public async Task ColumnsWithoutErrorsAsync()
{
var dt = GetDataTable(2000);
var test = new FilterDataTable(dt.Item1);
await test.FilterAsync(0, FilterType.ErrorsAndWarning, UnitTestInitializeCsv.Token);
// not a good test, but its known how many columns will have errors
Assert.AreEqual(dt.Item2, test.ColumnsWithoutErrors.Count);
}
public async Task FilterDataTableTest()
{
var dt = GetDataTable(2000);
var test = new FilterDataTable(dt.Item1);
await test.FilterAsync(0, FilterType.ErrorsAndWarning, UnitTestInitializeCsv.Token);
Assert.IsTrue(test.FilterTable.Rows.Count > 0);
Assert.AreEqual(4, test.ColumnsWithErrors.Count);
}
public void CancelTest()
{
var dt = GetDataTable(2000);
using (var test = new FilterDataTable(dt.Item1))
{
test.Cancel();
// No effect but no error either
_ = test.FilterAsync(0, FilterType.ShowErrors, UnitTestInitializeCsv.Token);
// Assert.IsTrue(test.Filtering);
test.Cancel();
// Assert.IsFalse(test.Filtering);
}
}
public void UniqueFieldName()
{
var dt = GetDataTable(10);
using (var test = new FilterDataTable(dt.Item1))
{
test.UniqueFieldName = new[] { "ColID" };
var task = test.FilterAsync(0, FilterType.ErrorsAndWarning, UnitTestInitializeCsv.Token).ConfigureAwait(false);
while (test.Filtering)
{
test.WaitCompeteFilter(0.1);
}
Assert.IsFalse(test.Filtering);
var result1 = test.ColumnsWithoutErrors;
Assert.IsFalse(result1.Contains("ColID"));
}
}