/**
* <summary>
* This method will create a client with default configuration. Note that this method expects that
* first node will bind rest binary protocol on default port.</summary>
*
* <returns>Client instance.</returns>
* <exception cref="GridClientException">If client could not be created.</exception>
*/
private static IGridClient CreateClient()
{
var cfg = new GridClientConfiguration();
// Point client to a local node. Note that this server is only used
// for initial connection. After having established initial connection
// client will make decisions which grid node to use based on collocation
// with key affinity or load balancing.
cfg.Servers.Add(ServerAddress + ':' + GridClientConfiguration.DefaultTcpPort);
return(GridClientFactory.Start(cfg));
}
/**
* <summary>
* This method will create a client with default configuration. Note that this method expects that
* first node will bind rest binary protocol on default port. It also expects that partitioned cache is
* configured in grid.</summary>
*
* <returns>Client instance.</returns>
* <exception cref="GridClientException">If client could not be created.</exception>
*/
private static IGridClient CreateClient()
{
var cacheCfg = new GridClientDataConfiguration();
// Set remote cache name.
cacheCfg.Name = "partitioned";
// Set client partitioned affinity for this cache.
cacheCfg.Affinity = new GridClientPartitionAffinity();
var cfg = new GridClientConfiguration();
cfg.DataConfigurations.Add(cacheCfg);
// Point client to a local node. Note that this server is only used
// for initial connection. After having established initial connection
// client will make decisions which grid node to use based on collocation
// with key affinity or load balancing.
cfg.Servers.Add(ServerAddress + ':' + GridClientConfiguration.DefaultTcpPort);
return(GridClientFactory.Start(cfg));
}
