public void Sort_Method_Sorts_The_Data_Accordingly_To_The_Given_Order(string[] givenOrder, string[] expectedSortArray, bool forward)
{
// need some preprocessing here
var timeSpanConverter = new TimeSpanConverter();
var csvFileDataProcessor = new CsvFileDataProcessor(timeSpanConverter, ',');
var errors = new Dictionary <int, string>();
var processedSequence = csvFileDataProcessor.ProcessData(givenOrder, givenOrder.Length, false, errors);
var config = new Mock <IConfiguration>();
config.SetupProperty(h => h.HasHeader, false);
var converter = new TimeSpanConverter();
var sortingProvider = new SortingProvider(config.Object, converter);
var resultingSort = sortingProvider.Sort(processedSequence, forward);
var resultingSortArray = resultingSort.ToStringArray();
Assert.AreEqual(expectedSortArray, resultingSortArray);
}
public void ProcessData_Returns_Processed_List_Of_Tuples_With_Timespan_Substitions(string[] data, bool hasHeader, char separator)
{
var timeSpanConverter = new TimeSpanConverter();
var csvFileDataProcessor = new CsvFileDataProcessor(timeSpanConverter, separator);
var errors = new Dictionary <int, string>();
var results = csvFileDataProcessor.ProcessData(data, data.Length, hasHeader, errors);
// Assert that when header is provided, the count of data is one less than the data length, hence the first row is ignored
if (hasHeader)
{
// First row is treated as heading
Assert.AreEqual(data.Length - 1, results.Count);
Assert.That(results[0].Item2 != data[0].Split(separator)[1]);
Assert.That(results[0].Item3 != data[0].Split(separator)[2]);
Assert.That(results[0].Item2 == data[1].Split(separator)[1]);
Assert.That(results[0].Item3 == data[1].Split(separator)[2]);
Assert.That(results[1].Item2 == data[2].Split(separator)[1]);
Assert.That(results[1].Item3 == data[2].Split(separator)[2]);
}
else
{
// First row is treated as data
Assert.AreEqual(data.Length, results.Count);
Assert.That(results[0].Item2 == data[0].Split(separator)[1]);
Assert.That(results[0].Item3 == data[0].Split(separator)[2]);
Assert.That(results[1].Item2 == data[1].Split(separator)[1]);
Assert.That(results[1].Item3 == data[1].Split(separator)[2]);
Assert.That(results[2].Item2 == data[2].Split(separator)[1]);
Assert.That(results[2].Item3 == data[2].Split(separator)[2]);
}
}
