private IRequestExecuter GetRequestExecuterForDatabase(AsyncServerClient serverClient, string databaseName, ClusterBehavior clusterBehavior, bool incrementStrippingBase)
{
var key = Url;
databaseName = databaseName ?? DefaultDatabase;
if (string.IsNullOrEmpty(databaseName) == false)
{
key = MultiDatabase.GetRootDatabaseUrl(Url) + "/databases/" + databaseName;
}
IRequestExecuter requestExecuter;
if (clusterBehavior == ClusterBehavior.None)
{
requestExecuter = new ReplicationAwareRequestExecuter(replicationInformers.GetOrAdd(key, url => Conventions.ReplicationInformerFactory(url, jsonRequestFactory)), GetRequestTimeMetricForDatabase(databaseName));
}
else
{
requestExecuter = clusterAwareRequestExecuters.GetOrAdd(key, url => new ClusterAwareRequestExecuter());
}
requestExecuter.GetReadStripingBase(incrementStrippingBase);
if (FailoverServers == null)
{
return(requestExecuter);
}
if (databaseName == DefaultDatabase)
{
if (FailoverServers.IsSetForDefaultDatabase && requestExecuter.FailoverServers == null)
{
requestExecuter.FailoverServers = FailoverServers.ForDefaultDatabase;
}
}
else
{
if (FailoverServers.IsSetForDatabase(databaseName) && requestExecuter.FailoverServers == null)
{
requestExecuter.FailoverServers = FailoverServers.GetForDatabase(databaseName);
}
}
return(requestExecuter);
}
private IRequestExecuter GetRequestExecuterForDatabase(AsyncServerClient serverClient, string databaseName,
bool incrementStrippingBase)
{
var key = Url;
if (string.IsNullOrEmpty(databaseName) == false)
{
key = MultiDatabase.GetRootDatabaseUrl(Url) + "/databases/" + databaseName;
}
var originalKey = MultiDatabase.GetRootDatabaseUrl(Url);
IRequestExecuter requestExecuter;
IRequestExecuter originalRequestExecuter = null;
if (Conventions.FailoverBehavior == FailoverBehavior.ReadFromLeaderWriteToLeader ||
Conventions.FailoverBehavior == FailoverBehavior.ReadFromLeaderWriteToLeaderWithFailovers ||
Conventions.FailoverBehavior == FailoverBehavior.ReadFromAllWriteToLeader ||
Conventions.FailoverBehavior == FailoverBehavior.ReadFromAllWriteToLeaderWithFailovers)
{
requestExecuter = clusterAwareRequestExecuters.GetOrAdd(key, url => new ClusterAwareRequestExecuter());
if (originalKey != key)
{
originalRequestExecuter = clusterAwareRequestExecuters.GetOrAdd(originalKey, url => new ClusterAwareRequestExecuter());
}
}
else
{
requestExecuter = new ReplicationAwareRequestExecuter(replicationInformers.GetOrAdd(key, url => Conventions.ReplicationInformerFactory(url, jsonRequestFactory, GetRequestTimeMetricForUrl)));
if (originalKey != key)
{
originalRequestExecuter = new ReplicationAwareRequestExecuter(replicationInformers.GetOrAdd(originalKey, url => Conventions.ReplicationInformerFactory(url, jsonRequestFactory, GetRequestTimeMetricForUrl)));
}
}
if (incrementStrippingBase || originalRequestExecuter == null)
{
requestExecuter.GetReadStripingBase(incrementStrippingBase);
}
else
{
requestExecuter.SetReadStripingBase(originalRequestExecuter.GetReadStripingBase(false));
}
if (FailoverServers == null)
{
return(requestExecuter);
}
if (databaseName == DefaultDatabase)
{
if (FailoverServers.IsSetForDefaultDatabase && requestExecuter.FailoverServers == null)
{
requestExecuter.FailoverServers = FailoverServers.ForDefaultDatabase;
}
}
else
{
if (FailoverServers.IsSetForDatabase(databaseName) && requestExecuter.FailoverServers == null)
{
requestExecuter.FailoverServers = FailoverServers.GetForDatabase(databaseName);
}
}
return(requestExecuter);
}
