public void Create_new_combined_record(
RecordForMatching <ActualBankRecord> record_for_matching,
int match_index,
ICSVFile <BankRecord> owned_file)
{
var sum_of_all_matches =
record_for_matching.Matches[match_index].Actual_records.Sum(x => x.Main_amount());
var missing_balance = record_for_matching.SourceRecord.Main_amount() - sum_of_all_matches;
var expense_amounts_match = record_for_matching.SourceRecord.Main_amount()
.Double_equals(sum_of_all_matches);
BankRecord new_match = New_combined_record(
record_for_matching,
match_index,
expense_amounts_match,
sum_of_all_matches);
Update_expected_income_and_owned_files(
record_for_matching,
match_index,
expense_amounts_match,
sum_of_all_matches,
missing_balance,
owned_file);
record_for_matching.Matches[match_index].Actual_records.Clear();
record_for_matching.Matches[match_index].Actual_records.Add(new_match);
owned_file.Add_record_permanently(new_match);
}
public void Match_specified_records <TThirdPartyType, TOwnedType>(
RecordForMatching <TThirdPartyType> record_for_matching,
int match_index,
ICSVFile <TOwnedType> owned_file)
where TThirdPartyType : ICSVRecord, new()
where TOwnedType : ICSVRecord, new()
{
if (record_for_matching.Matches[match_index].Actual_records.Count > 1)
{
var new_match = new TOwnedType
{
Date = record_for_matching.SourceRecord.Date,
Description = Create_new_description(record_for_matching.Matches[match_index])
};
(new_match as BankRecord).Unreconciled_amount = record_for_matching.Matches[match_index].Actual_records.Sum(x => x.Main_amount());
(new_match as BankRecord).Type = (record_for_matching.Matches[match_index].Actual_records[0] as BankRecord).Type;
foreach (var actual_record in record_for_matching.Matches[match_index].Actual_records)
{
_bank_and_bank_in_loader.Update_expected_income_record_when_matched(record_for_matching.SourceRecord, (TOwnedType)actual_record);
owned_file.Remove_record_permanently((TOwnedType)actual_record);
}
record_for_matching.Matches[match_index].Actual_records.Clear();
record_for_matching.Matches[match_index].Actual_records.Add(new_match);
owned_file.Add_record_permanently(new_match);
}
else
{
_bank_and_bank_in_loader.Update_expected_income_record_when_matched(
record_for_matching.SourceRecord,
(TOwnedType)record_for_matching.Matches[match_index].Actual_records[0]);
}
Match_records(record_for_matching.SourceRecord, record_for_matching.Matches[match_index].Actual_records[0]);
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesExist_WillRemoveOriginalMatchesFromOwnedFile()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var source_record = new ActualBankRecord
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var bank_records = new List <BankRecord>
{
new BankRecord {
Description = "Match 01", Unreconciled_amount = 20.22, Type = "Type"
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
};
var mock_bank_in_file_io = new Mock <IFileIO <BankRecord> >();
mock_bank_in_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(bank_records);
var bank_in_file = new CSVFile <BankRecord>(mock_bank_in_file_io.Object);
bank_in_file.Load();
var potential_matches = new List <IPotentialMatch> {
new PotentialMatch {
Actual_records = new List <ICSVRecord>()
}
};
potential_matches[0].Actual_records.Add(bank_records[0]);
potential_matches[0].Actual_records.Add(bank_records[1]);
potential_matches[0].Actual_records.Add(bank_records[2]);
var index = 0;
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
foreach (var bank_record in bank_records)
{
Assert.IsTrue(bank_in_file.Records.Contains(bank_record));
}
// Act
matcher.Match_specified_records(record_for_matching, index, bank_in_file);
// Assert
foreach (var bank_record in bank_records)
{
Assert.IsFalse(bank_in_file.Records.Contains(bank_record));
}
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesExist_WillRemoveOriginalMatchesFromOwnedFile()
{
// Arrange
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var source_record = new CredCard2Record
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var bank_records = new List <CredCard2InOutRecord>
{
new CredCard2InOutRecord {
Description = "Match 01", Unreconciled_amount = 20.22
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
