public HGGridServicesGridMode(NetworkServersInfo servers_info,
SceneManager sman, UserProfileCacheService userv)
: base(servers_info, sman)
{
m_remoteBackend = new OGS1GridServices(servers_info);
m_userProfileCache = userv;
}
public HGCommunicationsGridMode(
NetworkServersInfo serversInfo,
SceneManager sman, LibraryRootFolder libraryRootFolder)
: base(serversInfo, libraryRootFolder)
{
// From constructor at CommunicationsOGS1
HGGridServices gridInterComms = new HGGridServicesGridMode(serversInfo, sman, m_userProfileCacheService);
m_gridService = gridInterComms;
m_osw = gridInterComms;
// The HG InventoryService always uses secure handlers
HGInventoryServiceClient invService = new HGInventoryServiceClient(serversInfo.InventoryURL, this.m_userProfileCacheService, true);
invService.UserProfileCache = m_userProfileCacheService;
AddSecureInventoryService(invService);
m_defaultInventoryHost = invService.Host;
if (SecureInventoryService != null)
m_log.Info("[HG]: SecureInventoryService.");
else
m_log.Info("[HG]: Non-secureInventoryService.");
HGUserServices userServices = new HGUserServices(this);
// This plugin arrangement could eventually be configurable rather than hardcoded here.
userServices.AddPlugin(new TemporaryUserProfilePlugin());
userServices.AddPlugin(new OGS1UserDataPlugin(this));
m_userService = userServices;
m_messageService = userServices;
m_avatarService = userServices;
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="sceneManager"></param>
/// <param name="layerParams"></param>
public ObjectLayer(SceneManager sceneManager, LayerParams layerParams)
: base(layerParams)
{
_sceneManager = sceneManager;
_polygonList = new List<Polygon>();
m_layerRegion = new BBOXF(256000, 256000, 256512, 256512);
}
public AgentLayer(SceneManager sceneManager, string name, Size cacheSize)
: base(name, cacheSize)
{
//update agent position each 1 sec
this._sceneManager = sceneManager;
this.m_pollingInterval = 1000;
agentList = new Dictionary<UUID, AgentInfo>();
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="sceneManager"></param>
public ObjectLayer(SceneManager sceneManager, string layerName, Size cacheSize)
: base(layerName,cacheSize)
{
_sceneManager = sceneManager;
_polygonList = new List<Polygon>();
//TODO: layer region should be updated according to the real region change
m_layerRegion = new BBOXF(256000, 256000, 256512, 256512);
}
public HGGridServicesStandalone(NetworkServersInfo servers_info, BaseHttpServer httpServe, IAssetCache asscache, SceneManager sman)
: base(servers_info, sman)
{
//Respond to Grid Services requests
MainServer.Instance.AddXmlRPCHandler("logoff_user", LogOffUser);
MainServer.Instance.AddXmlRPCHandler("check", PingCheckReply);
MainServer.Instance.AddXmlRPCHandler("land_data", LandData);
}
public HGCommunicationsGridMode(
NetworkServersInfo serversInfo,
SceneManager sman, LibraryRootFolder libraryRootFolder)
: base(serversInfo, libraryRootFolder)
{
HGUserServices userServices = new HGUserServices(this);
// This plugin arrangement could eventually be configurable rather than hardcoded here.
userServices.AddPlugin(new TemporaryUserProfilePlugin());
userServices.AddPlugin(new HGUserDataPlugin(this, userServices));
m_userService = userServices;
m_messageService = userServices;
m_avatarService = userServices;
}
public RegionManager(bool killOnCreate, bool openCreatePageFirst, ISimulationBase baseOpenSim)
{
m_OpenSimBase = baseOpenSim;
m_sceneManager = m_OpenSimBase.ApplicationRegistry.RequestModuleInterface<SceneManager> ();
m_connector = DataManager.DataManager.RequestPlugin<IRegionInfoConnector>();
KillAfterRegionCreation = killOnCreate;
InitializeComponent();
if (openCreatePageFirst)
tabControl1.SelectedTab = tabPage2;
CStartupType.SelectedIndex = 1;
RefreshCurrentRegions();
GetDefaultRegions ();
m_timer.Interval = 100;
m_timer.Tick += m_timer_Tick;
m_timer.Start ();
}
public SceneHelpers(CoreAssetCache cache)
{
SceneManager = new SceneManager();
m_assetService = StartAssetService(cache);
m_authenticationService = StartAuthenticationService();
m_inventoryService = StartInventoryService();
m_gridService = StartGridService();
m_userAccountService = StartUserAccountService();
m_presenceService = StartPresenceService();
m_inventoryService.PostInitialise();
m_assetService.PostInitialise();
m_userAccountService.PostInitialise();
m_presenceService.PostInitialise();
m_cache = cache;
}
public HGCommunicationsGridMode(
NetworkServersInfo serversInfo,
SceneManager sman, LibraryRootFolder libraryRootFolder)
: base(serversInfo, libraryRootFolder)
{
// From constructor at CommunicationsOGS1
HGGridServices gridInterComms = new HGGridServicesGridMode(serversInfo, sman, m_userProfileCacheService);
m_gridService = gridInterComms;
m_osw = gridInterComms;
HGUserServices userServices = new HGUserServices(this);
// This plugin arrangement could eventually be configurable rather than hardcoded here.
