public void Transfer(ClaimProcessorConfiguration config)
{
if (!IsInitialized)
{
PropertyAccessorCache.InitializeCache();
new UnderwritingService(XiapConstants.XIAP_DATASOURCE);
MapperConfiguration.Initialize();
IsInitialized = true;
}
Logger.Info("===============================================================================");
Logger.Info("======================Starting Claim Processing================================");
Logger.Info("===============================================================================");
try
{
if (config.FilterByPolicyReference)
{
_totalClaims = GlobalClaimWakeUp.Container.Resolve<Func<string, IStagingGateway>>()(config.PolicyReferencesToInclude.First()).GetClaimByPolicyCount(
config.ProcessOpenClaims,
config.ProcessClosedClaims,
config.ProcessLiabilityClaims,
config.ProcessMotorClaims,
config.PolicyReferencesToInclude,
config.PolicyReferencesToExclude);
}
else
{
_totalClaims = GlobalClaimWakeUp.Container.Resolve<Func<string, IStagingGateway>>()(config.ClaimsReferencesToInclude.First()).GetClaimByClaimCount(
config.ProcessOpenClaims,
config.ProcessClosedClaims,
config.ProcessLiabilityClaims,
config.ProcessMotorClaims,
config.ClaimsReferencesToInclude,
config.ClaimsReferencesToExclude);
}
}
catch (Exception ex)
{
Logger.Error("Exception processing");
Logger.Error(ex);
throw ex;
}
Logger.InfoFormat("=======================Total Claims={0,-8}===================================", _totalClaims);
Logger.InfoFormat("=======================Concurrency ={0,-8}===================================", _concurrency);
if (OnUpdate != null) OnUpdate(this, new UpdateEventArgs { TotalClaims = _totalClaims, BatchSize = config.BatchSize });
var index = config.StartingRecord;
var page = Math.Max(config.BatchSize / 10, 10);
var postClaims = new ActionBlock<IEnumerable<Claim>>(chunk => PostClaimsToPipeline(chunk), new ExecutionDataflowBlockOptions { MaxDegreeOfParallelism = _concurrency });
// ** Here for the validation that we only have Motor or only have liability claims/policies listed **
do
{
IEnumerable<Claim> chunk;
if (config.FilterByPolicyReference)
{
chunk = GlobalClaimWakeUp.Container.Resolve<Func<string, IStagingGateway>>()(config.PolicyReferencesToInclude.First()).GetClaimsByPolicy(
page,
index,
config.ProcessOpenClaims,
config.ProcessClosedClaims,
config.ProcessLiabilityClaims,
config.ProcessMotorClaims,
config.PolicyReferencesToInclude,
config.PolicyReferencesToExclude);
}
else
{
chunk = GlobalClaimWakeUp.Container.Resolve<Func<string, IStagingGateway>>()(config.ClaimsReferencesToInclude.First()).GetClaimsByClaim(
page,
index,
config.ProcessOpenClaims,
config.ProcessClosedClaims,
config.ProcessLiabilityClaims,
config.ProcessMotorClaims,
config.ClaimsReferencesToInclude,
config.ClaimsReferencesToExclude);
}
if (!chunk.Any()) break;
postClaims.Post(chunk);
index += page;
} while (ShouldContinueProcessing(config, _totalClaims, index));
postClaims.Complete();
try
{
postClaims.Completion.Wait();
}
catch (AggregateException ex)
{
ex.Handle(e =>
{
Logger.Error("Unhandled Exception!", e);
return true;
});
}
if (OnComplete != null) OnComplete(this, new EventArgs());
}
private bool ShouldContinueProcessing(ClaimProcessorConfiguration config, int totalClaims, int index)
{
var shouldContinue = config.AutoSubmit ? index < totalClaims : index < config.BatchSize;
Logger.InfoFormat("{0}", JObject.FromObject(new { config.AutoSubmit, config.BatchSize, totalClaims, index, shouldContinue }));
return shouldContinue;
}