private bool UpdateCache()
{
var progress = new Progress <int>();
progress.ProgressChanged += IncorporateCacheProgress;
var keywords = GSA.Keywords;
GSA.App.LocalCache.Clear();
//initial estimate
progressEstimator.UpdateTotal(WorkPhase.CacheRead, keywords.Count());
progressEstimator.UpdateTotal(WorkPhase.CacheUpdate, keywords.Count());
progressEstimator.UpdateTotal(WorkPhase.Conversion, 10000); //Take wild guess at having 10,000 objects to convert
progressEstimator.UpdateTotal(WorkPhase.ApiCalls, 10); //Take wild guess at having 10 API calls to make
try
{
var data = GSA.App.Proxy.GetGwaData(keywords, false, progress);
progressEstimator.UpdateTotal(WorkPhase.CacheRead, data.Count());
progressEstimator.SetCurrentToTotal(WorkPhase.CacheRead); //Equalise the current and total in case the previous total estimate was wrong
//Now that we have a better ideaof how many objects to update the cache with, and convert
progressEstimator.UpdateTotal(WorkPhase.CacheUpdate, data.Count());
progressEstimator.UpdateTotal(WorkPhase.Conversion, data.Count());
for (int i = 0; i < data.Count(); i++)
{
var applicationId = (string.IsNullOrEmpty(data[i].ApplicationId)) ? null : data[i].ApplicationId;
GSA.App.LocalCache.Upsert(
data[i].Keyword,
data[i].Index,
data[i].GwaWithoutSet,
streamId: data[i].StreamId,
applicationId: applicationId,
gwaSetCommandType: data[i].GwaSetType);
progressEstimator.AppendCurrent(WorkPhase.CacheRead, 1);
}
int numRowsupdated = data.Count();
if (numRowsupdated > 0)
{
loggingProgress.Report(new MessageEventArgs(SpeckleGSAInterfaces.MessageIntent.Display, SpeckleGSAInterfaces.MessageLevel.Information,
"Read " + numRowsupdated + " GWA lines across " + keywords.Count() + " keywords into cache"));
}
progressEstimator.SetCurrentToTotal(WorkPhase.CacheUpdate); //Equalise the current and total in case the previous total estimate was wrong
return(true);
}
catch
{
return(false);
}
}
private bool UpdateCache()
{
var keywords = GSA.Keywords;
GSA.App.LocalCache.Clear();
//initial estimate
progressEstimator.UpdateTotal(WorkPhase.CacheRead, keywords.Count());
progressEstimator.UpdateTotal(WorkPhase.CacheUpdate, keywords.Count());
progressEstimator.UpdateTotal(WorkPhase.Conversion, 10000); //Take wild guess at having 10,000 objects to convert
progressEstimator.UpdateTotal(WorkPhase.ApiCalls, 10); //Take wild guess at having 10 API calls to make
try
{
var data = GSA.App.Proxy.GetGwaData(keywords, false);
progressEstimator.UpdateTotal(WorkPhase.CacheRead, data.Count());
progressEstimator.SetCurrentToTotal(WorkPhase.CacheRead); //Equalise the current and total in case the previous total estimate was wrong
//Now that we have a better ideaof how many objects to update the cache with, and convert
progressEstimator.UpdateTotal(WorkPhase.CacheUpdate, data.Count());
progressEstimator.UpdateTotal(WorkPhase.Conversion, data.Count());
for (int i = 0; i < data.Count(); i++)
{
GSA.App.Cache.Upsert(
data[i].Keyword,
data[i].Index,
data[i].GwaWithoutSet,
streamId: data[i].StreamId,
//This needs to be revised as this logic is in the kit too
applicationId: (string.IsNullOrEmpty(data[i].ApplicationId)) ? ("gsa/" + data[i].Keyword + "_" + data[i].Index.ToString()) : data[i].ApplicationId,
gwaSetCommandType: data[i].GwaSetType);
progressEstimator.AppendCurrent(WorkPhase.CacheRead, 1);
}
var numRowsupdated = data.Count();
if (numRowsupdated > 0)
{
this.loggingProgress.Report(new MessageEventArgs(MessageIntent.Display, MessageLevel.Information,
"Read " + numRowsupdated + " GWA lines across " + keywords.Count() + " keywords into cache"));
}
progressEstimator.SetCurrentToTotal(WorkPhase.CacheUpdate); //Equalise the current and total in case the previous total estimate was wrong
return true;
}
catch
{
return false;
}
}