public void Will_detect_that_permutations_are_not_duplicates_when_transactions_have_identical_amounts_and_descriptions_but_different_dates()
{
// Arrange
var amount_to_match = 20.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match01", Date = DateTime.Today.AddDays(1)
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match01", Date = DateTime.Today.AddDays(2)
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match01", Date = DateTime.Today.AddDays(3)
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(3, result.Count);
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Date == DateTime.Today.AddDays(1))));
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Date == DateTime.Today.AddDays(2))));
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Date == DateTime.Today.AddDays(3))));
}
public void Given_all_candidates_sum_to_less_than_target_then_only_one_result_is_returned()
{
// Arrange
var amount_to_match = 55.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 20.00, Description = "Match01"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = "Match02"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = "Match03"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = "Match04"
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
}
public void Will_match_on_a_single_identical_amount()
{
// Arrange
var amount_to_match = 10.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord
{
Unreconciled_amount = amount_to_match, Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.AreEqual(candidate_rows[0], result[0].Actual_records[0]);
}
public void Will_not_return_transactions_that_have_already_been_matched()
{
// Arrange
var amount_to_match = 10.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = amount_to_match, Description = "Not matched", Matched = false
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = amount_to_match, Description = "Matched", Matched = true
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.IsFalse(result.Any(x => x.Actual_records.Any(y => y.Matched)));
}
public void Will_populate_console_lines_for_every_potential_match()
{
// Arrange
var amount_to_match = 10.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord
{
Unreconciled_amount = amount_to_match, Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.NotNull(result[0].Console_lines);
}
public void Will_create_single_match_with_multiple_candidates_whose_total_sum_is_too_small()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match01", Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match02", Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match03", Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.AreEqual(3, result[0].Actual_records.Count);
Assert.AreEqual(candidate_rows[0], result[0].Actual_records[0]);
Assert.AreEqual(candidate_rows[1], result[0].Actual_records[1]);
Assert.AreEqual(candidate_rows[2], result[0].Actual_records[2]);
}
public void Will_find_exact_matches_when_numbers_are_prone_to_rounding_errors()
{
// Arrange
var amount_to_match = 66.57;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 13.00, Description = "Match01", Date = DateTime.Today.AddDays(-2)
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.65, Description = "Match02", Date = DateTime.Today.AddDays(-1)
},
new CredCard2InOutRecord {
Unreconciled_amount = 29.94, Description = "Match03", Date = DateTime.Today.AddDays(0)
},
new CredCard2InOutRecord {
Unreconciled_amount = 13.50, Description = "Match04", Date = DateTime.Today.AddDays(1)
},
new CredCard2InOutRecord {
Unreconciled_amount = 14.38, Description = "Match05", Date = DateTime.Today.AddDays(2)
},
new CredCard2InOutRecord {
Unreconciled_amount = 12.98, Description = "Match06", Date = DateTime.Today.AddDays(3)
},
new CredCard2InOutRecord {
Unreconciled_amount = 46.49, Description = "Match07", Date = DateTime.Today.AddDays(4)
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = "Match08", Date = DateTime.Today.AddDays(9)
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = "Match09", Date = DateTime.Today.AddDays(9)
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = "Match10", Date = DateTime.Today.AddDays(9)
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = "Match11", Date = DateTime.Today.AddDays(9)
},
new CredCard2InOutRecord {
Unreconciled_amount = 50.00, Description = "Match12", Date = DateTime.Today.AddDays(9)
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.IsTrue(amount_to_match.Double_equals((result[0].Actual_records.Sum(x => x.Main_amount()))),
$"Expected {result[0].Actual_records.Sum(x => x.Main_amount())} to equal {amount_to_match}");
}
public void Exact_matches_will_have_zero_amount_ranking()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
var desc04 = "Match04";
var desc05 = "Match05";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 20.00, Description = desc01
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 20.00, Description = desc02
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = desc03
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = desc04
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 5.00, Description = desc05
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(3, result.Count(x => x.Rankings.Amount == 0));
Assert.AreEqual(0, result[0].Rankings.Amount);
Assert.AreEqual(0, result[1].Rankings.Amount);
Assert.AreEqual(0, result[2].Rankings.Amount);
}
public void Will_prioritise_closer_dates_when_duplicate_transactions_exist()
{
// Arrange
var amount_to_match = 50.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
var desc04 = "Match04";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = desc01, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = desc02, Date = DateTime.Today.AddDays(5)
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = desc03, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = desc04, Date = DateTime.Today.AddDays(5)
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.IsTrue(result[0].Actual_records.Any(x => x.Description == desc01));
Assert.IsTrue(result[0].Actual_records.Any(x => x.Description == desc03));
Assert.IsTrue(result[3].Actual_records.Any(x => x.Description == desc02));
Assert.IsTrue(result[3].Actual_records.Any(x => x.Description == desc04));