};
var mock_cred_card2_in_out_file_io = new Mock <IFileIO <CredCard2InOutRecord> >();
mock_cred_card2_in_out_file_io.Setup(x => x.Load(It.IsAny <List <string> >(), null)).Returns(bank_records);
var cred_card2_in_out_file = new CSVFile <CredCard2InOutRecord>(mock_cred_card2_in_out_file_io.Object);
cred_card2_in_out_file.Load();
var potential_matches = new List <IPotentialMatch> {
new PotentialMatch {
Actual_records = new List <ICSVRecord>()
}
};
potential_matches[0].Actual_records.Add(bank_records[0]);
potential_matches[0].Actual_records.Add(bank_records[1]);
potential_matches[0].Actual_records.Add(bank_records[2]);
var index = 0;
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
foreach (var bank_record in bank_records)
{
Assert.IsTrue(cred_card2_in_out_file.Records.Contains(bank_record));
}
// Act
matcher.Match_specified_records(record_for_matching, index, cred_card2_in_out_file);
// Assert
foreach (var bank_record in bank_records)
{
Assert.IsFalse(cred_card2_in_out_file.Records.Contains(bank_record));
}
}
public void Match_specified_records(
RecordForMatching <CredCard2Record> record_for_matching,
int match_index,
ICSVFile <CredCard2InOutRecord> owned_file)
{
if (record_for_matching.Matches[match_index].Actual_records.Count > 1)
{
Create_new_combined_record(record_for_matching, match_index, owned_file);
}
Match_records(record_for_matching.SourceRecord, record_for_matching.Matches[match_index].Actual_records[0]);
}
private CredCard2InOutRecord New_combined_record(
RecordForMatching <CredCard2Record> record_for_matching,
int match_index)
{
var new_match = new CredCard2InOutRecord
{
Date = record_for_matching.SourceRecord.Date,
Description = Create_new_description(record_for_matching, match_index)
};
new_match.Unreconciled_amount = record_for_matching.SourceRecord.Main_amount();
return(new_match);
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesExist_WillCreateNewRecordWithExplanatoryDescription()
{
// Arrange
var mock_owned_file = new Mock <ICSVFile <CredCard2InOutRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <CredCard2InOutRecord>());
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var source_record = new CredCard2Record
{
Amount = 34.56,
Match = null,
Matched = false
};
var desc01 = "Thing 01";
var desc02 = "Thing 02";
var desc03 = "Thing 03";
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new CredCard2InOutRecord {
Description = $"{ReconConsts.Amazon_description} {desc01}", Unreconciled_amount = 20.22
},
new CredCard2InOutRecord {
Description = $"{ReconConsts.Amazon_description} {desc02}", Unreconciled_amount = 10.33
},
new CredCard2InOutRecord {
Description = $"{ReconConsts.Amazon_description} {desc03}", Unreconciled_amount = 2.01
}
}
}
};
var index = 0;
var matches = potential_matches[index].Actual_records;
var expected_description =
$"{ReconConsts.SeveralAmazonTransactions} "
+ $"({desc01} {matches[0].Main_amount().To_csv_string(true)}, "
+ $"{desc02} {matches[1].Main_amount().To_csv_string(true)}, "
+ $"{desc03} {matches[2].Main_amount().To_csv_string(true)})"
+ $"{ReconConsts.TransactionsDontAddUp} ({potential_matches[index].Actual_records.Sum(x => x.Main_amount()).To_csv_string(true)})";
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
// Act
matcher.SetAmazonStrings();
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(expected_description, record_for_matching.Matches[index].Actual_records[0].Description);
}
public void M_WhenMatchingSpecifiedRecords_WillUpdateExpectedIncomeRecordForEachOriginalMatch()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var mock_owned_file = new Mock <ICSVFile <BankRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <BankRecord>());
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var desc0 = "Source 01";
var source_record = new ActualBankRecord
{
Date = DateTime.Today.AddDays(10), Amount = 40.44, Description = desc0
};
var desc1 = "Match 01";
var desc2 = "Match 02";
var amount1 = 20.22;
var amount2 = 30.33;
var date1 = DateTime.Today;
var date2 = DateTime.Today.AddDays(1);
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new BankRecord {
Description = desc1, Unreconciled_amount = amount1, Date = date1
},
