/// <summary>
/// Called only once during the constructor
/// </summary>
/// <param name="jsonPayload"></param>
private void BuildSchedule(string jsonPayload)
{
PTC.Log.AddLine("Building schedule", Verbosity.Normal);
var o = JSON.DeserializeDynamic(jsonPayload);
SchedulerItems = new List <SchedulerItem>();
for (int n = 0; n < o.Count; n++)
{
SchedulerItem si = new SchedulerItem();
//si.Type = (SchedulerItemType)Enum.ToObject(typeof(SchedulerItemType), (int)o[n]["type"]);
si.At = o[n].ContainsKey("at") ? new SchedulerItemTime((string)o[n]["at"]) : null;
string[] parsedCalls = ParseCall((string)o[n]["call"]);
si.Assembly = parsedCalls[0];
si.Class += parsedCalls[1];
si.Call = parsedCalls[2];
//if (o[n].ContainsKey("afterEndItCall"))
//{
// string[] parsedafterEndItCalls = ParseCall((string)o[n]["afterEndItCall"]);
// si.AfterEndItAssembly = parsedafterEndItCalls[0];
// si.AfterEndItClass += parsedafterEndItCalls[1];
// si.AfterEndItCall = parsedafterEndItCalls[2];
//}
si.Id = (string)o[n]["id"];
si.EndAt = o[n].ContainsKey("endAt") ? new SchedulerItemTime((string)o[n]["endAt"]) : null;
si.ObjectId = o[n].ContainsKey("objectId") ? (string)o[n]["objectId"] : null;
si.Estimate = o[n].ContainsKey("estimate") ? (int)o[n]["estimate"] : -1;
//si.Every = o[n].ContainsKey("every") ? (SchedulerItemEvery)Enum.ToObject(typeof(SchedulerItemEvery), (int)o[n]["every"]) : SchedulerItemEvery.Unknown;
//si.Until = o[n].ContainsKey("until") ? new SchedulerItemTime((string)o[n]["until"]) : null;
//si.Required = o[n].ContainsKey("required") ? (bool)o[n]["required"] : false;
//si.MustComplete = o[n].ContainsKey("mustComplete") ? ((string)o[n]["mustComplete"]).Split(',').ToList() : null;
si.MarkedComplete = false;
SchedulerItems.Add(si);
PTC.Log.AddLine("SchedulerItem item added. id: " + si.Id, Verbosity.Verbose);
}
}
public bool ItemIsWithinCurrentTime(ZonedDateTime zdt, SchedulerItem si)
{
bool result = false;
int currentMs = (zdt.Hour * 3600000) + (zdt.Minute * 60000) + (zdt.Second * 1000);
int startMs = (si.At.H * 3600000) + (si.At.M * 60000) + (si.At.S * 1000);
int estimate = 0;
if (si.EndAt == null)
{
estimate = si.Estimate;
}
else
{
estimate = ((si.EndAt.H * 3600000) + (si.EndAt.M * 60000) + (si.EndAt.S * 1000)) - startMs;
}
int endMs = startMs + estimate;
return(currentMs >= startMs && currentMs <= endMs);
}