public Passenger(int destinationNodeId)
{
m_timeCreated = Time.realtimeSinceStartup;
m_destinationNodeId = destinationNodeId;
name = "herroh";
passengerUid = UidGenerator.getNewUid();
}
public ReqrepManager(string info, PType prefix)
{
lock ( _inst_tab_sync ) {
_instance_table.Replace(info, this);
}
_info = info;
_prefix = prefix;
#if BRUNET_SIMULATOR
Random r = Node.SimulatorRandom;
#else
Random r = new Random();
#endif
//Don't use negative numbers:
_req_state_table = new UidGenerator <RequestState>(r, true);
//Don't use negative numbers:
_reply_id_table = new UidGenerator <ReplyState>(r, true);
/**
* We keep a list of the most recent 1000 replies until they
* get too old. If the reply gets older than reptimeout, we
* remove it
*/
_reply_cache = new Cache(1000);
_reply_cache.EvictionEvent += HandleReplyCacheEviction;
_to_mgr = new TimeOutManager();
}
// Constructors
public TaskAide(Database db, ISystemTime systemTime, ITimer timer)
{
this.systemTime = systemTime;
this.timer = timer;
var taskTable = new TaskTable("Tasks", db);
this.taskUidGenerator = new UidGenerator(
ApplicationData.Current.RoamingSettings,
"TaskUids",
(uid) => { return(taskTable.Get(uid.ToString()) == null); });
this.taskList = new TaskList(taskTable);
//this.sessionTable = new SessionTable("Sessions", db);
//this.sessionUidGenerator = new UidGenerator(
// ApplicationData.Current.RoamingSettings,
// "SessionUids",
// (uid) => { return this.sessionTable.Get(uid.ToString()) == null; });
//this.intervalTable = new IntervalTable("Intervals", db);
//this.intervalUidGenerator = new UidGenerator(
// ApplicationData.Current.RoamingSettings,
// "IntervalUids",
// (uid) => { return this.intervalTable.Get(uid.ToString()) == null; });
}
void Awake()
{
m_isLoop = false;
m_addDirection = AddDir.Back;
m_nodes = new List <GameObject> ();
m_trains = new List <GameObject> ();
m_lineUid = UidGenerator.getNewUid();
}
private Przejazd()
{
autobus = null;
nastepnaAkcja = Akcja.PobieraniePasazerow;
czasPrzejazdu = TimeSpan.Zero;
trasaZakonczona = false;
uid = UidGenerator.WygenerujUid();
}
public DanePasazera(Type typPasazera, int czasWsiadania, int czasWysiadania, string pPoczatkowy, string pKoncowy)
{
id = UidGenerator.WygenerujUid();
this.typPasazera = typPasazera;
this.czasWsiadania = czasWsiadania;
this.czasWysiadania = czasWysiadania;
this.pPoczatkowy = pPoczatkowy;
this.pKoncowy = pKoncowy;
}
public IdentifierTable(bool non_neg)
{
#if BRUNET_SIMULATOR
Random rand = Node.SimulatorRandom;
#else
Random rand = new Random();
#endif
_local_to_idpair = new UidGenerator <IIdentifierPair>(rand, non_neg);
}
public Autobus(string modelAutobusu, int maksymalnaPojemnosc, int iloscDzwi, double dlugoscAutobusu, string sciezkaPlikuKonfiguracyjnego) : this()
{
idAutobusu = UidGenerator.WygenerujUid(5);
this.modelAutobusu = modelAutobusu;
this.maksymalnaPojemnosc = maksymalnaPojemnosc;
this.iloscDzwi = iloscDzwi;
this.sciezkaPlikuKonfiguracyjnego = sciezkaPlikuKonfiguracyjnego;
this.dlugoscAutobusu = dlugoscAutobusu;
}
public void Start()
{
AttackSpeed = 1f; Random.Range(1f, 2f);
AttackDamage = 2f; // Random.Range(1.7f,2.5f);
if (Game.IsSinglePlayer())
{
uid = UidGenerator.GetNewUid();
}
PlayerData = Registry.Player [PlayerData.uid].GetComponent <PlayerData> ();
GetComponentInChildren <Renderer>().material.color = PlayerData.color;
}
public ReqrepManager(object info, PType prefix)