new BankRecord {
Description = desc2, Unreconciled_amount = amount2, Date = date2
}
}
}
};
var index = 0;
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
Assert.AreEqual(0, matcher.MatchedExpectedIncomeRecords.Count);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
mock_bank_and_bank_in_loader.Verify(x => x.Update_expected_income_record_when_matched(
It.Is <ICSVRecord>(y => y.Description == desc0),
It.Is <ICSVRecord>(y => y.Description == desc1)));
mock_bank_and_bank_in_loader.Verify(x => x.Update_expected_income_record_when_matched(
It.Is <ICSVRecord>(y => y.Description == desc0),
It.Is <ICSVRecord>(y => y.Description == desc2)));
}
public void M_WhenMatchingSpecifiedRecords_WillMatchRecordWithSpecifiedIndex()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var mock_owned_file = new Mock <ICSVFile <BankRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <BankRecord>());
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var source_record = new ActualBankRecord
{
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new BankRecord {
Matched = false
}
}
},
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new BankRecord {
Matched = false
}
}
},
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new BankRecord {
Matched = false
}
}
}
};
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
var index = 1;
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(false, record_for_matching.Matches[0].Actual_records[0].Matched, "first record not matched");
Assert.AreEqual(true, record_for_matching.Matches[1].Actual_records[0].Matched, "second record matched");
Assert.AreEqual(false, record_for_matching.Matches[2].Actual_records[0].Matched, "third record not matched");
}
public void Create_new_combined_record(
RecordForMatching <CredCard2Record> record_for_matching,
int match_index,
ICSVFile <CredCard2InOutRecord> owned_file)
{
foreach (var actual_record in record_for_matching.Matches[match_index].Actual_records)
{
owned_file.Remove_record_permanently((CredCard2InOutRecord)actual_record);
}
CredCard2InOutRecord new_match = New_combined_record(record_for_matching, match_index);
record_for_matching.Matches[match_index].Actual_records.Clear();
record_for_matching.Matches[match_index].Actual_records.Add(new_match);
owned_file.Add_record_permanently(new_match);
}
public void M_WhenMatchingSpecifiedRecords_WillMatchRecordWithSpecifiedIndex()
{
// Arrange
var mock_owned_file = new Mock <ICSVFile <CredCard2InOutRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <CredCard2InOutRecord>());
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var source_record = new CredCard2Record
{
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new CredCard2InOutRecord {
Matched = false
}
}
},
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new CredCard2InOutRecord {
Matched = false
}
}
},
new PotentialMatch {
Actual_records = new List <ICSVRecord> {
new CredCard2InOutRecord {
Matched = false
}
}
}
};
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
var index = 1;
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(false, record_for_matching.Matches[0].Actual_records[0].Matched, "first record not matched");
Assert.AreEqual(true, record_for_matching.Matches[1].Actual_records[0].Matched, "second record matched");
Assert.AreEqual(false, record_for_matching.Matches[2].Actual_records[0].Matched, "third record not matched");
}
private BankRecord New_combined_record(
RecordForMatching <ActualBankRecord> record_for_matching,
int match_index,
bool expense_amounts_match,
double sum_of_all_matches)
{
var new_match = new BankRecord
{
Date = record_for_matching.SourceRecord.Date,
Description = Create_new_description(record_for_matching.Matches[match_index], expense_amounts_match, sum_of_all_matches)
};
new_match.Unreconciled_amount = record_for_matching.SourceRecord.Main_amount();
new_match.Type = (record_for_matching.Matches[match_index].Actual_records[0] as BankRecord).Type;
return(new_match);
}
public void Match_BankIn_records(
RecordForMatching <ActualBankRecord> record_for_matching,
int match_index,
ICSVFile <BankRecord> owned_file)
{
var match = (BankRecord)record_for_matching.Matches[match_index].Actual_records[0];
