internal Session(Cluster cluster,
IEnumerable <IPAddress> clusterEndpoints,
Policies policies,
ProtocolOptions protocolOptions,
PoolingOptions poolingOptions,
SocketOptions socketOptions,
ClientOptions clientOptions,
IAuthInfoProvider authProvider,
bool metricsEnabled,
string keyspace,
Hosts hosts)
{
this._cluster = cluster;
this._protocolOptions = protocolOptions;
this._poolingOptions = poolingOptions;
this._socketOptions = socketOptions;
this._clientOptions = clientOptions;
this._authProvider = authProvider;
this._metricsEnabled = metricsEnabled;
this._policies = policies ?? Policies.DefaultPolicies;
_hosts = hosts;
foreach (var ep in clusterEndpoints)
{
_hosts.AddIfNotExistsOrBringUpIfDown(ep);
}
this._policies.LoadBalancingPolicy.Initialize(_cluster);
_keyspace = keyspace ?? clientOptions.DefaultKeyspace;
}
/// <summary>
/// Creates a new session on this cluster and sets a keyspace to use.
/// </summary>
/// <param name="keyspace"> The name of the keyspace to use for the created <code>Session</code>. </param>
/// <returns>a new session on this cluster set to keyspace:
/// <code>keyspaceName</code>. </returns>
public Session Connect(string keyspace)
{
bool controlConnectionCreated = false;
lock (_controlConnectionGuard)
{
if (_controlConnection == null)
{
controlConnectionCreated = true;
var controlpolicies = new Cassandra.Policies(
_configuration.Policies.LoadBalancingPolicy,
new ExponentialReconnectionPolicy(2 * 1000, 5 * 60 * 1000),
Cassandra.Policies.DefaultRetryPolicy);
_hosts = new Hosts(_configuration.Policies.ReconnectionPolicy);
foreach (var ep in _contactPoints)
{
_hosts.AddIfNotExistsOrBringUpIfDown(ep);
}
var poolingOptions = new PoolingOptions().SetCoreConnectionsPerHost(HostDistance.Local, 1);
_controlConnection = new ControlConnection(this, new List <IPAddress>(), controlpolicies,
_configuration.ProtocolOptions,
poolingOptions, _configuration.SocketOptions,
new ClientOptions(
_configuration.ClientOptions.WithoutRowSetBuffering,
_configuration.ClientOptions.QueryAbortTimeout, null,
_configuration.ClientOptions.AsyncCallAbortTimeout),
_configuration.AuthInfoProvider,
_configuration.MetricsEnabled);
_metadata = new Metadata(_hosts, _controlConnection);
_controlConnection.Init();
}
}
var scs = new Session(this, _contactPoints, _configuration.Policies,
_configuration.ProtocolOptions,
_configuration.PoolingOptions, _configuration.SocketOptions,
_configuration.ClientOptions,
_configuration.AuthInfoProvider, _configuration.MetricsEnabled, keyspace, _hosts);
scs.Init();
lock (_connectedSessions)
_connectedSessions.Add(scs);
_logger.Info("Session connected!");
if (controlConnectionCreated)
{
RefreshSchema();
}
return(scs);
}
public Host AddHost(IPAddress address)
{
_hosts.AddIfNotExistsOrBringUpIfDown(address);
return(_hosts[address]);
}
/// <summary>
/// Creates a new session on this cluster and sets a keyspace to use.
/// </summary>
/// <param name="keyspace"> The name of the keyspace to use for the created <code>Session</code>. </param>
/// <returns>a new session on this cluster set to keyspace:
/// <code>keyspaceName</code>. </returns>
public Session Connect(string keyspace)
{
bool controlConnectionCreated = false;
lock (_controlConnectionGuard)
{
if (_controlConnection == null)
{
controlConnectionCreated = true;
var controlpolicies = new Cassandra.Policies(
_configuration.Policies.LoadBalancingPolicy,
new ExponentialReconnectionPolicy(2 * 1000, 5 * 60 * 1000),
Cassandra.Policies.DefaultRetryPolicy);
_hosts = new Hosts(_configuration.Policies.ReconnectionPolicy);
foreach (var ep in _contactPoints)
_hosts.AddIfNotExistsOrBringUpIfDown(ep);
var poolingOptions = new PoolingOptions().SetCoreConnectionsPerHost(HostDistance.Local, 1);
_controlConnection = new ControlConnection(this, new List<IPAddress>(), controlpolicies,
_configuration.ProtocolOptions,
poolingOptions, _configuration.SocketOptions,
new ClientOptions(
_configuration.ClientOptions.WithoutRowSetBuffering,
_configuration.ClientOptions.QueryAbortTimeout, null,
_configuration.ClientOptions.AsyncCallAbortTimeout),
_configuration.AuthInfoProvider,
_configuration.MetricsEnabled);
_metadata = new Metadata(_hosts, _controlConnection);
_controlConnection.Init();
}
}
var scs = new Session(this, _contactPoints, _configuration.Policies,
_configuration.ProtocolOptions,
_configuration.PoolingOptions, _configuration.SocketOptions,
_configuration.ClientOptions,
_configuration.AuthInfoProvider, _configuration.MetricsEnabled, keyspace, _hosts);
scs.Init();
lock (_connectedSessions)
_connectedSessions.Add(scs);
_logger.Info("Session connected!");
if (controlConnectionCreated)
RefreshSchema();
return scs;
}
internal Host AddHost(IPAddress address)
{
_hosts.AddIfNotExistsOrBringUpIfDown(address);
return(GetHost(address));
}
internal Session(Cluster cluster,
IEnumerable<IPAddress> clusterEndpoints,
Policies policies,
ProtocolOptions protocolOptions,
PoolingOptions poolingOptions,
SocketOptions socketOptions,
ClientOptions clientOptions,
IAuthInfoProvider authProvider,
bool metricsEnabled,
string keyspace,
Hosts hosts,ControlConnection controlConnection=null)
{
this._cluster = cluster;
this._protocolOptions = protocolOptions;
this._poolingOptions = poolingOptions;
this._socketOptions = socketOptions;
this._clientOptions = clientOptions;
this._authProvider = authProvider;
this._metricsEnabled = metricsEnabled;
this._policies = policies ?? Policies.DefaultPolicies;
_hosts = hosts ;
this._controlConnection = controlConnection;
foreach (var ep in clusterEndpoints)
_hosts.AddIfNotExistsOrBringUpIfDown(ep, this._policies.ReconnectionPolicy);
this._policies.LoadBalancingPolicy.Initialize(_cluster);
_keyspace = keyspace ?? clientOptions.DefaultKeyspace;
}