}
public void Will_create_multiple_matches_when_multiple_candidates_can_be_combined_to_exact_target_in_different_ways()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
var desc04 = "Match04";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 20.00, Description = desc01
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 20.00, Description = desc02
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = desc03
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 10.00, Description = desc04
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(3, result.Count);
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Description == desc01)));
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Description == desc02)));
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Description == desc03)));
Assert.AreEqual(2, result.Count(x => x.Actual_records.Any(y => y.Description == desc04)));
}
public void Will_only_match_transactions_that_are_within_the_tolerance_range()
{
// Arrange
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
var amount_to_match = 50.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
var desc04 = "Match04";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = desc01, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 20.00, Description = desc02, Date = DateTime.Today.AddDays(matcher.DefaultDateTolerance + 1)
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = desc03, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = desc04, Date = DateTime.Today.AddDays(-(matcher.DefaultDateTolerance + 1))
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.IsFalse(result[0].Actual_records.Any(x => x.Description == desc02));
Assert.IsFalse(result[0].Actual_records.Any(x => x.Description == desc04));
}
public void Will_create_match_with_candidates_whose_total_sum_is_equal_to_target_when_some_candidates_have_negative_amounts()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 30.00, Description = "Match01"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = -10.00, Description = "Match02"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = -5.00, Description = "Match02"
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 25.00, Description = "Match03"
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.AreEqual(4, result[0].Actual_records.Count);
Assert.AreEqual(candidate_rows[0].Unreconciled_amount, result[0].Actual_records[0].Main_amount());
Assert.AreEqual(candidate_rows[1].Unreconciled_amount, result[0].Actual_records[1].Main_amount());
Assert.AreEqual(candidate_rows[2].Unreconciled_amount, result[0].Actual_records[2].Main_amount());
Assert.AreEqual(candidate_rows[3].Unreconciled_amount, result[0].Actual_records[3].Main_amount());
}
public void Inexact_matches_will_have_amount_ranking_equal_to_distance_from_target_and_will_be_prioritised_accordingly()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 30.00, Description = desc01
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 35.00, Description = desc02
},
new CredCard2InOutRecord {
Date = DateTime.Today, Unreconciled_amount = 25.00, Description = desc03
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(5, result[0].Rankings.Amount);
Assert.AreEqual(10, result[1].Rankings.Amount);
Assert.AreEqual(15, result[2].Rankings.Amount);
Assert.AreEqual(desc02, result[0].Actual_records[0].Description);
Assert.AreEqual(desc01, result[1].Actual_records[0].Description);
Assert.AreEqual(desc03, result[2].Actual_records[0].Description);
}
public void Will_return_multiple_individual_matches_when_multiple_single_exact_matches_exist()
{
// Arrange
var amount_to_match = 50.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 50.00, Description = desc01, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 50.00, Description = desc02, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 50.00, Description = desc03, Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(3, result.Count);
Assert.AreEqual(1, result[0].Actual_records.Count);
Assert.AreEqual(1, result[1].Actual_records.Count);
Assert.AreEqual(1, result[2].Actual_records.Count);
}
public void Will_only_create_single_match_when_duplicate_amounts_can_be_combined_to_create_exact_target_in_different_ways()
{
// Arrange
var amount_to_match = 50.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match, Date = DateTime.Today
};
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match01", Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = "Match02", Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 60.00, Description = "Match03", Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 10.00, Description = "Match04", Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(1, result.Count);
Assert.AreEqual(3, result[0].Actual_records.Count);
Assert.AreEqual(candidate_rows[0], result[0].Actual_records[0]);
Assert.AreEqual(candidate_rows[1], result[0].Actual_records[1]);
Assert.AreEqual(candidate_rows[3], result[0].Actual_records[2]);
}
public void Will_prioritise_closer_amounts_when_multiple_matches_are_available_with_amount_less_than_target_on_same_date()
{
// Arrange
var amount_to_match = 40.00;
CredCard2Record transaction_to_match = new CredCard2Record
{
Amount = amount_to_match,
Date = DateTime.Today
};
var desc01 = "Match01";
var desc02 = "Match02";
var desc03 = "Match03";
List <CredCard2InOutRecord> candidate_rows = new List <CredCard2InOutRecord> {
new CredCard2InOutRecord {
Unreconciled_amount = 25.00, Description = desc01, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 30.00, Description = desc02, Date = DateTime.Today
},
new CredCard2InOutRecord {
Unreconciled_amount = 35.00, Description = desc03, Date = DateTime.Today
}
};
_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(candidate_rows);
_cred_card2_in_out_file.Load();
var matcher = new MultipleAmountMatcher <CredCard2Record, CredCard2InOutRecord>();
// Act
var result = matcher.Find_matches(transaction_to_match, _cred_card2_in_out_file).ToList();
// Assert
Assert.AreEqual(desc03, result[0].Actual_records[0].Description);
Assert.AreEqual(desc02, result[1].Actual_records[0].Description);
Assert.AreEqual(desc01, result[2].Actual_records[0].Description);
}
