public void RegisterThreadLocalCleanupBean(IThreadLocalCleanupBean threadLocalCleanupBean)
{
Lock writeLock = listeners.GetWriteLock();
writeLock.Lock();
try
{
listeners.Register(threadLocalCleanupBean);
cachedForkStateEntries = null;
IServiceContext currentBeanContext = BeanContextInitializer.GetCurrentBeanContext();
if (currentBeanContext != null)
{
extensionToContextMap.Put(threadLocalCleanupBean, new WeakReference(currentBeanContext));
if (alreadyHookedContextSet.PutIfNotExists(currentBeanContext, null))
{
ParamHolder <bool?> inactive = new ParamHolder <bool?>();
currentBeanContext.RegisterDisposeHook(new IBackgroundWorkerParamDelegate <IServiceContext>(delegate(IServiceContext state)
{
if (inactive.Value.HasValue && inactive.Value.Value)
{
return;
}
foreignContextHook(state);
}));
alreadyHookedContextSet.Put(currentBeanContext, inactive);
}
}
}
finally
{
writeLock.Unlock();
}
}
public static void LoadHolders(object obj, List <ParamHolder> res, string prefix)
{
int position = 0;
foreach (PropertyInfo prop in obj.GetType().GetProperties())
{
foreach (CommandLineParameterAttribute attr in prop.GetCustomAttributes(typeof(CommandLineParameterAttribute), true))
{
ParamHolder hld = new ParamHolder();
hld.m_attrib = attr;
hld.m_property = prop;
hld.m_object = obj;
hld.m_prefix = prefix;
if (attr.Positional)
{
hld.m_position = position;
position++;
}
res.Add(hld);
}
foreach (CommandLineParameterCollectionAttribute attr in prop.GetCustomAttributes(typeof(CommandLineParameterCollectionAttribute), true))
{
object pval = prop.GetGetMethod().Invoke(obj, new object[] { });
LoadHolders(pval, res, attr.Prefix != null ? (prefix ?? "") + attr.Prefix : prefix);
}
}
}
private T[] GetDefaultInfoFull <T>(CCTVInfoType type)
{
checkRegister(type);
ParamHolder <T> ph = _syncParams[type] as ParamHolder <T>;
checkUpdate(ph);
return(ph.Sync.Values.ToArray());
}
public ParamHolder DatasToBookmark()
{
ParamHolder result = new ParamHolder();
result.Set("posX", Datas.GetString("posX"));
result.Set("posY", Datas.GetString("posY"));
result.Set("posZ", Datas.GetString("posZ"));
return(result);
}
/// <summary>
/// 手动刷新用户自定义注册的信息。
/// </summary>
/// <typeparam name="T"></typeparam>
public void UpdateRegistered <T>()
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
holder.Sync.GetUpdate();
}
}
private T GetDefaultInfo <T>(CCTVInfoType type, string key)
{
checkRegister(type);
ParamHolder <T> ph = _syncParams[type] as ParamHolder <T>;
checkUpdate(ph);
T value;
ph.Sync.TryGetValue(key, out value);
return(value);
}
public void UnregisterSynchronizer <T>()
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
holder.Sync.Dispose();
_dictSyncs.Remove(t);
}
}
protected ICUDResult MergeCudResult(ICUDResult cudResult, ICUDResult explAndImplCudResult, Object implyingHandle,
ParamHolder <Boolean> hasAtLeastOneImplicitChange, IncrementalMergeState state)
{
if (explAndImplCudResult == null || Object.ReferenceEquals(cudResult, explAndImplCudResult))
{
return(cudResult);
}
ICUDResult diffCUDResult = CudResultComparer.DiffCUDResult(cudResult, explAndImplCudResult);
if (diffCUDResult == null)
{
return(cudResult);
}
hasAtLeastOneImplicitChange.Value = true;
CudResultApplier.ApplyCUDResultOnEntitiesOfCache(diffCUDResult, false, state);
if (Log.DebugEnabled)
{
Object currHandle = implyingHandle;
if (currHandle is IProxyTargetAccessor)
{
IInterceptor interceptor = ((IProxyTargetAccessor)currHandle).GetInterceptors()[0];
while (interceptor is CascadedInterceptor)
{
Object target = ((CascadedInterceptor)interceptor).Target;
if (target is IInterceptor)
{
interceptor = ((IInterceptor)target);
continue;
}
currHandle = target;
break;
}
}
if (currHandle == null)
{
currHandle = implyingHandle;
}
if (CudResultPrinter != null)
{
Log.Debug("Incremental merge [" + RuntimeHelpers.GetHashCode(state) + "] (" + currHandle.GetType().Name + "):\n"
+ CudResultPrinter.PrintCUDResult(diffCUDResult, state));
}
else
{
Log.Debug("Incremental merge [" + RuntimeHelpers.GetHashCode(state) + "] (" + currHandle.GetType().Name + "). No Details printable");
}
}
return(explAndImplCudResult);
}
public List <string> GetAttributes()
{
List <string> attrs = new List <string>();
List <string> paramHolders = new List <string>(ParamHolder.Split(','));
for (int i = 0; i < paramHolders.Count; i++)
{
paramHolders[i] = paramHolders[i].Trim();
}
if (Split)
{
if (paramHolders.Count < 2)
{
paramHolders.Add(paramHolders[0]);
}
if (paramHolders[0].Contains("."))