userServices.AddPlugin(new TemporaryUserProfilePlugin());
userServices.AddPlugin(new OGS1UserDataPlugin(this));
m_userService = userServices;
m_messageService = userServices;
m_avatarService = userServices;
}
public SceneHelpers(CoreAssetCache cache)
{
SceneManager = new SceneManager();
m_assetService = StartAssetService(cache);
m_authenticationService = StartAuthenticationService();
m_inventoryService = StartInventoryService();
m_gridService = StartGridService();
m_userAccountService = StartUserAccountService();
m_presenceService = StartPresenceService();
m_inventoryService.PostInitialise();
m_assetService.PostInitialise();
m_userAccountService.PostInitialise();
m_presenceService.PostInitialise();
m_cache = cache;
SimDataService
= OpenSim.Server.Base.ServerUtils.LoadPlugin<ISimulationDataService>("OpenSim.Tests.Common.dll", null);
}
public Scene(RegionInfo regInfo, AgentCircuitManager authen, SceneManager manager)
: this(regInfo)
{
m_sceneManager = manager;
m_config = manager.ConfigSource;
m_authenticateHandler = authen;
m_AuroraEventManager = new AuroraEventManager();
m_eventManager = new EventManager();
m_permissions = new ScenePermissions(this);
// Load region settings
m_regInfo.RegionSettings = m_sceneManager.SimulationDataService.LoadRegionSettings(m_regInfo.RegionID);
m_sceneGraph = new SceneGraph(this, m_regInfo);
#region Region Config
IConfig aurorastartupConfig = m_config.Configs["AuroraStartup"];
if (aurorastartupConfig != null)
{
MaxLowValue = aurorastartupConfig.GetFloat("MaxLowValue", -1000);
m_DefaultObjectName = aurorastartupConfig.GetString("DefaultObjectName", m_DefaultObjectName);
CheckForObjectCulling = aurorastartupConfig.GetBoolean("CheckForObjectCulling", CheckForObjectCulling);
//Region specific is still honored here, the RegionInfo checks for it
RegionInfo.ObjectCapacity = aurorastartupConfig.GetInt("ObjectCapacity", 80000);
}
//Animation states
IConfig animationConfig = m_config.Configs["Animations"];
if (animationConfig != null)
{
m_usePreJump = animationConfig.GetBoolean("enableprejump", m_usePreJump);
m_useSplatAnimation = animationConfig.GetBoolean("enableSplatAnimation", m_useSplatAnimation);
}
IConfig packetConfig = m_config.Configs["PacketPool"];
if (packetConfig != null)
{
PacketPool.Instance.RecyclePackets = packetConfig.GetBoolean("RecyclePackets", true);
PacketPool.Instance.RecycleDataBlocks = packetConfig.GetBoolean("RecycleDataBlocks", true);
}
#endregion Region Config
m_basesimfps = 45f;
m_basesimphysfps = 45f;
m_basesimphysfps = Config.Configs["Physics"].GetFloat("BasePhysicsFPS", 45f);
if (m_basesimphysfps > 45f)
m_basesimphysfps = 45f;
m_basesimfps = Config.Configs["Protection"].GetFloat("BaseRateFramesPerSecond", 45f);
if (m_basesimfps > 45f)
m_basesimfps = 45f;
if (m_basesimphysfps > m_basesimfps)
m_basesimphysfps = m_basesimfps;
m_updatetimespan = 1 / m_basesimfps;
m_physicstimespan = 1 / m_basesimphysfps;
#region Startup Complete config
EventManager.OnAddToStartupQueue += AddToStartupQueue;
EventManager.OnModuleFinishedStartup += FinishedStartup;
EventManager.OnStartupComplete += StartupComplete;
AddToStartupQueue("Startup");
#endregion
}
/// <summary>
/// Introduce an agent into the scene by adding a new client.
/// </summary>
/// <returns>The scene presence added</returns>
/// <param name='sceneManager'>
/// Scene manager. Can be null if there is only one region in the test or multiple regions that are not
/// neighbours and where no teleporting takes place.
/// </param>
/// <param name='scene'></param>
/// <param name='sceneManager></param>
/// <param name='agentData'></param>
/// <param name='tf'></param>
private static ScenePresence IntroduceClientToScene(
Scene scene, SceneManager sceneManager, AgentCircuitData agentData, TeleportFlags tf)
{
string reason;
// Stage 1: tell the scene to expect a new user connection
if (!scene.NewUserConnection(agentData, (uint)tf, out reason))
Console.WriteLine("NewUserConnection failed: " + reason);
// Stage 2: add the new client as a child agent to the scene
TestClient client = new TestClient(agentData, scene, sceneManager);
scene.AddNewClient(client, PresenceType.User);
return scene.GetScenePresence(agentData.AgentID);
}
/// <summary>
/// Add a root agent.
/// </summary>
/// <remarks>
/// This function
///
/// 1) Tells the scene that an agent is coming. Normally, the login service (local if standalone, from the
/// userserver if grid) would give initial login data back to the client and separately tell the scene that the
/// agent was coming.
///
/// 2) Connects the agent with the scene
///
/// This function performs actions equivalent with notifying the scene that an agent is
/// coming and then actually connecting the agent to the scene. The one step missed out is the very first
/// </remarks>
/// <param name="scene"></param>
/// <param name="agentData"></param>
/// <param name="sceneManager"></param>
/// <returns></returns>
public static ScenePresence AddScenePresence(Scene scene, AgentCircuitData agentData, SceneManager sceneManager)
{
// We emulate the proper login sequence here by doing things in four stages
// Stage 0: login
// We need to punch through to the underlying service because scene will not, correctly, let us call it
// through it's reference to the LPSC
LocalPresenceServicesConnector lpsc = (LocalPresenceServicesConnector)scene.PresenceService;
lpsc.m_PresenceService.LoginAgent(agentData.AgentID.ToString(), agentData.SessionID, agentData.SecureSessionID);
// Stages 1 & 2
ScenePresence sp = IntroduceClientToScene(scene, sceneManager, agentData, TeleportFlags.ViaLogin);
// Stage 3: Complete the entrance into the region. This converts the child agent into a root agent.
sp.CompleteMovement(sp.ControllingClient, true);
return sp;
}
/// <summary>
/// Add a root agent where the details of the agent connection (apart from the id) are unimportant for the test
/// </summary>
/// <remarks>
/// XXX: Use the version of this method that takes the UserAccount structure wherever possible - this will
/// make the agent circuit data (e.g. first, lastname) consistent with the user account data.
