public void Should_Analyse_Partition_From_CsvFile()
{
string file = Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "3.csv");
var partition = new PartitionCsvFileReader {
Filename = file
}.Read();
var report = PartitionAnalyser.Analyse(partition);
// ------------------------------
// Partion Anaysis Report
// ------------------------------
// Number of Measures: 18
// Number of accords: 10
// Number of silences: 3
// Number of measures with notes: 5
// Your Partion is not in Harmony..
// According to this set of rules anyway:
// notes[A; B; D] n�of type ACCORD of A ==> next notes[;] of type SILENCE ==> next notes cannot be of type SILENCE
// notes[B; C; E] n�of type ACCORD of B ==> next notes[D; E; G] of type ACCORD of D ==> notes are separated by more than one high note
// notes[G; A; C] n�of type ACCORD of G ==> next notes[;] of type SILENCE ==> next notes cannot be of type SILENCE
// notes[;] n�of type SILENCE ==> next notes[G; A; G] ==> next notes have to be of type ACCORD}
// notes[;] n� of type SILENCE ==> partition cannot end with SILENCE note
report.ReportList.Should().HaveCount(5);
report.ReportList.Should().Contain(
r => r.ErrorCode == ValidationError.HARMONY_NEXT_MEASUREMENT_TYPE_ACCORD_ERROR
);
}
public void Run(string filename)
{
// - partition
this._reader.Filename = filename;
var partition = this._reader.Read();
Console.WriteLine("------------------------------");
Console.WriteLine(" Partion Anaysis Report");
Console.WriteLine("------------------------------");
// - analysis result
var report = PartitionAnalyser.Analyse(partition);
Console.WriteLine($"Number of Measures: {partition.Length}");
DisplayPartitionAnalysisReport(report);
DisplayPartitionHarmonyReport(report);
}