private void WriteArchiveTemplate(ArchiveTemplateDto dto)
{
this.writer.WriteStartElement("ArchiveTemplate");
// Name
this.writer.WriteStartElement("Name");
this.writer.WriteString(dto.Name);
this.writer.WriteEndElement();
// Type
this.writer.WriteStartElement("Type");
this.writer.WriteValue(ConvertConsolidationFunctionToString(dto.ConsolidationFunction));
this.writer.WriteEndElement();
// X factor
this.writer.WriteStartElement("XFactor");
this.writer.WriteValue(dto.XFactor);
this.writer.WriteEndElement();
// Readings per data point
this.writer.WriteStartElement("ReadingsPerDataPoint");
this.writer.WriteValue(dto.ReadingsPerDataPoint);
this.writer.WriteEndElement();
// Max data points
this.writer.WriteStartElement("MaxDataPoints");
this.writer.WriteValue(dto.MaxDataPoints);
this.writer.WriteEndElement();
this.writer.WriteEndElement();
}
private void FixupFromDto(ArchiveTemplateDto dto)
{
this.dao = dto.Dao;
this.name = dto.Name;
this.maxDataPoints = dto.MaxDataPoints;
this.numReadingsPerDataPoint = dto.ReadingsPerDataPoint;
this.consolidationFunction = (ConsolidationFunctionType)dto.ConsolidationFunction;
this.xFactor = dto.XFactor;
}
internal ArchiveTemplateDto CreateDto()
{
ArchiveTemplateDto dto = new ArchiveTemplateDto();
dto.Dao = this.dao;
dto.Name = this.Name;
dto.ConsolidationFunction = (int)this.ConsolidationFunction;
dto.XFactor = this.XFactor;
dto.ReadingsPerDataPoint = this.ReadingsPerDataPoint;
dto.MaxDataPoints = this.MaxDataPoints;
return(dto);
}
private ArchiveTemplateDto[] ReadArchiveTemplates()
{
List <ArchiveTemplateDto> archiveTemplates = new List <ArchiveTemplateDto>();
this.reader.Read();
int sequenceNumber = 1;
do
{
this.reader.Read();
ArchiveTemplateDto dto = new ArchiveTemplateDto();
// Name
this.reader.ReadStartElement("Name");
dto.Name = this.reader.ReadString();
this.reader.ReadEndElement();
// Type
this.reader.ReadStartElement("Type");
string typeAsString = this.reader.ReadString();
dto.ConsolidationFunction = ConvertStringToConsolidationFunction(typeAsString);
this.reader.ReadEndElement();
// X factor
this.reader.ReadStartElement("XFactor");
dto.XFactor = this.reader.ReadContentAsInt();
this.reader.ReadEndElement();
// Readings per data point
this.reader.ReadStartElement("ReadingsPerDataPoint");
dto.ReadingsPerDataPoint = this.reader.ReadContentAsInt();
this.reader.ReadEndElement();
// Max data points
this.reader.ReadStartElement("MaxDataPoints");
dto.MaxDataPoints = this.reader.ReadContentAsInt();
this.reader.ReadEndElement();
archiveTemplates.Add(dto);
this.archiveTemplateIndex.Add(sequenceNumber++, dto);
} while (this.reader.ReadToNextSibling("ArchiveTemplate"));
this.reader.ReadEndElement();
return(archiveTemplates.ToArray());
}
internal ArchiveTemplate(TimeSeriesDatabase database, ArchiveTemplateDto dto)
{
this.database = database;
FixupFromDto(dto);
}
public void AddArchiveTemplate(ArchiveTemplateDto newArchiveTemplate)
{
this.archiveTemplates.Add(newArchiveTemplate);
}