/// </remarks>
/// <param name="scene"></param>
/// <param name="agentId"></param>
/// <param name="sceneManager"></param>
/// <returns></returns>
public static ScenePresence AddScenePresence(Scene scene, UUID agentId, SceneManager sceneManager)
{
return AddScenePresence(scene, GenerateAgentData(agentId), sceneManager);
}
public void Initialize (RegionInfo regionInfo, AgentCircuitManager authen, IClientNetworkServer clientServer)
{
Initialize (regionInfo);
//Set up the clientServer
m_clientServer = clientServer;
clientServer.AddScene (this);
m_sceneManager = RequestModuleInterface<SceneManager> ();
m_simDataStore = m_sceneManager.GetSimulationDataStore ();
m_config = m_sceneManager.ConfigSource;
m_authenticateHandler = authen;
m_AuroraEventManager = new AuroraEventManager();
m_eventManager = new EventManager();
m_permissions = new ScenePermissions(this);
// Load region settings
m_regInfo.RegionSettings = Aurora.DataManager.DataManager.RequestPlugin<IRegionInfoConnector> ().LoadRegionSettings (m_regInfo.RegionID);
m_sceneGraph = new SceneGraph(this, m_regInfo);
#region Region Config
IConfig aurorastartupConfig = m_config.Configs["AuroraStartup"];
if (aurorastartupConfig != null)
{
//Region specific is still honored here, the RegionInfo checks for it
RegionInfo.ObjectCapacity = aurorastartupConfig.GetInt("ObjectCapacity", 80000);
}
IConfig packetConfig = m_config.Configs["PacketPool"];
if (packetConfig != null)
{
PacketPool.Instance.RecyclePackets = packetConfig.GetBoolean("RecyclePackets", true);
PacketPool.Instance.RecycleDataBlocks = packetConfig.GetBoolean("RecycleDataBlocks", true);
}
#endregion Region Config
m_basesimfps = 45f;
m_basesimphysfps = 45f;
m_basesimphysfps = Config.Configs["Physics"].GetFloat("BasePhysicsFPS", 45f);
if (m_basesimphysfps > 45f)
m_basesimphysfps = 45f;
m_basesimfps = Config.Configs["Protection"].GetFloat("BaseRateFramesPerSecond", 45f);
if (m_basesimfps > 45f)
m_basesimfps = 45f;
if (m_basesimphysfps > m_basesimfps)
m_basesimphysfps = m_basesimfps;
m_updatetimespan = 1000 / m_basesimfps;
m_physicstimespan = 1000 / m_basesimphysfps;
#region Startup Complete config
EventManager.OnAddToStartupQueue += AddToStartupQueue;
EventManager.OnModuleFinishedStartup += FinishedStartup;
//EventManager.OnStartupComplete += StartupComplete;
AddToStartupQueue("Startup");
#endregion
}
public TerrainLayer(SceneManager sceneManager, LayerParams layerParams)
: base(layerParams)
{
_sceneManager = sceneManager;
m_regionNumber = 0;
}
public TerrainLayer(SceneManager sceneManager, string name, Size cacheSize)
: base(name, cacheSize)
{
_sceneManager = sceneManager;
m_regionNumber = 0;
}
private void HandleOnRegionsReadyStatusChange(SceneManager obj)
{
if (m_initialized || !obj.AllRegionsReady)
return;
try
{
UserAccount economyUserAccount
= m_scenes[0].UserAccountService.GetUserAccount(
UUID.Zero, WaterWarsConstants.ECONOMY_PLAYER_FIRST_NAME, WaterWarsConstants.ECONOMY_PLAYER_LAST_NAME);
if (null == economyUserAccount)
throw new Exception(
string.Format(
"Economy user \"{0} {1}\" not present. Please create this user before restarting",
WaterWarsConstants.ECONOMY_PLAYER_FIRST_NAME, WaterWarsConstants.ECONOMY_PLAYER_LAST_NAME));
m_controller
= new WaterWarsController(
m_scenes,
null,
new Recorder(new FileDestination()),
new SimpleForecaster(),
new SeriesRainfallGenerator(),
new FairWaterDistributor(),
new SimpleWaterAllocator(),
new SimpleEconomicForecaster(),
new SeriesEconomicGenerator(),
new SimpleEconomicDistributor(),
economyUserAccount);
m_controller.Dispatcher = new OpenSimDispatcher(m_controller);
m_controller.Initialise(true);
}
catch (Exception e)
{
m_log.ErrorFormat("[WATER WARS]: ERROR {0} {1}", e.Message, e.StackTrace);
}
finally
{
m_initialized = true;
}
}
public void PostInitialise()
{
if (m_enabled)
{
manager = m_application.ApplicationRegistry.Get<SceneManager>();
if (!CreateDefaultAvatars())
{
m_log.Info("[RADMIN]: Default avatars not loaded");
}
}
}
public SceneManager()
{
if (m_log.IsDebugEnabled) {
m_log.DebugFormat ("{0} called", System.Reflection.MethodBase.GetCurrentMethod ().Name);
}
m_instance = this;
m_localScenes = new List<Scene>();
}
public void PostFinishStartup(Scene scene, IConfigSource source, ISimulationBase openSimBase)
{
m_manager = scene.RequestModuleInterface<SceneManager>();
m_backup[scene].FinishStartup();
}
/// <summary>
/// Performs initialisation of the scene, such as loading configuration from disk.
