internal bool ResolveRoute(IRoutingKey routingKey, IRouteSelectorDiagnostics diagnostics, out IRoutingEntry foundEntry, out IList <IRoutingEntry> routingEntries)
{
routingEntries = new List <IRoutingEntry>();
for (int i = 0; i < 5; i++)
{
diagnostics.ProcessRoutingKey(routingKey);
IRoutingEntry routingEntry = ServerLocator.GetRoutingEntry(routingKey, this.sharedCacheLookupFactory, diagnostics);
if (routingEntry != null)
{
diagnostics.ProcessRoutingEntry(routingEntry);
}
if (routingEntry == null)
{
routingEntry = ServerLocator.GetRoutingEntry(routingKey, this.locatorServiceLookupFactory, diagnostics);
if (routingEntry != null)
{
if (ServerLocator.IsMailboxServerCacheKey(routingEntry.Key) && !this.mailboxServerCacheClient.AddEntry(routingEntry))
{
string value = string.Format("[ServerLocator::ResolveRoute]: RoutingEntry returned from MBLS could not be added to MailboxServer cache: {0}", routingEntry);
diagnostics.AddErrorInfo(value);
}
if (ServerLocator.IsAnchorMailboxCacheKey(routingEntry.Key) && !this.anchorMailboxCacheClient.AddEntry(routingEntry))
{
string value2 = string.Format("[ServerLocator::ResolveRoute]: RoutingEntry returned from MBLS could not be added to AnchorMailbox cache: {0}", routingEntry);
diagnostics.AddErrorInfo(value2);
}
}
else
{
string value3 = string.Format("[ServerLocator::ResolveRoute]: MBLS could not find entry for key {0}", routingKey);
diagnostics.AddErrorInfo(value3);
}
}
if (routingEntry == null)
{
break;
}
routingEntries.Add(routingEntry);
string text = ServerLocator.OrganizationNameForLogging(routingEntry.Key);
if (!string.IsNullOrEmpty(text))
{
diagnostics.SetOrganization(text);
}
IRoutingKey routingKey2 = routingEntry.Destination.CreateRoutingKey();
if (routingKey2 == null)
{
foundEntry = routingEntry;
return(true);
}
routingKey = routingKey2;
}
foundEntry = null;
return(false);
}
public virtual ServerLocatorReturn LocateServer(IRoutingKey[] keys, IRouteSelectorDiagnostics diagnostics)
{
IRoutingKey successKey = null;
IRoutingEntry routingEntry = null;
IList <IRoutingEntry> routingEntries = null;
string value;
if (keys != null)
{
foreach (IRoutingKey routingKey in keys)
{
if (routingKey != null)
{
if (this.ResolveRoute(routingKey, diagnostics, out routingEntry, out routingEntries))
{
successKey = routingKey;
break;
}
}
else
{
value = "[ServerLocator::LocateServer]: null key value in collection.";
diagnostics.AddErrorInfo(value);
}
}
}
else
{
value = "[ServerLocator::LocateServer]: null keys collection.";
diagnostics.AddErrorInfo(value);
}
SuccessfulDatabaseGuidRoutingEntry successfulDatabaseGuidRoutingEntry = routingEntry as SuccessfulDatabaseGuidRoutingEntry;
if (successfulDatabaseGuidRoutingEntry != null)
{
ServerRoutingDestination serverRoutingDestination = successfulDatabaseGuidRoutingEntry.Destination as ServerRoutingDestination;
return(new ServerLocatorReturn(serverRoutingDestination.Fqdn, serverRoutingDestination.Version, successKey, routingEntries));
}
SuccessfulServerRoutingEntry successfulServerRoutingEntry = routingEntry as SuccessfulServerRoutingEntry;
if (successfulServerRoutingEntry != null)
{
ServerRoutingDestination serverRoutingDestination2 = successfulServerRoutingEntry.Destination as ServerRoutingDestination;
return(new ServerLocatorReturn(serverRoutingDestination2.Fqdn, serverRoutingDestination2.Version, successKey, routingEntries));
}
value = string.Format("[ServerLocator::LocateServer]: RoutingEntry returned was of an unexpected type: {0}", (routingEntry != null) ? routingEntry.GetType() : null);
diagnostics.AddErrorInfo(value);
return(null);
}