();
}
Assert.Equal(1, rowsProcessed);
}