/// </summary>
public virtual void Startup()
{
m_log.Warn("====================================================================");
m_log.Warn("========================= STARTING AURORA =========================");
m_log.Warn("====================================================================");
m_log.Warn("[AURORASTARTUP]: Version: " + Version + "\n");
SetUpHTTPServer();
//Move out!
m_stats = StatsManager.StartCollectingSimExtraStats();
m_DiagnosticsManager = new DiagnosticsManager(m_stats, this);
List<IApplicationPlugin> plugins = AuroraModuleLoader.PickupModules<IApplicationPlugin>();
foreach (IApplicationPlugin plugin in plugins)
{
plugin.Initialize(this);
}
m_sceneManager = ApplicationRegistry.Get<SceneManager>();
foreach (IApplicationPlugin plugin in plugins)
{
plugin.PostInitialise();
}
//Has to be after Scene Manager startup
AddPluginCommands();
RunStartupCommands();
try
{
//Start the prompt
MainConsole.Instance.ReadConsole();
}
catch (Exception ex)
{
//Only error that ever could occur is the restart one
Shutdown(false);
throw ex;
}
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="sceneManager"></param>
/// <param name="layerParams"></param>
public AgentLayer(SceneManager sceneManager, LayerParams layerParams)
: base(layerParams)
{
this._sceneManager = sceneManager;
agentList = new Dictionary<UUID, AgentInfo>();
}
/// <summary>
/// This method will produce a random city with the central region of the city being
/// specified as a parameter. More parameters need to be made available for this method
/// to produce a better quality city, note for now the minimum area for a city is a
/// 3x3 grid of regions. This code is based on the original C++ version called pixel city.
/// </summary>
/// <param name="seed_value">Random integer seed value.</param>
/// <returns>true / false indicator of success or failure.</returns>
private bool doGenerate(int seed_value)
{
int rx, ry;
// Based on the initial seed value populate the regions that this shared module
// is connected to, this means first get a list of the region, determine which
// region is in the center of all the regions and set this as the hotzone, or
// central part of the city (this is where the tallest/largest buildings will
// be created) and will extend out to cover virtually all of the connected
// regions if desired. No support for aging of the buildings or the city exists
// yet it is a possible course for the future of this module.
// First quick check to see if the module is enabled or not.
if (!m_fEnabled)
{
m_log.Info("[CITY BUILDER]: Disabled, aborting auto generation.");
return (false);
}
m_log.Info("[CITY BUILDER]: Auto generating the city.");
// Now we need to ask some basic values for the city generation, we already have
// the base seed value as this is part of the 'city generate' command, now what
// about a name, position, size, densities etc. Some of this can be generated
// based on the seed value, but then, it would need to be confirmed by the user
// or allow them to change it. TODO move all requested data into the configuration file.
if (m_UserAccountService == null)
{
m_UserAccountService = simulationBase.ApplicationRegistry.RequestModuleInterface<IUserAccountService>();
}
// Decide where the city is to be placed within the server instance.
int r = this.randomValue(10);
string regionCount = MainConsole.Instance.CmdPrompt("Region Count ", r.ToString());
r = Convert.ToInt32(regionCount);
m_log.InfoFormat("[CITY BUILDER]: City area {0} x {1} regions ", r, r);
cityName = MainConsole.Instance.CmdPrompt("City Name ", cityName);
cityOwner = MainConsole.Instance.CmdPrompt("City Owner ", cityOwner);
m_DefaultUserName = cityOwner;
// Make sure that the user and estate information specified in the configuration file
// have been loaded and the information has either been found or has been created.
m_DefaultUserAccount = m_UserAccountService.GetUserAccount(UUID.Zero, cityOwner);
if (m_DefaultUserAccount == null)
{
m_log.InfoFormat("[CITY BUILDER]: Creating default account {0}", m_DefaultUserName);
m_UserAccountService.CreateUser(m_DefaultUserName, Util.Md5Hash(m_DefaultUserPword), m_DefaultUserEmail);
m_DefaultUserAccount = m_UserAccountService.GetUserAccount(UUID.Zero, m_DefaultUserName);
cityOwner = m_DefaultUserName;
}
else
m_log.InfoFormat("[CITY BUILDER]: Account found for {0}", m_DefaultUserName);
// Obtain the scene manager that the server instance is using.
sceneManager = simulationBase.ApplicationRegistry.RequestModuleInterface<SceneManager>();
// Construct the data instance for a city map to hold the total regions in the simulation.
cityMap = new CityMap();
citySeed = seed_value;
cityMap.cityRegions = new Scene[r, r];
cityMap.cityPlots = new List<BuildingPlot>();
cityMap.cityBuildings = new List<CityBuilding>();
// Construct land and estate data and update to reflect the found user or the newly created one.
cityLandData = new LandData();
RegionInfo regionInfo = new RegionInfo();
regionInfo.RegionID = UUID.Random();
//Create an estate
m_DefaultEstate = new EstateSettings();
m_log.InfoFormat("[CITY BUILDER]: No estates found for user {0}, constructing default estate.", m_DefaultUserAccount.Name);
m_DefaultEstate.EstateOwner = m_DefaultUserAccount.PrincipalID;
m_DefaultEstate.EstateName = m_DefaultEstateName;
m_DefaultEstate.EstatePass = Util.Md5Hash(Util.Md5Hash(m_DefaultEstatePassword));
m_DefaultEstate.EstateID = (uint)this.randomValue(1000);
regionInfo.EstateSettings = m_DefaultEstate; //Just set the estate, this module took care of the loading and the rest will leave it alone
cityLandData.OwnerID = m_DefaultUserAccount.PrincipalID;
cityLandData.Name = m_DefaultEstateName;
cityLandData.GlobalID = UUID.Random();
cityLandData.GroupID = UUID.Zero;
int regionPort = startPort;
// Construct the region.
