/* * Copyright (c) Contributors, http://opensimulator.org/ * See CONTRIBUTORS.TXT for a full list of copyright holders. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * * Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * Neither the name of the OpenSimulator Project nor the * names of its contributors may be used to endorse or promote products * derived from this software without specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE DEVELOPERS ``AS IS'' AND ANY * EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL THE CONTRIBUTORS BE LIABLE FOR ANY * DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ using System; using System.Collections; using System.Collections.Generic; using System.Reflection; using System.Text; using Mono.Data.SqliteClient; using OpenMetaverse; using OpenMetaverse.StructuredData; using OpenSim.Region.Framework.Scenes; using OpenSim.Framework.Monitoring; namespace OpenSim.Region.UserStatistics { public class SimStatsAJAX : IStatsController { #region IStatsController Members public string ReportName { get { return ""; } } public Hashtable ProcessModel(Hashtable pParams) { List m_scene = (List)pParams["Scenes"]; Hashtable nh = new Hashtable(); nh.Add("hdata", m_scene); nh.Add("simstats", pParams["SimStats"]); return nh; } public string RenderView(Hashtable pModelResult) { StringBuilder output = new StringBuilder(); List all_scenes = (List) pModelResult["hdata"]; Dictionary sdatadic = (Dictionary)pModelResult["simstats"]; const string TableClass = "defaultr"; const string TRClass = "defaultr"; const string TDHeaderClass = "header"; const string TDDataClass = "content"; //const string TDDataClassRight = "contentright"; const string TDDataClassCenter = "contentcenter"; foreach (USimStatsData sdata in sdatadic.Values) { foreach (Scene sn in all_scenes) { if (sn.RegionInfo.RegionID == sdata.RegionId) { output.Append("

"); output.Append(sn.RegionInfo.RegionName); output.Append("

"); } } HTMLUtil.TABLE_O(ref output, TableClass); HTMLUtil.TR_O(ref output, TRClass); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("Dilatn"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("SimFPS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("PhysFPS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("AgntUp"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("RootAg"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("ChldAg"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("Prims"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("ATvPrm"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("AtvScr"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("ScrLPS"); HTMLUtil.TD_C(ref output); HTMLUtil.TR_C(ref output); HTMLUtil.TR_O(ref output, TRClass); HTMLUtil.TD_O(ref output, TDDataClass); output.Append(sdata.TimeDilation); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClass); output.Append(sdata.SimFps); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.PhysicsFps); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.AgentUpdates); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.RootAgents); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.ChildAgents); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.TotalPrims); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.ActivePrims); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.ActiveScripts); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.ScriptLinesPerSecond); HTMLUtil.TD_C(ref output); HTMLUtil.TR_C(ref output); HTMLUtil.TR_O(ref output, TRClass); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("FrmMS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("AgtMS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("PhysMS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("OthrMS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("OutPPS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("InPPS"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("NoAckKB"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("PndDWN"); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDHeaderClass); output.Append("PndUP"); HTMLUtil.TD_C(ref output); HTMLUtil.TR_C(ref output); HTMLUtil.TR_O(ref output, TRClass); HTMLUtil.TD_O(ref output, TDDataClass); output.Append(sdata.TotalFrameTime); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClass); output.Append(sdata.AgentFrameTime); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.PhysicsFrameTime); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.OtherFrameTime); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.OutPacketsPerSecond); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.InPacketsPerSecond); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.UnackedBytes); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.PendingDownloads); HTMLUtil.TD_C(ref output); HTMLUtil.TD_O(ref output, TDDataClassCenter); output.Append(sdata.PendingUploads); HTMLUtil.TD_C(ref output); HTMLUtil.TR_C(ref output); HTMLUtil.TABLE_C(ref output); } return output.ToString(); } /// /// Return stat information for all regions in the sim. Returns data of the form: /// 
        /// {"REGIONNAME": {
        ///     "region": "REGIONNAME",
        ///     "timeDilation": "101",
        ///     ...     // the rest of the stat info
        ///     },
        ///  ...    // entries for each region
        ///  }
        ///
/// /// /// public string RenderJson(Hashtable pModelResult) { List all_scenes = (List) pModelResult["hdata"]; Dictionary sdatadic = (Dictionary)pModelResult["simstats"]; OSDMap allStatsInfo = new OpenMetaverse.StructuredData.OSDMap(); foreach (USimStatsData sdata in sdatadic.Values) { OSDMap statsInfo = new OpenMetaverse.StructuredData.OSDMap(); string regionName = "unknown"; foreach (Scene sn in all_scenes) { if (sn.RegionInfo.RegionID == sdata.RegionId) { regionName = sn.RegionInfo.RegionName; break; } } statsInfo.Add("region", new OSDString(regionName)); statsInfo.Add("timeDilation", new OSDString(sdata.TimeDilation.ToString())); statsInfo.Add("simFPS", new OSDString(sdata.SimFps.ToString())); statsInfo.Add("physicsFPS", new OSDString(sdata.PhysicsFps.ToString())); statsInfo.Add("agentUpdates", new OSDString(sdata.AgentUpdates.ToString())); statsInfo.Add("rootAgents", new OSDString(sdata.RootAgents.ToString())); statsInfo.Add("childAgents", new OSDString(sdata.ChildAgents.ToString())); statsInfo.Add("totalPrims", new OSDString(sdata.TotalPrims.ToString())); statsInfo.Add("activePrims", new OSDString(sdata.ActivePrims.ToString())); statsInfo.Add("activeScripts", new OSDString(sdata.ActiveScripts.ToString())); statsInfo.Add("scriptLinesPerSec", new OSDString(sdata.ScriptLinesPerSecond.ToString())); statsInfo.Add("totalFrameTime", new OSDString(sdata.TotalFrameTime.ToString())); statsInfo.Add("agentFrameTime", new OSDString(sdata.AgentFrameTime.ToString())); statsInfo.Add("physicsFrameTime", new OSDString(sdata.PhysicsFrameTime.ToString())); statsInfo.Add("otherFrameTime", new OSDString(sdata.OtherFrameTime.ToString())); statsInfo.Add("outPacketsPerSec", new OSDString(sdata.OutPacketsPerSecond.ToString())); statsInfo.Add("inPacketsPerSec", new OSDString(sdata.InPacketsPerSecond.ToString())); statsInfo.Add("unackedByptes", new OSDString(sdata.UnackedBytes.ToString())); statsInfo.Add("pendingDownloads", new OSDString(sdata.PendingDownloads.ToString())); statsInfo.Add("pendingUploads", new OSDString(sdata.PendingUploads.ToString())); allStatsInfo.Add(regionName, statsInfo); } return allStatsInfo.ToString(); } #endregion } }