private static long Hash(JToken content, IFieldDescriptor field_desc)
{
//TODO conflict resolve
string str;
string hashimport = field_desc.GetAttributeValue(Consts.c_KW_HashImport);
string cellidkey = field_desc.GetAttributeValue(Consts.c_KW_CellIdKey);
if ((cellidkey != null && field_desc.Type == Consts.c_Type_Guid) ||
(hashimport == Consts.c_KW_Guid))
{
str = ((Guid)content).ToString();
}
else if ((cellidkey != null && field_desc.Type == Consts.c_Type_DateTime) ||
(hashimport == Consts.c_KW_DateTime))
{
str = ((DateTime)content).ToString("s");//XXX issue #226
}
else
{
str = content.ToString();
}
//TODO what if we're hashing a whole struct to cell id? how do we normalize?
return(Trinity.Core.Lib.HashHelper.HashString2Int64(str));
}
public ICell ImportEntity(string type, string content, long?parent_id = null)
{
var fields = parser.CsvSplit(content);
if (fields.Count != m_fieldNames.Count)
{
throw new ImporterException("Invalid record. The number of a field ({0}) must equal to {1}: {2}",
fields.Count, m_fieldNames.Count, content);
}
var jsonObj = new JObject();
var fieldDescDict = GetFieldDescriptors(type);
IFieldDescriptor fieldDesc = null;
for (int colIndex = 0; colIndex < m_fieldNames.Count; colIndex++)
{
var fieldName = m_fieldNames[colIndex];
string fieldValue = fields[colIndex];
if (fieldValue == null || !fieldDescDict.TryGetValue(fieldName, out fieldDesc))
{
// Ignore this field if it's value is null or could not find the descriptor.
continue;
}
string csvArraySplitBy = fieldDesc.GetAttributeValue(Consts.c_KW_CsvArray);
if (fieldValue == null || csvArraySplitBy == null)
{
jsonObj[fieldName] = fieldValue;
}
else
{
var elements = fieldValue.Split(csvArraySplitBy.ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
var jsonArray = new JArray();
foreach (var elem in elements)
{
jsonArray.Add(elem);
}
jsonObj[fieldName] = jsonArray;
}
}
return(m_jsonImporter.ImportEntity(type, jsonObj.ToString(), parent_id));
}