if (match.Type == Codes.ExpectedInBankTransaction)
{
_bank_and_bank_in_loader.Update_expected_income_record_when_matched(
record_for_matching.SourceRecord,
match);
}
Reconciliator <ActualBankRecord, BankRecord> .Match_specified_records(record_for_matching, match_index, owned_file);
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesExist_WillCreateNewRecordWithAllAmountsAddedTogether()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var mock_owned_file = new Mock <ICSVFile <BankRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <BankRecord>());
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var source_record = new ActualBankRecord
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new BankRecord {
Description = "Match 01", Unreconciled_amount = 20.22
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
}
}
};
var index = 0;
var matches = potential_matches[index].Actual_records;
var expected_amount = matches[0].Main_amount() + matches[1].Main_amount() + matches[2].Main_amount();
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(expected_amount, record_for_matching.Matches[index].Actual_records[0].Main_amount());
}
public void Match_expense_records(
RecordForMatching <ActualBankRecord> record_for_matching,
int match_index,
ICSVFile <BankRecord> owned_file)
{
if (record_for_matching.Matches[match_index].Actual_records.Count > 1)
{
Create_new_combined_record(record_for_matching, match_index, owned_file);
}
else
{
_bank_and_bank_in_loader.Update_expected_income_record_when_matched(
record_for_matching.SourceRecord,
(BankRecord)record_for_matching.Matches[match_index].Actual_records[0]);
}
Match_records(
record_for_matching.SourceRecord,
(record_for_matching.Matches[match_index].Actual_records[0] as BankRecord));
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesAreChosen_WillCreateNewRecordWithAmountToMatchSource()
{
// Arrange
var mock_owned_file = new Mock <ICSVFile <CredCard2InOutRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <CredCard2InOutRecord>());
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var source_record = new CredCard2Record
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new CredCard2InOutRecord {
Description = "Match 01", Unreconciled_amount = 20.22
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
}
}
};
var index = 0;
var matches = potential_matches[index].Actual_records;
var expected_amount = matches[0].Main_amount() + matches[1].Main_amount() + matches[2].Main_amount();
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(record_for_matching.SourceRecord.Main_amount(), record_for_matching.Matches[index].Actual_records[0].Main_amount());
}
public void M_WhenMatchingSpecifiedRecords_AndMultipleMatchesAreChosen_AndSummedAmountsDontMatch_WillMarkDiscrepancy()
{
// Arrange
var mock_owned_file = new Mock <ICSVFile <CredCard2InOutRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <CredCard2InOutRecord>());
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new CredCard2InOutRecord {
Description = "Match 01", Unreconciled_amount = 20.22
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
}
}
};
var index = 0;
var matches = potential_matches[index].Actual_records;
var expected_amount = matches[0].Main_amount() + matches[1].Main_amount() + matches[2].Main_amount();
var source_record = new CredCard2Record
{
Date = DateTime.Today,
Amount = expected_amount + 10,
Match = null,
Matched = false
};
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.IsTrue(record_for_matching.Matches[index].Actual_records[0].Description.Contains(ReconConsts.TransactionsDontAddUp));
}
public void M_WhenMatchingSpecifiedRecords_SourceAndMatchWillHaveMatchPropertiesPointingAtEachOther()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var mock_owned_file = new Mock <ICSVFile <BankRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <BankRecord>());
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var source_record = new ActualBankRecord
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new BankRecord {
Description = "Match 01", Unreconciled_amount = 20.22, Type = "Type"
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
}
}
};
var index = 0;