regionInfo.RegionSizeX = cityConfig.GetInt("DefaultRegionSize", 256);
regionInfo.RegionSizeY = regionInfo.RegionSizeX;
regionInfo.RegionType = "Mainland";
regionInfo.ObjectCapacity = 100000;
regionInfo.Startup = StartupType.Normal;
regionInfo.ScopeID = UUID.Zero;
IParcelServiceConnector parcelService = Aurora.DataManager.DataManager.RequestPlugin<IParcelServiceConnector>();
if (r == 1)
{
m_log.Info("[CITY BUILDER]: Single region city.");
IPAddress address = IPAddress.Parse("0.0.0.0");
regionInfo.ExternalHostName = Aurora.Framework.Utilities.GetExternalIp();
regionInfo.FindExternalAutomatically = true;
regionInfo.InternalEndPoint = new IPEndPoint(address, regionPort++);
cityLandData.RegionID = regionInfo.RegionID;
if(parcelService != null)
parcelService.StoreLandObject(cityLandData.LandData);
regionInfo.RegionName = "Region00";
regionInfo.RegionLocX = (int)m_DefaultStartLocation.X;
regionInfo.RegionLocY = (int)m_DefaultStartLocation.Y;
if (!createRegion(0, 0, regionInfo))
{
m_log.Info("[CITY BUILDER]: Failed to construct region.");
return (false);
}
}
else if (r > 1)
{
m_log.Info("[CITY BUILDER]: Multi-region city.");
IPAddress address = IPAddress.Parse("0.0.0.0");
regionInfo.ExternalHostName = Aurora.Framework.Utilities.GetExternalIp();
regionInfo.FindExternalAutomatically = true;
// Construct the regions for the city.
regionPort = startPort;
for (rx = 0; rx < r; rx++)
{
for (ry = 0; ry < r; ry++)
{
regionInfo.InternalEndPoint = new IPEndPoint(address, regionPort++);
cityLandData.RegionID = regionInfo.RegionID;
if(parcelService != null)
parcelService.StoreLandObject(cityLandData.LandData);
regionInfo.RegionName = "Region" + rx + ry;
regionInfo.RegionLocX = (int)(m_DefaultStartLocation.X + rx);
regionInfo.RegionLocY = (int)(m_DefaultStartLocation.Y + ry);
m_log.InfoFormat("[CITY BUILDER]: '{0}' @ {1},{2}, http://{3}/", regionInfo.RegionName,
regionInfo.RegionLocX, regionInfo.RegionLocY, regionInfo.InternalEndPoint);
//We already set the estate before, we don't need to deal with linking it or anything
//EstateConnector.LinkRegion(regionInfo.RegionID, (int)m_DefaultEstate.EstateID, m_DefaultEstate.EstatePass);
if (!createRegion(rx, ry, regionInfo))
{
m_log.InfoFormat("[CITY BUILDER]: Failed to construct region at {0},{1}", rx, ry);
return (false);
}
}
}
}
// Either generate the terrain or loading from an existing file, DEM for example.
m_log.Info("[CITY BUILDER]: [TERRAIN]");
// For each region, just fill the terrain to be 21. This is just above the default
// water level for Aurora.
float[,] tHeight = new float[256, 256];
for (rx = 0; rx < 256; rx++)
{
for (ry = 0; ry < 256; ry++)
{
tHeight[rx, ry] = 21.0f;
}
}
// Construct the new terrain for each region and pass the height map to it.
for (rx = 0; rx < r; rx++)
{
for (ry = 0; ry < r; ry++)
{
Scene region = cityMap.cityRegions[rx, ry];
ITerrainChannel tChannel = new TerrainChannel(true, region);
ITerrain terrain = null;
try
{
region.TryRequestModuleInterface<ITerrain>(out terrain);
terrain.SetHeights2D(tHeight);
}
catch
{
}
}
}
// Rivers and other waterways.
// From the total number of regions pick a number of regions that will be 'centers'
// for the entire city, record these in the centralRegions list.
m_log.Info("[CITY BUILDER]: [CENTERS]");
// ( region count * region count ) / 3
int aNum = this.randomValue((cityMap.cityRegions.GetUpperBound(0) * cityMap.cityRegions.GetUpperBound(1))/3);
if (aNum == 0)
{
aNum = 1;
}
m_log.InfoFormat("[CITY BUILDER]: Total regions {0}, selecting {1} regions for centers.", (r*r), aNum );
int prevRegionX = 0;
int prevRegionY = 0;
while ( aNum > 0 )
{
int currRegionX = randomValue( cityMap.cityRegions.GetUpperBound(0) ) / 2;
int currRegionY = randomValue( cityMap.cityRegions.GetUpperBound(1) ) / 2;
// If the location selected is the same as the previous location try again.
if (currRegionX == prevRegionX && currRegionY == prevRegionY)
{
aNum--;
continue;
}
m_log.InfoFormat("[CITY BUILDER]: Region {0}, located {1},{2}", aNum, prevRegionX, prevRegionY);
try
{
Scene region = cityMap.centralRegions[(prevRegionX * cityMap.cityRegions.GetUpperBound(0)) + prevRegionY];
if (region!=null)
{
cityMap.centralRegions.Add(region);
}
}
catch
{
}
aNum--;
prevRegionX = currRegionX;
prevRegionY = currRegionY;
}
m_log.Info("[CITY BUILDER]: [DENSITY]");
float avgDensity = 0.0f;
avgDensity += cityDensities[0];
avgDensity += cityDensities[1];
avgDensity += cityDensities[2];
avgDensity += cityDensities[3];
avgDensity /= 4;
// Before ANYTHING else is created construct the transport systems, priority is given
// to the road network before the rail network, perhaps a configuration option to allow
// for the prioritisation value of the transport system is possible.
m_log.Info("[CITY BUILDER]: [FREEWAYS]");
m_log.Info("[CITY BUILDER]: [HIGHWAYS]");
m_log.Info("[CITY BUILDER]: [STREETS]");
m_log.Info("[CITY BUILDER]: [RAILWAYS]");
m_log.InfoFormat("[CITY BUILDER]: [RESIDENTIAL DENSITY] {0}%", cityDensities[0] * 100);
m_log.InfoFormat("[CITY BUILDER]: [COMMERCIAL DENSITY] {0}%", cityDensities[1] * 100);
m_log.InfoFormat("[CITY BUILDER]: [CORPORATE DENSITY] {0}%", cityDensities[2] * 100);
m_log.InfoFormat("[CITY BUILDER]: [INDUSTRIAL DENISTY] {0}%", cityDensities[3] * 100);
m_log.InfoFormat("[CITY BUILDER]: [AVERAGE DENSITY] {0}%", avgDensity);
m_log.Info("[CITY BUILDER]: [BLOCKS]");
m_log.Info("[CITY BUILDER]: [ALLOTMENT PLOTS]");
m_log.Info("[CITY BUILDER]: [BUILDINGS]");
return (true);
}
/// <summary>
/// This method will produce a random city with the central region of the city being
/// specified as a parameter. More parameters need to be made available for this method
/// to produce a better quality city, note for now the minimum area for a city is a
/// 3x3 grid of regions. This code is based on the original C++ version called pixel city.
