public void FillItemNumericalSet_ExcelDocument_()
{
// arrange
GenerateExcelDocumentF3();
FileInfo fi = new FileInfo(@"temp\test.xlsx");
//FileInfo fi = new FileInfo(@"data\test-4x1000.xlsx");
if (!fi.Exists)
{
Assert.Fail();
}
// act
ItemNumericalSet set = ExcelParser.ParseItemNumericalSet(fi.FullName, 1);
// assert
Assert.IsNotNull(set);
Assert.AreEqual(_itemsQty, set.Count());
Assert.AreEqual(true, set.CheckConsistency());
}
public void Export_ExportToTxt()
{
// arrange
ISplitter splitter = new SplitterRss();
ItemNumericalSet set = ExcelParser.ParseItemNumericalSet(@"data\test-4x15.xlsx");
TreeBuilder builder = new TreeBuilder("F1", 5, new Lib.NameGenerator(), splitter);
TreeGenerative tree = builder.Build(set);
tree.ExportStrategy = new ExportToTxt();
DirectoryInfo di = new DirectoryInfo("temp");
if (!di.Exists)
{
di.Create();
}
// act
tree.Export(@"temp\test-4x15.txt");
// assert
}
public void Export_ExportToJson()
{
// arrange
string name = "test-2x90-sin";
ISplitter splitter = new SplitterRss();
ItemNumericalSet set = ExcelParser.ParseItemNumericalSet(string.Format(@"data\{0}.xlsx", name));
TreeBuilder builder = new TreeBuilder("Y", 5, new Lib.NameGenerator(), splitter);
TreeGenerative tree = builder.Build(set);
tree.ExportStrategy = new ExportToJson();
DirectoryInfo di = new DirectoryInfo("temp");
if (!di.Exists)
{
di.Create();
}
// act
tree.Export(string.Format(@"temp\{0}.json", name));
// assert
}
private void FillItemSet_ExcelParser()
{
//_set = ExcelParser.ParseItemNumericalSet(@"data\test-15-4.xlsx");
//_set = ExcelParser.ParseItemNumericalSet(@"data\test-1000-4.xlsx");
_set = ExcelParser.ParseItemNumericalSet(@"data\test-3x1000-cross.xlsx");
}
public int InitializeItemSet(string pathToXlsx)
{
_set = ExcelParser.ParseItemNumericalSet(pathToXlsx);
return(ItemCount());
}
