private Stream tgt = null; // new MemoryStream();
public PerfSer()
{
this.Ctzs = TimeZoneService.S.GetTimeZones();
this.core = new CsnSer();
this.forCore = new CsnForSer();
this.jcore = new JsonSer(Performance.JsonSer.longNames);
}
static void WriteSer(ISerializer ser, String path, CsnTimeZones ctzs)
{
FileStream fs = new FileStream(path, FileMode.Create);
StreamWriter sw = new StreamWriter(fs, Encoding.UTF8);
ser.Serialize(ctzs, sw);
sw.Flush();
sw.Close();
}
public void Serialize(CsnTimeZones ctzs, StreamWriter sw)
{
//JsonSerializer json = new JsonSerializer();
//json.Serialize(sw, ctzs);
JsonTextWriter json = new JsonTextWriter(sw);
Serialize(ctzs, json);
json.Flush();
}
private void Serialize(CsnTimeZones ctzs, JsonTextWriter json)
{
json.WriteStartObject();
json.WritePropertyName(this.names[0]);
json.WriteStartArray();
foreach (CsnTimeZone ctz in ctzs.AllTimeZones)
{
Serialize(ctz, json);
}
json.WriteEndArray();
json.WriteEndObject();
}
public CsnTimeZones GetTimeZones()
{
CsnTimeZones tzs = new CsnTimeZones();
tzs.AllTimeZones = TimeZoneInfo.GetSystemTimeZones().Select(x => new CsnTimeZone(x)).ToArray();
List <CsnTimeZone> newList = new List <CsnTimeZone>();
for (int i = 0; i < 1; i++)
{
newList.AddRange(tzs.AllTimeZones);
}
tzs.AllTimeZones = newList.ToArray();
return(tzs);
}
public void Serialize(CsnTimeZones ctzs, StreamWriter sw)
{
Writer w = new Writer(sw);
// typedefs
long ttType = w.WriteTypeDef("TransitionTime", "IsFixedDateRule", "Day", "Month", "TimeOfDay", "Week", "DayOfWeek").Current;
long adjType = w.WriteTypeDef("Adjustment", "StartDate", "EndDate", "DaylightDeltaHours", "TransitionStart", "TransitionEnd").Current;
long tzType = w.WriteTypeDef("TimeZone", "Id", "DisplayName", "DaylightName", "StandardName", "HasDst", "UtcOffsetHours", "Adjustments").Current;
long tzsType = w.WriteTypeDef("TimeZones", "AllTimeZones").Current;
var rcTzs = ctzs.AllTimeZones.Select(x => WriteTz(x, w, tzType, adjType, ttType));
long rc = w.WriteArray().WRef(rcTzs.ToArray()).Current;
w.WriteInstance(tzsType).WRef(rc);
sw.Flush();
}
public void Serialize(CsnTimeZones ctzs, StreamWriter sw)
{
Writer w = new Writer(sw);
// typedefs
long ttType = w.WriteTypeDef("TransitionTime", "IsFixedDateRule", "Day", "Month", "TimeOfDay", "Week", "DayOfWeek").Current;
long adjType = w.WriteTypeDef("Adjustment", "StartDate", "EndDate", "DaylightDeltaHours", "TransitionStart", "TransitionEnd").Current;
long tzType = w.WriteTypeDef("TimeZone", "Id", "DisplayName", "DaylightName", "StandardName", "HasDst", "UtcOffsetHours", "Adjustments").Current;
long tzsType = w.WriteTypeDef("TimeZones", "AllTimeZones").Current;
int tzLen = ctzs.AllTimeZones.Length;
long?[] rcTzsArr = new long?[tzLen];
for (int tzCtr = 0; tzCtr < tzLen; tzCtr++)
{
CsnTimeZone ctz = ctzs.AllTimeZones[tzCtr];
long? rcAdjArr = null;
if (ctz.Adjustments != null)
{
int adjLen = ctz.Adjustments.Length;
if (adjLen > 0)
{
long?[] arrAdjs = new long?[adjLen];
for (int adjCtr = 0; adjCtr < adjLen; adjCtr++)
{
CsnAdjustment adj = ctz.Adjustments[adjCtr];
long? rcTtStart = this.WriteTrTime(adj.TransitionStart, w, ttType);
long? rcTtEnd = this.WriteTrTime(adj.TransitionEnd, w, ttType);
arrAdjs[adjCtr] = w.WriteInstance(adjType).W(adj.StartDate).W(adj.EndDate).W(adj.DaylightDeltaHours).WRef(rcTtStart).WRef(rcTtEnd).Current;
}
rcAdjArr = w.WriteArray().WRef(arrAdjs).Current;
}
}
rcTzsArr[tzCtr] = w.WriteInstance(tzType).W(ctz.Id).W(ctz.DisplayName).W(ctz.DaylightName).W(ctz.StandardName).W(ctz.HasDst).W(ctz.UtcOffsetHours).WRef(rcAdjArr).Current;
}
long rc = w.WriteArray().WRef(rcTzsArr).Current;
w.WriteInstance(tzsType).WRef(rc);
sw.Flush();
}
public void Serialize(CsnTimeZones ctzs, StreamWriter sw)
{
JsonSerializer json = new JsonSerializer();
json.Serialize(sw, ctzs);
}
