internal LocalRunspaceProvider(int timeoutSeconds, int maxRunspaces, PSLanguageMode? languageMode)
{
this._requests = new ConcurrentQueue<LocalRunspaceAsyncResult>();
this._callbacks = new ConcurrentQueue<LocalRunspaceAsyncResult>();
this._tracer = PowerShellTraceSourceFactory.GetTraceSource();
this._runspaceCache = new TimeBasedCache<Runspace>(timeoutSeconds);
this._maxRunspaces = maxRunspaces;
this._languageMode = languageMode;
}
/// <summary>Creates a DhtAddressResolver Object.</summary>
/// <param name="dht">The dht object to use for dht interactions.</param>
/// <param name="ipop_namespace">The ipop namespace where the dhcp server
/// is storing names.</param>
public DhtAddressResolver(IDht dht, string ipop_namespace)
{
_dht = dht;
_ipop_namespace = ipop_namespace;
_cache = new TimeBasedCache<MemBlock, Address>(CLEANUP_TIME_MS);
_attempts = new Dictionary<MemBlock, int>();
_queued = new Dictionary<MemBlock, bool>();
_mapping = new Dictionary<Channel, MemBlock>();
}
/// <summary>Creates a DhtAddressResolver Object.</summary>
/// <param name="dht">The dht object to use for dht interactions.</param>
/// <param name="ipop_namespace">The ipop namespace where the dhcp server
/// is storing names.</param>
public DhtAddressResolver(IDht dht, string ipop_namespace)
{
_dht = dht;
_ipop_namespace = ipop_namespace;
_cache = new TimeBasedCache <MemBlock, Address>(CLEANUP_TIME_MS);
_attempts = new Dictionary <MemBlock, int>();
_queued = new Dictionary <MemBlock, bool>();
_mapping = new Dictionary <Channel, MemBlock>();
}
public ConeNat(TransportAddress ta, int timeout)
{
_external_ta = new TransportAddress[1] { ta };
_internal_ta = new TransportAddress[1] { ((SimulationTransportAddress) ta).Invert() };
_known_tas = _internal_ta;
// TBC uses a staged GC, so values are still in after one timeout
_allowed = new TimeBasedCache<TransportAddress, bool>(timeout / 2);
_allowed.EvictionHandler += HandleEviction;
_allow_inbound = false;
}
/// <summary>Creates a DhtAddressResolver Object.</summary>
/// <param name="dht">The dht object to use for dht interactions.</param>
/// <param name="ipop_namespace">The ipop namespace where the dhcp server
/// is storing names.</param>
public DhtAddressResolver(IDht dht, string ipop_namespace)
{
_dht = dht;
_ipop_namespace = ipop_namespace;
_verified_cache = new TimeBasedCache<MemBlock, Address>(CLEANUP_TIME_MS);
_incoming_cache = new TimeBasedCache<MemBlock, Address>(CLEANUP_TIME_MS);
_attempts = new Dictionary<MemBlock, int>();
_queued = new Dictionary<MemBlock, bool>();
_mapping = new Dictionary<Channel, MemBlock>();
_udp_client = new UdpClient("127.0.0.1", 55123);
}
public ConeNat(TransportAddress ta, int timeout)
{
_external_ta = new TransportAddress[1] {
ta
};
_internal_ta = new TransportAddress[1] {
((SimulationTransportAddress)ta).Invert()
};
_known_tas = _internal_ta;
// TBC uses a staged GC, so values are still in after one timeout
_allowed = new TimeBasedCache <TransportAddress, bool>(timeout / 2);
_allowed.EvictionHandler += HandleEviction;
_allow_inbound = false;
}
public OnDemandConnectionOverlord(Node node) : base(node)
{
_cache = new TimeBasedCache<Address, bool>(CLEANUP_TIME_MS);
_cache.EvictionHandler += HandleEviction;
}
/// <summary>When we get an eviction, we need to consider disconnecting the
/// connection.</summary>
protected void HandleEviction(object sender, TimeBasedCache<Address, bool>.EvictionArgs ea)
{
DelayedRemove(ea.Key, "No longer needed");
}
public OnDemandConnectionOverlord(Node node) : base(node)
{
_cache = new TimeBasedCache <Address, bool>(CLEANUP_TIME_MS);
_cache.EvictionHandler += HandleEviction;
}
/// <summary>When we get an eviction, we need to consider disconnecting the
/// connection.</summary>
protected void HandleEviction(object sender, TimeBasedCache <Address, bool> .EvictionArgs ea)
{
DelayedRemove(ea.Key, "No longer needed");
}
/// <summary>If there are no more entries in the cache, our mapping has, we
/// will no longer allow inbound connections.</summary>
private void HandleEviction(object sender,
TimeBasedCache<TransportAddress, bool>.EvictionArgs ea)
{
_allow_inbound = _allowed.Count > 0;
}
/// <summary>If there are no more entries in the cache, our mapping has, we
/// will no longer allow inbound connections.</summary>
private void HandleEviction(object sender,
TimeBasedCache <TransportAddress, bool> .EvictionArgs ea)
{
_allow_inbound = _allowed.Count > 0;
}
internal LocalRunspaceProvider(int timeoutSeconds, int maxRunspaces, PSLanguageMode? languageMode)
{
_runspaceCache = new TimeBasedCache<Runspace>(timeoutSeconds);
_maxRunspaces = maxRunspaces;
_languageMode = languageMode;
}