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(record_for_matching.SourceRecord, record_for_matching.Matches[index].Actual_records[0].Match, "match is pointing at source");
Assert.AreEqual(record_for_matching.Matches[index].Actual_records[0], record_for_matching.SourceRecord.Match, "source is pointing at match");
}
public void M_WhenMatchingSpecifiedRecords_SourceAndMatchWillHaveMatchPropertiesPointingAtEachOther()
{
// Arrange
var mock_owned_file = new Mock <ICSVFile <CredCard2InOutRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <CredCard2InOutRecord>());
var matcher = new CredCard2AndCredCard2InOutMatcher(this);
var source_record = new CredCard2Record
{
Date = DateTime.Today,
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new CredCard2InOutRecord {
Description = "Match 01", Unreconciled_amount = 20.22
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 30.33
},
new CredCard2InOutRecord {
Description = "Match 02", Unreconciled_amount = 40.44
}
}
}
};
var index = 0;
var record_for_matching = new RecordForMatching <CredCard2Record>(source_record, potential_matches);
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(record_for_matching.SourceRecord, record_for_matching.Matches[index].Actual_records[0].Match, "match is pointing at source");
Assert.AreEqual(record_for_matching.Matches[index].Actual_records[0], record_for_matching.SourceRecord.Match, "source is pointing at match");
}
private void Update_expected_income_and_owned_files(
RecordForMatching <ActualBankRecord> record_for_matching,
int match_index,
bool expense_amounts_match,
double sum_of_all_matches,
double missing_balance,
ICSVFile <BankRecord> owned_file)
{
foreach (var actual_record in record_for_matching.Matches[match_index].Actual_records)
{
_bank_and_bank_in_loader.Update_expected_income_record_when_matched(record_for_matching.SourceRecord, actual_record);
owned_file.Remove_record_permanently((BankRecord)actual_record);
}
if (!expense_amounts_match)
{
_bank_and_bank_in_loader.Create_new_expenses_record_to_match_balance(
record_for_matching.SourceRecord,
missing_balance);
}
}
private string Create_new_description(
RecordForMatching <CredCard2Record> record_for_matching,
int match_index)
{
var combined_amounts = $"{Get_description_without_specific_qualifier(record_for_matching.Matches[match_index].Actual_records[0])}";
for (int count = 1; count < record_for_matching.Matches[match_index].Actual_records.Count; count++)
{
var match = record_for_matching.Matches[match_index].Actual_records[count];
combined_amounts += $", {Get_description_without_specific_qualifier(match)}";
}
var sum_of_all_matches = record_for_matching.Matches[match_index].Actual_records.Sum(x => x.Main_amount());
var expense_amounts_match = record_for_matching.SourceRecord.Main_amount()
.Double_equals(sum_of_all_matches);
var extra_text = expense_amounts_match
? ""
: $"{_transactions_dont_add_up} ({sum_of_all_matches.To_csv_string(true)})";
return($"{_several_transactions} ({combined_amounts}){extra_text}");
}
public void M_WhenMatchingSpecifiedRecords_WillReplaceMultipleMatchesWithSingleMatch()
{
// Arrange
var mock_bank_and_bank_in_loader = new Mock <IBankAndBankInLoader>();
var mock_owned_file = new Mock <ICSVFile <BankRecord> >();
mock_owned_file.Setup(x => x.Records).Returns(new List <BankRecord>());
var matcher = new BankAndBankInMatcher(this, new FakeSpreadsheetRepoFactory(), mock_bank_and_bank_in_loader.Object);
var source_record = new ActualBankRecord
{
Amount = 34.56,
Match = null,
Matched = false
};
var potential_matches = new List <IPotentialMatch>
{
new PotentialMatch
{
Actual_records = new List <ICSVRecord>
{
new BankRecord {
Description = "Match 01", Unreconciled_amount = 20
},
new BankRecord {
Description = "Match 02", Unreconciled_amount = 30
}
}
}
};
var record_for_matching = new RecordForMatching <ActualBankRecord>(source_record, potential_matches);
var index = 0;
Assert.AreEqual(2, record_for_matching.Matches[index].Actual_records.Count, "num matches before call");
// Act
matcher.Match_specified_records(record_for_matching, index, mock_owned_file.Object);
// Assert
Assert.AreEqual(1, record_for_matching.Matches[index].Actual_records.Count, "num matches after call");
}
