public void ContainsInvalidFrequency()
{
// Arrange
string configFileContent = @"
Config without frequency
";
// Act
string errorMsg = ConfigFileValidator.ContainsFrequency(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["Frequency"], errorMsg);
}
public void ContainsInvalidLogFilePath()
{
// Arrange
string configFileContent = @"
Log file path is missing
in this 'file content'
";
// Act
string errorMsg = ConfigFileValidator.ContainsLogFilePath(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["LogFilePath"], errorMsg);
}
public void ContainsInvalidProcessorFrequencies()
{
// Arrange
string configFileContent = @"
// Processor IDs and their frequency values.
2,2.9
";
// Act
string errorMsg = ConfigFileValidator.ContainsProcessorFrequencies(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["ProcessorFrequencies"], errorMsg);
}
public void ContainsValidLogFilePath()
{
// Arrange
string configFileContent = @"
// The default log file name.
DEFAULT-LOGFILE,""AT1 - log.txt""
";
// Act
string errorMsg = ConfigFileValidator.ContainsLogFilePath(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
public void ContainsInvalidParallelSection()
{
// Arrange
string configFileContent = @"
missing max duration
PROGRAM-TASKS,5
PROGRAM-PROCESSORS,3
";
// Act
string errorMsg = ConfigFileValidator.ContainsParallelSection(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["ParallelSection"], errorMsg);
}
public void ContainsValidParallelSection()
{
// Arrange
string configFileContent = @"
PROGRAM-MAXIMUM-DURATION,9
PROGRAM-TASKS,5
PROGRAM-PROCESSORS,3
";
// Act
string errorMsg = ConfigFileValidator.ContainsParallelSection(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
public void ContainsInvalidLimitSection()
{
// Arrange
string configFileContent = @"
LIMITS-TASKS,1,500
missing limits for processors
LIMITS-PROCESSOR-FREQUENCIES,0,10
";
// Act
string errorMsg = ConfigFileValidator.ContainsLimitSection(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["LimitSection"], errorMsg);
}
public void ContainsInvalidRuntimes()
{
// Arrange
string configFileContent = @"
// Task IDs and their runtime values.
TASK-ID,RUNTIME
something else
";
// Act
string errorMsg = ConfigFileValidator.ContainsRuntimes(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["Runtimes"], errorMsg);
}
public void ContainsValidFrequency()
{
// Arrange
string configFileContent = @"
// Task runtimes are based on tasks executing on
// a processor running at the following frequency (GHz).
RUNTIME-REFERENCE-FREQUENCY,2
";
// Act
string errorMsg = ConfigFileValidator.ContainsFrequency(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
public void ContainsValidLimitSection()
{
// Arrange
string configFileContent = @"
// Minimum and maximum limits on the number of
// tasks and processors and processor frequencies.
LIMITS-TASKS,1,500
LIMITS-PROCESSORS,1,1000
LIMITS-PROCESSOR-FREQUENCIES,0,10
";
// Act
string errorMsg = ConfigFileValidator.ContainsLimitSection(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
public void ContainsInvalidProcessorFrequenciesIds()
{
// Arrange
string configFileContent = @"
// Processor with id 1 is used more than once
PROCESSOR-ID,FREQUENCY
1,1.7
2,2.3
1,2.9
";
// Act
string errorMsg = ConfigFileValidator.ContainsProcessorFrequencies(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["ProcessorFrequenciesIds"], errorMsg);
}
public void ContainsValidProcessorFrequencies()
{
// Arrange
string configFileContent = @"
// Processor IDs and their frequency values.
PROCESSOR-ID,FREQUENCY
1,1.7
2,2.3
3,2.9
";
// Act
string errorMsg = ConfigFileValidator.ContainsProcessorFrequencies(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
public void ContainsInvalidRuntimesIds()
{
// Arrange
string configFileContent = @"
// The task with id 1 is specified twice
TASK-ID,RUNTIME
1,1
1,3
3,5
4,7
5,9
";
// Act
string errorMsg = ConfigFileValidator.ContainsRuntimes(configFileContent);
// Assert
Assert.AreEqual(ConfigFileValidator.ConfigErrors["RuntimesIds"], errorMsg);
}
public void ContainsValidRuntimes()
{
// Arrange
string configFileContent = @"
// Task IDs and their runtime values.
TASK-ID,RUNTIME
1,1
2,3
3,5
4,7
5,9
";
// Act
string errorMsg = ConfigFileValidator.ContainsRuntimes(configFileContent);
// Assert
Assert.AreEqual("", errorMsg);
}
private bool validateConfigFile(string configFileContent)
{
List <string> configErrors = ConfigFileValidator.ValidateAll(configFileContent);
if (configErrors.Count == 0)
{
mainFormTextBox.Text += "Configuration file is valid.";
mainFormTextBox.AppendText(Environment.NewLine);
mainFormTextBox.AppendText(Environment.NewLine);
return(true);
}
else
{
mainFormTextBox.Text += "Configuration file is invalid.";
mainFormTextBox.AppendText(Environment.NewLine);
foreach (var errorMsg in configErrors)
{
errorsForm.AppendError(errorMsg);
}
return(false);
}
}
public void SetUp()
{
mValidator = new ConfigFileValidator();
}
