public static IEnumerable<AddressPartReduction> ParseItems(Stream ms)
{
DbfFile dbfFile = new DbfFile(Encoding.GetEncoding(866));
dbfFile.Open(ms);
try
{
DbfHeader header = dbfFile.Header;
dynamic headerObj = new
{
LEVEL = FindColumnOrThrow(header, "LEVEL", maxLen: 5),
SCNAME = FindColumnOrThrow(header, "SCNAME", maxLen: 10),
SOCRNAME = FindColumnOrThrow(header, "SOCRNAME", maxLen: 29),
// KOD_T_ST = FindColumnOrThrow(header, "KOD_T_ST", maxLen: 3),
};
IEnumerable<DbfRecord> records = EnumRecords(dbfFile, header);
foreach (var record in records)
{
var item = new AddressPartReduction()
{
Level = int.Parse(record[headerObj.LEVEL].Trim()),
Short = record[headerObj.SCNAME].Trim(),
Name = record[headerObj.SOCRNAME].Trim(),
// KOD_T_ST = record[headerObj.KOD_T_ST].Trim(),
};
yield return item;
}
}
finally
{
dbfFile.Close();
}
}
private static void Insert(Dictionary<int, Dictionary<string, AddressPartReduction>> reductions, AddressPartReduction d)
{
if (!reductions.ContainsKey(d.Level))
{
reductions.Add(d.Level, new Dictionary<string, AddressPartReduction>());
}
var dict = reductions[d.Level];
var reduction = d.Short.ToLower();
dict.Add(reduction, d);
}
private static void EqualTo(AddressPartReduction actual, AddressPartReduction expected)
{
Assert.IsNotNull(actual);
Assert.That(actual.Level, Is.EqualTo(expected.Level));
Assert.That(actual.Short, Is.EqualTo(expected.Short));
Assert.That(actual.Name, Is.EqualTo(expected.Name));
}
