public void IPAddressDAO_DeleteByIds_SuccessfulDeletion(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP address.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
// Act
// Delete the IP address.
ipDAO.DeleteByIds(new List <string>()
{
ip
});
// Check if the IP exists and set the result accordingly.
bool result = ipDAO.CheckIPExistence(ip);
// Assert
// The result should be false.
Assert.IsFalse(result);
}
public void IPAddressDAO_Update_UnsuccessfulUpdate(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create the IP.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
// Prepare a new data to update but with a wrong IP address.
IPAddressRecord updatedRecord = new IPAddressRecord(NonExistingIP, 1, 1, 1);
bool result = false;
// Act
try
{
// Update the IP address.
ipDAO.Update(updatedRecord);
}
catch (Exception)
{
// Catch the exception and set the result to true.
result = true;
}
// Assert
// The result should be true.
Assert.IsTrue(result);
}
public void IPAddressDAO_Create_UnsuccessfulCreation(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
bool result = false;
// Act
try
{
// Create the same IP Address twice.
ipDAO.Create(ipRecord);
ipDAO.Create(ipRecord);
}
catch (ArgumentException)
{
// Catch the exception and set the result to true.
result = true;
}
// Assert
// The result should be true.
Assert.IsTrue(result);
}
public void IPAddressDAO_Update_SuccessfulUpdate(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
// Prepare a new data to update.
IPAddressRecord updatedRecord = new IPAddressRecord(ip, 1, 1, 1);
// Act
// Update the data of the IP.
ipDAO.Update(updatedRecord);
// Read the IP.
IPAddressObject ipObject = (IPAddressObject)ipDAO.ReadById(ip);
// Check if the IP was updated correctly and set the result to true.
bool result = DataEquals(ipRecord, ipObject);
// Assert
// The result should be true.
Assert.IsTrue(result);
}
public void IPAddressDAO_ReadById_UnsuccessfulRead(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
bool result = false;
// Act
try
{
// Read a non-existing IP.
IPAddressObject ipObject = (IPAddressObject)ipDAO.ReadById(NonExistingIP);
}
catch (ArgumentException)
{
// Catch the exception and set the result to true.
result = true;
}
// Assert
// The result should be true.
Assert.IsTrue(result);
}
public void IPAddressDAO_DeleteByIds_UnsuccessfulDeletion(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP address.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
bool result = false;
// Act
try
{
// Delete an non-existing IP.
ipDAO.DeleteByIds(new List <string>()
{
NonExistingIP
});
}
catch (ArgumentException)
{
// Catch the exception and set the result to true.
result = true;
}
// Assert
// The result should be true.
Assert.IsTrue(result);
}
public void IPAddressDAO_Create_SuccessfulCreation(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
// Act
// Create IP Address.
ipDAO.Create(ipRecord);
IPAddressObject ipObject = (IPAddressObject)ipDAO.ReadById(ip);
// Check if the data created is correct.
bool correctDataResult = DataEquals(ipRecord, ipObject);
// Assert
// The data should be correct.
Assert.IsTrue(correctDataResult);
}
public void IPAddressDAO_CheckIPExistence_IPNonExists(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
// Act
// Check if the IP exists and set the result accordingly.
bool result = ipDAO.CheckIPExistence(NonExistingIP);
// Assert
// The result should be false.
Assert.IsFalse(result);
}
public void IPAddressDAO_ReadById_SuccessfulRead(string ip, long timestampLocked, int registrationFailures,
long lastRegFailTimestamp)
{
// Arrange
UnitTestIPAddressDAO ipDAO = new UnitTestIPAddressDAO();
// Create an IP.
IPAddressRecord ipRecord =
new IPAddressRecord(ip, timestampLocked, registrationFailures, lastRegFailTimestamp);
ipDAO.Create(ipRecord);
// Act
// Read the IP.
IPAddressObject ipObject = (IPAddressObject)ipDAO.ReadById(ip);
// Check if the read IP is correct and set the result accordingly.
bool result = DataEquals(ipRecord, ipObject);
// Assert
// The result should be true.
Assert.IsTrue(result);
}
/// <summary>
/// Initiates the object and its dependencies.
/// </summary>
static UserManagementServiceUT()
{
_userDAO = new UnitTestUserDAO();
_ipDAO = new UnitTestIPAddressDAO();
}