/// </summary>
/// <param name="seed_value">Random integer seed value.</param>
/// <returns>true / false indicator of success or failure.</returns>
private bool doGenerate(int seed_value)
{
int rx, ry;
// Based on the initial seed value populate the regions that this shared module
// is connected to, this means first get a list of the region, determine which
// region is in the center of all the regions and set this as the hotzone, or
// central part of the city (this is where the tallest/largest buildings will
// be created) and will extend out to cover virtually all of the connected
// regions if desired. No support for aging of the buildings or the city exists
// yet it is a possible course for the future of this module.
// TODO
//
// Validate the details in the configuration file against the settings in
// the database, otherwise a new user/estate/parcel could be created which will
// negate any of the security systems that Aurora has in place.
// First quick check to see if the module is enabled or not.
if (!m_fEnabled)
{
m_log.Info("[CITY BUILDER]: Disabled, aborting auto generation.");
return (false);
}
m_log.Info("[CITY BUILDER]: Auto generating the city.");
// Now we need to ask some basic values for the city generation, we already have
// the base seed value as this is part of the 'city generate' command, now what
// about a name, position, size, densities etc. Some of this can be generated
// based on the seed value, but then, it would need to be confirmed by the user
// or allow them to change it. TODO move all requested data into the configuration file.
if (m_UserAccountService == null)
{
m_UserAccountService = simulationBase.ApplicationRegistry.RequestModuleInterface<IUserAccountService>();
}
// Decide where the city is to be placed within the server instance.
int r = CityModule.randomValue(10);
string regionCount = MainConsole.Instance.CmdPrompt("Region Count ", r.ToString());
r = Convert.ToInt32(regionCount);
m_log.InfoFormat("[CITY BUILDER]: City area {0} x {1} regions ", r, r);
// Needs to be changed to use the 'defualt' properties and ask about the default
// estate settings that are to be used, even if it is nothing more than just a
// confirmation of the settings that are in the configuration file.
cityName = MainConsole.Instance.CmdPrompt("City Name ", cityName);
cityOwner = MainConsole.Instance.CmdPrompt("City Owner ", cityOwner);
m_DefaultUserName = cityOwner;
// Make sure that the user and estate information specified in the configuration file
// have been loaded and the information has either been found or has been created.
m_DefaultUserAccount = m_UserAccountService.GetUserAccount(UUID.Zero, cityOwner);
if (m_DefaultUserAccount == null)
{
m_log.InfoFormat("[CITY BUILDER]: Creating default account {0}", m_DefaultUserName);
m_UserAccountService.CreateUser(m_DefaultUserName, Util.Md5Hash(m_DefaultUserPword), m_DefaultUserEmail);
m_DefaultUserAccount = m_UserAccountService.GetUserAccount(UUID.Zero, m_DefaultUserName);
cityOwner = m_DefaultUserName;
}
else
m_log.InfoFormat("[CITY BUILDER]: Account found for {0}", m_DefaultUserName);
// Obtain the scene manager that the server instance is using.
sceneManager = simulationBase.ApplicationRegistry.RequestModuleInterface<SceneManager>();
// Construct the data instance for a city map to hold the total regions in the simulation.
cityMap = new CityMap();
citySeed = seed_value;
cityMap.cityRegions = new Scene[r, r];
cityMap.cityPlots = new List<BuildingPlot>();
cityMap.cityBuildings = new List<CityBuilding>();
// Construct land and estate data and update to reflect the found user or the newly created one.
cityLandData = new LandData();
RegionInfo regionInfo = new RegionInfo();
regionInfo.RegionID = UUID.Random();
// Determine if the default user account as specified in City Builder's configuration file
// has any predefined estates, if so, just select the first one for now. Perhaps a search of
// the estates to attempt to find a match to the details from the configuration file.
EstateConnector = Aurora.DataManager.DataManager.RequestPlugin<IEstateConnector>();
// Valid estate connection established.
if (EstateConnector != null)
{
// Valid estate connector, determine if the default user account has any estates.
List<EstateSettings> estates = EstateConnector.GetEstates(m_DefaultUserAccount.PrincipalID);
// No estates are found, so construct a new one based on the default estate settings
// from the configuration file.
if (estates == null)
{
// No estates present so construct one.
m_DefaultEstate = new EstateSettings();
m_log.InfoFormat("[CITY BUILDER]: No estates found for user {0}, constructing default estate.", m_DefaultUserAccount.Name);
m_DefaultEstate.EstateOwner = m_DefaultUserAccount.PrincipalID;
m_DefaultEstate.EstateName = m_DefaultEstateName;
m_DefaultEstate.EstatePass = Util.Md5Hash(Util.Md5Hash(m_DefaultEstatePassword));
m_DefaultEstate.EstateID = (uint)CityModule.randomValue(1000);
regionInfo.EstateSettings = EstateConnector.CreateEstate(m_DefaultEstate, regionInfo.RegionID);
}
else
{
// Estates have been found, select the first estate in the list. No checking is done
// against the configuration file settings. TODO validate the estate against the
// configuration file.
m_DefaultEstate = estates[0];
regionInfo.EstateSettings = m_DefaultEstate;
m_log.InfoFormat("[CITY BUILDER]: {0} estates found for user {1}, selecting {2}",
estates.Count, m_DefaultUserAccount.Name, m_DefaultEstate.EstateName);
}
}
else
{
m_log.Info("[CITY BUILDER]: No connection with server.");
return (false);
}
// Fill in land data for the estate/owner.