{
ReqrepManager existing;
lock ( _inst_tab_sync ) {
if (_instance_table.TryGetValue(info, out existing))
{
throw new Exception("Already an existing ReqrepManager for: " + info.ToString());
}
else
{
_instance_table[info] = this;
}
}
_info = info.ToString();
_prefix = prefix;
_req_handler_table = new Hashtable();
Random r = new Random();
//Don't use negative numbers:
_req_state_table = new UidGenerator <RequestState>(r, true);
//Don't use negative numbers:
_reply_id_table = new UidGenerator <ReplyState>(r, true);
_rep_handler_table = new Hashtable();
/**
* We keep a list of the most recent 1000 replies until they
* get too old. If the reply gets older than reptimeout, we
* remove it
*/
_reply_cache = new Cache(1000);
_reply_cache.EvictionEvent += HandleReplyCacheEviction;
/*
* Here we set the timeout mechanisms. There is a default
* value, but this is now dynamic based on the observed
* RTT of the network
*/
//resend the request after 5 seconds.
_edge_reqtimeout = new TimeSpan(0, 0, 0, 0, 5000);
_nonedge_reqtimeout = new TimeSpan(0, 0, 0, 0, 5000);
//Start with 50 sec timeout
_acked_reqtimeout = new TimeSpan(0, 0, 0, 0, 50000);
//Here we track the statistics to improve the timeouts:
_nonedge_rtt_stats = new TimeStats(_nonedge_reqtimeout.TotalMilliseconds, 0.98);
_edge_rtt_stats = new TimeStats(_edge_reqtimeout.TotalMilliseconds, 0.98);
_acked_rtt_stats = new TimeStats(_acked_reqtimeout.TotalMilliseconds, 0.98);
_last_check = DateTime.UtcNow;
}
private static string io_cmd(string cmd, string io = null)
{
string tmpp = "_tmp_f_" + UidGenerator.GetShortId();
if (File.Exists(tmpp))
{
File.Delete(tmpp);
}
string argument = string.Format("{0}@{1}#{2}", cmd, tmpp, io);
System.Diagnostics.Process.Start("FolderBrowserDialog.exe", argument);
while (File.Exists(tmpp) == false)
{
Thread.Sleep(200);
}
var reader = new StreamReader(tmpp);
var result = reader.ReadLine();
reader.Dispose();
reader.Close();
File.Delete(tmpp);
return(result);
}
public virtual void Spawn()
{
var shipUid = UidGenerator.GetNewUid();
var island = Registry.Islands[gameObject.GetComponent <IslandData>().Uid];
var islandData = island.GetComponent <IslandData>();
// 1) create ship by type
var go = GameObjectFactory.CreateShip(shipUid, islandData.ShipType, islandData.PlayerData.playerType);
// 2) append ship at island
go.transform.Translate(island.transform.position);
go.transform.parent = island.transform;
// 3) set ship data
var shipData = go.AddComponent <ShipData>();
shipData.shipType = islandData.ShipType;
shipData.uid = shipUid;
shipData.PlayerData = islandData.PlayerData;
// 4) colorize @see http://answers.unity3d.com/questions/483419/changing-color-of-children-of-instantiated-prefab.html
//go.GetComponentInChildren<Renderer>().material.color = Island.PlayerData.color - new Color(0.5f,0.5f,0.5f);
// 5) life data
var lifeData = go.AddComponent <LifeData>();
lifeData.CurrentHp = lifeData.MaxHp = 10;
// 6) host fires attacks
go.AddComponent <Assault>();
go.AddComponent <Defence>();
// 7) reset spawn timer
ResetSpawnTimer();
// Debug.Log("spawn [uid=" + shipUid + "|type=" + shipData.shipType + "] at [uid=" + islandData.uid + "|type=" + islandData.islandType + "] for player [" + shipData.playerUid + "]");
}
public override void Spawn()
{
// check if spawning event already triggered
if (_fsm.ActiveStateName.Equals("Spawning Ship"))
