static void Main(string[] args)
{
CsvParserOptions csvParserOptions = new CsvParserOptions(true, ',');
CSVTurnoverStatsMapping csvMapper = new CSVTurnoverStatsMapping();
CsvParser <TurnoverStats> csvParser = new CsvParser <TurnoverStats>(csvParserOptions, csvMapper);
var result = csvParser
.ReadFromFile(@"Data\\2018-10-01-ailane.csv", Encoding.UTF8)
.ToList();
CsvMappingResult <TurnoverStats> csvMappingResult = new CsvMappingResult <TurnoverStats>();
bool b = csvMappingResult.IsValid;
}
public void OneTimeSetUp()
{
var mappingError = new CsvMappingError {
ColumnIndex = 44, Value = "Test error"
};
_data0 = new InstallationData {
ComputerId = 03, UserId = 04, ApplicationId = 05, ComputerType = ComputerType.Laptop
};
_data1 = new InstallationData {
ComputerId = 13, UserId = 14, ApplicationId = 15, ComputerType = ComputerType.Desktop
};
_data2 = new InstallationData {
ComputerId = 23, UserId = 24, ApplicationId = 25, ComputerType = ComputerType.Laptop
};
var valid0 = new CsvMappingResult <InstallationData> {
RowIndex = 0, Result = _data0
};
var valid1 = new CsvMappingResult <InstallationData> {
RowIndex = 1, Result = _data1
};
var valid2 = new CsvMappingResult <InstallationData> {
RowIndex = 2, Result = _data2
};
// Note Result would likely be null in a real error item, (but possibly not). This wild data allows us to check that IsValid is used during conversion, not (null != Result) which would be wrong.
var invalid1 = new CsvMappingResult <InstallationData> {
RowIndex = 1, Error = mappingError, Result = _data1
};
_allValid = new List <CsvMappingResult <InstallationData> > {
valid0, valid1, valid2
};
_invalidIndex1 = new List <CsvMappingResult <InstallationData> > {
valid0, invalid1, valid2
};
}
public ParsedRow(int position, CsvMappingResult <TEntity> result)
{
Position = position;
Result = result;
}
public CsvMappingResultWrapper(CsvMappingResult <CsvCurrencyTransactionRow> row)
{
this.row = row;
}