cityLandData.OwnerID = m_DefaultUserAccount.PrincipalID;
cityLandData.Name = m_DefaultEstateName;
cityLandData.GlobalID = UUID.Random();
cityLandData.GroupID = UUID.Zero;
int regionPort = startPort;
// Construct the region.
regionInfo.RegionSizeX = cityConfig.GetInt("DefaultRegionSize", 256);
regionInfo.RegionSizeY = regionInfo.RegionSizeX;
regionInfo.RegionType = "Mainland";
regionInfo.ObjectCapacity = 100000;
regionInfo.Startup = StartupType.Normal;
regionInfo.ScopeID = UUID.Zero;
IParcelServiceConnector parcelService = simulationBase.ApplicationRegistry.RequestModuleInterface<IParcelServiceConnector>();
if (parcelService == null)
{
m_log.Info("[CITY BUILDER]: Unable to connect to servers parcel service.");
}
if (r == 1)
{
m_log.Info("[CITY BUILDER]: Single region city.");
IPAddress address = IPAddress.Parse("0.0.0.0");
regionInfo.ExternalHostName = Aurora.Framework.Utilities.GetExternalIp();
regionInfo.FindExternalAutomatically = true;
regionInfo.InternalEndPoint = new IPEndPoint(address, regionPort++);
cityLandData.RegionID = regionInfo.RegionID;
regionInfo.RegionName = "Region00";
regionInfo.RegionLocX = (int)m_DefaultStartLocation.X;
regionInfo.RegionLocY = (int)m_DefaultStartLocation.Y;
if (parcelService != null)
parcelService.StoreLandObject(cityLandData);
if (!createRegion(0, 0, regionInfo))
{
m_log.Info("[CITY BUILDER]: Failed to construct region.");
return (false);
}
}
else if (r > 1)
{
m_log.Info("[CITY BUILDER]: Multi-region city.");
m_log.Info("[CITY BUILDER]: Finding external IP, please wait ... ");
regionInfo.ExternalHostName = Aurora.Framework.Utilities.GetExternalIp();
if (regionInfo.ExternalHostName.Length <= 0)
{
regionInfo.FindExternalAutomatically = false;
}
else
{
m_log.InfoFormat("[CITY BUILDER]: External IP address is {0}", regionInfo.ExternalHostName);
regionInfo.FindExternalAutomatically = true;
}
// Construct the regions for the city.
regionPort = startPort;
INeighborService neighbours = simulationBase.ApplicationRegistry.RequestModuleInterface<INeighborService>();
if (neighbours == null)
{
m_log.Info("[CITY BUILDER]: No neighbours.");
}
else
{
m_log.Info("[CITY BUILDER]: Neighbours service found.");
}
IPAddress address = IPAddress.Parse("0.0.0.0");
for (rx = 0; rx < r; rx++)
{
for (ry = 0; ry < r; ry++)
{
regionInfo.InternalEndPoint = new IPEndPoint(address, regionPort++);
cityLandData.RegionID = regionInfo.RegionID;
regionInfo.RegionName = "Region" + rx + ry;
regionInfo.RegionLocX = (int)(m_DefaultStartLocation.X + rx);
regionInfo.RegionLocY = (int)(m_DefaultStartLocation.Y + ry);
m_log.InfoFormat("[CITY BUILDER]: '{0}' @ {1},{2}, http://{3}/", regionInfo.RegionName,
regionInfo.RegionLocX, regionInfo.RegionLocY, regionInfo.InternalEndPoint);
if (parcelService != null)
parcelService.StoreLandObject(cityLandData);
if (!createRegion(rx, ry, regionInfo))
{
m_log.InfoFormat("[CITY BUILDER]: Failed to construct region at {0},{1}", rx, ry);
return (false);
}
if (neighbours != null)
{
m_log.Info("[CITY BUILDER]: Informing neighbours.");
neighbours.InformOurRegionsOfNewNeighbor(regionInfo);
}
}
}
}
// Either generate the terrain or loading from an existing file, DEM for example.
m_log.Info("[CITY BUILDER]: [TERRAIN]");
// Construct the new terrain for each region and pass the height map to it.
// For the entire area covered by all of the regions construct a new terrain heightfield for it.
// Also construct several maps that can be blended together in order to provide a suitablly natural
// looking terrain which is not too flat or doesn't entirely consist of mountains.
float[,] terrainMap;
float[,] hMap1;
float[,] hMap2;
float[,] hMap3;
float[,] hMap4;
float[] bFactors = new float[4];
int size = regionInfo.RegionSizeX;
int y;
int x;
terrainMap = new float[ size * r, size * r ];
hMap1 = new float[ size * r, size * r ];
hMap2 = new float[ size * r, size * r ];
hMap3 = new float[ size * r, size * r ];
hMap4 = new float[ size * r, size * r ];
// Set blending factors.
bFactors[0] = 0.75f;
bFactors[1] = 0.55f;
bFactors[2] = 0.35f;
bFactors[3] = 0.05f;
// Generate four layers for the initial height map and then blend them together.
for (x = 0; x < size; x++)
{
for (y = 0; y < size; y++)
{
for (int i = 0; i < r; i++)
{
for (int j = 0; j < r; j++)
{
hMap1[i * x, i * y] = Perlin.noise2((float)x+i, (float)y+i);
hMap2[i * x, i * y] = Perlin.noise2((float)x, (float)y+i);
hMap3[i * x, i * y] = Perlin.noise2((float)x+i, (float)y);
hMap4[i * x, i * y] = Perlin.noise2((float)x+j, (float)y+i);
terrainMap[i*x, i*y] = (hMap1[i*x, i*y] * bFactors[0]) + (hMap2[i*x, i*y] * bFactors[1]) +
(hMap3[i*x, i*y] * bFactors[2]) + (hMap4[i*x, i*y] * bFactors[3]);
}
}
}
}
// DEBUG code that will save the resulting terrainMap as a jpeg image.
m_log.Info("[CITY BUILDER]: Debug, save terrain map (full) as a jpeg image.");
ManagedImage mImage = new ManagedImage(r * size, r * size, ManagedImage.ImageChannels.Bump);
// Find a way of copying the terrainMap array into the newly created image, then save
// the image to disk.
m_log.Info("[CITY BUILDER]: Terrain built and blended, tiling and region application.");
// Set the height map of each region based on the newly created terrainMap.