{
return;
}
// 1) block spawnings until network event did actually spawn the ship
_fsm.SendEvent("Spawn");
// 2) broadcast spawn event
var json = PackageFactory.CreateSpawnMessage(
new[] { new JObject
{
{ "island_uid", Island.Uid },
{ "uid", UidGenerator.GetNewUid() }
} });
SocketHandler.EmitNow("spawn-unit", json);
// 3 schedule event
Spawn(json);
}
public ReqrepManager(string info, PType prefix) {
lock( _inst_tab_sync ) {
_instance_table.Replace(info, this);
}
_info = info;
_prefix = prefix;
_req_handler_table = new Hashtable();
Random r = new Random();
//Don't use negative numbers:
_req_state_table = new UidGenerator<RequestState>(r, true);
//Don't use negative numbers:
_reply_id_table = new UidGenerator<ReplyState>(r, true);
_rep_handler_table = new Hashtable();
/**
* We keep a list of the most recent 1000 replies until they
* get too old. If the reply gets older than reptimeout, we
* remove it
*/
_reply_cache = new Cache(1000);
_reply_cache.EvictionEvent += HandleReplyCacheEviction;
/*
* Here we set the timeout mechanisms. There is a default
* value, but this is now dynamic based on the observed
* RTT of the network
*/
//resend the request after 5 seconds.
_edge_reqtimeout = new TimeSpan(0,0,0,0,5000);
_nonedge_reqtimeout = new TimeSpan(0,0,0,0,5000);
//Start with 50 sec timeout
_acked_reqtimeout = new TimeSpan(0,0,0,0,50000);
//Here we track the statistics to improve the timeouts:
_nonedge_rtt_stats = new TimeStats(_nonedge_reqtimeout.TotalMilliseconds, 0.98);
_edge_rtt_stats = new TimeStats(_edge_reqtimeout.TotalMilliseconds, 0.98);
_acked_rtt_stats = new TimeStats(_acked_reqtimeout.TotalMilliseconds, 0.98);
_last_check = DateTime.UtcNow;
}
public IdentifierTable(bool non_neg)
{
_local_to_idpair = new UidGenerator <IIdentifierPair>(new Random(), non_neg);
}
public ReqrepManager(string info, PType prefix) {
lock( _inst_tab_sync ) {
_instance_table.Replace(info, this);
}
_info = info;
_prefix = prefix;
#if BRUNET_SIMULATOR
Random r = Node.SimulatorRandom;
#else
Random r = new Random();
#endif
//Don't use negative numbers:
_req_state_table = new UidGenerator<RequestState>(r, true);
//Don't use negative numbers:
_reply_id_table = new UidGenerator<ReplyState>(r, true);
/**
* We keep a list of the most recent 1000 replies until they
* get too old. If the reply gets older than reptimeout, we
* remove it
*/
_reply_cache = new Cache(1000);
_reply_cache.EvictionEvent += HandleReplyCacheEviction;
_to_mgr = new TimeOutManager();
}
/**
* Protected constructor, we want to control ReqrepManager instances
* running on a node.
* @param info some context that we work for
*/
public ReqrepManager(object info) {
ReqrepManager existing;
lock( _inst_tab_sync ) {
if(_instance_table.TryGetValue(info, out existing) ) {
throw new Exception("Already an existing ReqrepManager for: " + info.ToString());
}
else {
_instance_table[info] = this;
}
}
_info = info.ToString();
Random r = new Random();
//Don't use negative numbers:
_req_state_table = new UidGenerator<RequestState>(r, true);
//Don't use negative numbers:
_reply_id_table = new UidGenerator<ReplyState>(r, true);
/**
* We keep a list of the most recent 1000 replies until they
* get too old. If the reply gets older than reptimeout, we
* remove it
*/
_reply_cache = new Cache(1000);
_reply_cache.EvictionEvent += HandleReplyCacheEviction;
_to_mgr = new TimeOutManager();
}