{
attrs.Add(paramHolders[0].Replace("$NAME", ExposedName).Replace("$SIDE", "Left"));
}
else
{
attrs.Add(string.Format("{0}.Left_{1}", paramHolders[0].Replace("$NAME", ExposedName).Replace("$SIDE", "Left"), ExposedName));
}
if (paramHolders[1].Contains("."))
{
attrs.Add(paramHolders[1].Replace("$NAME", ExposedName).Replace("$SIDE", "Right"));
}
else
{
attrs.Add(string.Format("{0}.Right_{1}", paramHolders[1].Replace("$NAME", ExposedName).Replace("$SIDE", "Right"), ExposedName));
}
}
else
{
if (paramHolders[0].Contains("."))
{
attrs.Add(paramHolders[0].Replace("$NAME", ExposedName).Replace("$SIDE_", string.Empty).Replace("$SIDE", string.Empty));
}
else
{
attrs.Add(string.Format("{0}.{1}", paramHolders[0].Replace("$NAME", ExposedName).Replace("$SIDE_", string.Empty).Replace("$SIDE", string.Empty), ExposedName));
}
}
return(attrs);
}
private void PutDefaultInfo <T>(CCTVInfoType type, string key, T info, bool isDeleted)
{
checkRegister(type);
ParamHolder <T> ph = _syncParams[type] as ParamHolder <T>;
ph.Sync.PutUpdate(new List <ObjectItem <T> >()
{
new ObjectItem <T>()
{
Key = key,
IsDeleted = isDeleted,
Item = info
}
});
}
public void RegisterSynchronizer <T>(SyncParams <T> param)
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
holder.Sync.Dispose();
}
StaticInfoSynchronizer <T> newSync = new StaticInfoSynchronizer <T>(_baseAddress, param.Section, param.Interval, param.SavePath, param.OnUpdate);
_dictSyncs[t] = new ParamHolder <T>()
{
Sync = newSync,
Param = param
};
}
public T[] GetAllRegisteredInfos <T>()
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
if (!holder.HasUpdated())
{
holder.Update();
}
return(holder.Sync.Values.ToArray());
}
else
{
throw new InvalidOperationException("尚未注册此类型的刷新服务:" + t);
}
}
public T GetRegisteredInfo <T>(string key)
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
if (!holder.HasUpdated())
{
holder.Update();
}
T value = default(T);
holder.Sync.TryGetValue(key, out value);
return(value);
}
else
{
throw new InvalidOperationException("尚未注册此类型的刷新服务:" + t);
}
}
public void PutRegisteredInfo <T>(string key, T info, bool isDeleted)
{
Type t = typeof(T);
if (_dictSyncs.ContainsKey(t))
{
ParamHolder <T> holder = _dictSyncs[t] as ParamHolder <T>;
holder.Sync.PutUpdate(new List <ObjectItem <T> >()
{
new ObjectItem <T>()
{
Key = key,
IsDeleted = isDeleted,
Item = info
}
});
}
else
{
throw new InvalidOperationException("尚未注册此类型的刷新服务:" + t);
}
}
protected ICUDResult WhatIfMerged(ICUDResult cudResult, IMethodDescription methodDescription, List <MergeOperation> mergeOperationSequence,
IncrementalMergeState incrementalState)
{
IList <MergeOperation> lastMergeOperationSequence;
while (true)
{
IMap <Type, IList <IChangeContainer> > sortedChanges = BucketSortChanges(cudResult.AllChanges);
lastMergeOperationSequence = CreateMergeOperationSequence(sortedChanges);
ParamHolder <bool> hasAtLeastOneImplicitChange = new ParamHolder <bool>(false);
IList <MergeOperation> fLastMergeOperationSequence = lastMergeOperationSequence;
cudResult = CacheContext.ExecuteWithCache(incrementalState.GetStateCache(), delegate(ICUDResult cudResult2)
{
for (int a = 0, size = fLastMergeOperationSequence.Count; a < size; a++)
{
MergeOperation mergeOperation = fLastMergeOperationSequence[a];
IMergeServiceExtension mergeServiceExtension = mergeOperation.MergeServiceExtension;
ICUDResult explAndImplCudResult = mergeServiceExtension.EvaluateImplicitChanges(cudResult2, incrementalState);
cudResult2 = MergeCudResult(cudResult2, explAndImplCudResult, mergeServiceExtension, hasAtLeastOneImplicitChange,
incrementalState);
}
return(cudResult2);
}, cudResult);
foreach (IMergeListener mergeListener in mergeListeners.GetExtensions())
{
ICUDResult explAndImplCudResult = mergeListener.PreMerge(cudResult, incrementalState.GetStateCache());
cudResult = MergeCudResult(cudResult, explAndImplCudResult, mergeListener, hasAtLeastOneImplicitChange, incrementalState);
}
if (!hasAtLeastOneImplicitChange.Value)
{
break;
}
}
mergeOperationSequence.AddRange(lastMergeOperationSequence);
return(cudResult);
}
public void RegisterDefault(CCTVInfoType type, TimeSpan interval, SyncUpdateHandler updateHandler, string savePath)
{
if (_syncParams.ContainsKey(type))
{
IDisposable dis = _syncParams[type] as IDisposable;
dis.Dispose();
}
switch (type)
{
case CCTVInfoType.TargetTrackInfo:
{
SyncParams <CCTVTargetTrack> sp = new SyncParams <CCTVTargetTrack>(DefaultSections.TargetTrackInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVTargetTrack> sync = new StaticInfoSynchronizer <CCTVTargetTrack>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVTargetTrack>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.VideoAnalyzeInfo:
{