ITerrain terrain = null;
for (rx = 0; rx < r; rx++)
{
for (ry = 0; ry < r; ry++)
{
Scene region = cityMap.cityRegions[rx, ry];
ITerrainChannel tChannel = new TerrainChannel(true, region);
region.TryRequestModuleInterface<ITerrain>(out terrain);
m_log.InfoFormat("[CITY BUILDER]: Region [ {0}, {1} ]", rx, ry);
float[,] tile = new float[ size, size ];
for (int i = 0; i < size; i++)
{
for (int j = 0; i < size; j++)
{
tile[i, j] = terrainMap[(rx * size) + i, (ry * size) + j];
}
}
if (terrain != null & tile!=null)
terrain.SetHeights2D(tile);
// dispose of the tile now thats its not needed as a new tile is allocated next loop run.
tile = null;
}
}
// Rivers and other waterways. Randomly select a number of rivers for the entire area
// and place them.
int rCount = CityModule.randomValue(size / r);
m_log.InfoFormat("[CITY BUILDER]: River count for entire area {0}", rCount);
// From the total number of regions pick a number of regions that will be 'centers'
// for the entire city, record these in the centralRegions list.
m_log.Info("[CITY BUILDER]: [CENTERS]");
// ( region count * region count ) / 3
int aNum = CityModule.randomValue((cityMap.cityRegions.GetUpperBound(0) * cityMap.cityRegions.GetUpperBound(1))/3);
if (aNum == 0)
{
aNum = 1;
}
m_log.InfoFormat("[CITY BUILDER]: Total regions {0}, selecting {1} regions for centers.", (r*r), aNum );
int prevRegionX = 0;
int prevRegionY = 0;
while ( aNum > 0 )
{
int currRegionX = randomValue( cityMap.cityRegions.GetUpperBound(0) ) / 2;
int currRegionY = randomValue( cityMap.cityRegions.GetUpperBound(1) ) / 2;
// If the location selected is the same as the previous location try again.
if (currRegionX == prevRegionX && currRegionY == prevRegionY)
{
aNum--;
continue;
}
m_log.InfoFormat("[CITY BUILDER]: Region {0}, located {1},{2}", aNum, prevRegionX, prevRegionY);
try
{
Scene region = cityMap.centralRegions[(prevRegionX * cityMap.cityRegions.GetUpperBound(0)) + prevRegionY];
if (region!=null)
{
cityMap.centralRegions.Add(region);
}
}
catch
{
}
aNum--;
prevRegionX = currRegionX;
prevRegionY = currRegionY;
}
m_log.Info("[CITY BUILDER]: [DENSITY]");
float avgDensity = 0.0f;
avgDensity += cityDensities[0];
avgDensity += cityDensities[1];
avgDensity += cityDensities[2];
avgDensity += cityDensities[3];
avgDensity /= 4;
// Before ANYTHING else is created construct the transport systems, priority is given
// to the road network before the rail network, perhaps a configuration option to allow
// for the prioritisation value of the transport system is possible.
m_log.Info("[CITY BUILDER]: [FREEWAYS]");
// Construct a road system (high speed ~50-70 mph) between and around the city center regions.
m_log.Info("[CITY BUILDER]: [HIGHWAYS]");
m_log.Info("[CITY BUILDER]: [STREETS]");
m_log.Info("[CITY BUILDER]: [RAILWAYS]");
m_log.InfoFormat("[CITY BUILDER]: [RESIDENTIAL DENSITY] {0}%", cityDensities[0] * 100);
m_log.InfoFormat("[CITY BUILDER]: [COMMERCIAL DENSITY] {0}%", cityDensities[1] * 100);
m_log.InfoFormat("[CITY BUILDER]: [CORPORATE DENSITY] {0}%", cityDensities[2] * 100);
m_log.InfoFormat("[CITY BUILDER]: [INDUSTRIAL DENISTY] {0}%", cityDensities[3] * 100);
m_log.InfoFormat("[CITY BUILDER]: [AVERAGE DENSITY] {0}%", avgDensity);
m_log.Info("[CITY BUILDER]: [BLOCKS]");
m_log.Info("[CITY BUILDER]: [ALLOTMENT PLOTS]");
m_log.Info("[CITY BUILDER]: [BUILDINGS]");
return (true);
}
public void PostStart()
{
if (m_enabled)
{
manager = m_application.ApplicationRegistry.RequestModuleInterface<SceneManager>();
if (!CreateDefaultAvatars())
{
m_log.Info("[RADMIN]: Default avatars not loaded");
}
}
}
/// <summary>
/// Contructor. Adds "expect_hg_user" and "check" xmlrpc method handlers
/// </summary>
/// <param name="servers_info"></param>
public HGGridServices(NetworkServersInfo servers_info, SceneManager sman)
{
serversInfo = servers_info;
m_sceneman = sman;
random = new Random();
MainServer.Instance.AddXmlRPCHandler("link_region", LinkRegionRequest);
MainServer.Instance.AddXmlRPCHandler("expect_hg_user", ExpectHGUser);
HGNetworkServersInfo.Init(servers_info.AssetURL, servers_info.InventoryURL, servers_info.UserURL);
}
public SceneManager()
{
m_instance = this;
m_localScenes = new DoubleDictionary<UUID, string, Scene>();
}
public SceneManager()
{
m_instance = this;
m_localScenes = new List<Scene>();
}