SyncParams <CCTVVideoAnalyze> sp = new SyncParams <CCTVVideoAnalyze>(DefaultSections.VideoAnalyzeInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVVideoAnalyze> sync = new StaticInfoSynchronizer <CCTVVideoAnalyze>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVVideoAnalyze>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.VideoTrackInfo:
{
SyncParams <CCTVVideoTrack> sp = new SyncParams <CCTVVideoTrack>(DefaultSections.VideoTrackInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVVideoTrack> sync = new StaticInfoSynchronizer <CCTVVideoTrack>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVVideoTrack>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.CameraLimitsInfo:
{
SyncParams <CCTVCameraLimits> sp = new SyncParams <CCTVCameraLimits>(DefaultSections.CameraLimitsInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVCameraLimits> sync = new StaticInfoSynchronizer <CCTVCameraLimits>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVCameraLimits>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.DynamicInfo:
{
SyncParams <CCTVDynamicInfo> sp = new SyncParams <CCTVDynamicInfo>(DefaultSections.DynamicInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVDynamicInfo> sync = new StaticInfoSynchronizer <CCTVDynamicInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVDynamicInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.GlobalInfo:
{
SyncParams <CCTVGlobalInfo> sp = new SyncParams <CCTVGlobalInfo>(DefaultSections.GlobalInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVGlobalInfo> sync = new StaticInfoSynchronizer <CCTVGlobalInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVGlobalInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.HierarchyInfo:
{
SyncParams <CCTVHierarchyInfo> sp = new SyncParams <CCTVHierarchyInfo>(HierarchyInfoUtil.CreateSection("Default"), interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVHierarchyInfo> sync = new StaticInfoSynchronizer <CCTVHierarchyInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVHierarchyInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.LogicalTree:
{
SyncParams <CCTVLogicalTree> sp = new SyncParams <CCTVLogicalTree>(DefaultSections.LogicalTree, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVLogicalTree> sync = new StaticInfoSynchronizer <CCTVLogicalTree>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVLogicalTree>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.OnlineStatus:
{
SyncParams <CCTVOnlineStatus> sp = new SyncParams <CCTVOnlineStatus>(DefaultSections.OnlineStatus, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVOnlineStatus> sync = new StaticInfoSynchronizer <CCTVOnlineStatus>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVOnlineStatus>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.ServerInfo:
{
SyncParams <CCTVServerInfo> sp = new SyncParams <CCTVServerInfo>(DefaultSections.ServerInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVServerInfo> sync = new StaticInfoSynchronizer <CCTVServerInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVServerInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.StaticInfo:
{
SyncParams <CCTVStaticInfo> sp = new SyncParams <CCTVStaticInfo>(DefaultSections.StaticInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVStaticInfo> sync = new StaticInfoSynchronizer <CCTVStaticInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVStaticInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.ControlConfig:
{
SyncParams <CCTVControlConfig> sp = new SyncParams <CCTVControlConfig>(DefaultSections.ControlConfig, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVControlConfig> sync = new StaticInfoSynchronizer <CCTVControlConfig>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVControlConfig>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.DeviceInfo:
{
SyncParams <CCTVDeviceInfo> sp = new SyncParams <CCTVDeviceInfo>(DefaultSections.DeviceInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVDeviceInfo> sync = new StaticInfoSynchronizer <CCTVDeviceInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVDeviceInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.UserInfo:
{
SyncParams <CCTVUserInfo> sp = new SyncParams <CCTVUserInfo>(DefaultSections.UserInfo, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVUserInfo> sync = new StaticInfoSynchronizer <CCTVUserInfo>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVUserInfo>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.Privilege:
{
SyncParams <CCTVPrivilege> sp = new SyncParams <CCTVPrivilege>(DefaultSections.Privilege, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVPrivilege> sync = new StaticInfoSynchronizer <CCTVPrivilege>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVPrivilege>()
{
Sync = sync,
Param = sp
};
}
break;
case CCTVInfoType.UserPrivilege:
{
{
SyncParams <CCTVUserPrivilege> sp = new SyncParams <CCTVUserPrivilege>(DefaultSections.UserPrivilege, interval, updateHandler, savePath);
StaticInfoSynchronizer <CCTVUserPrivilege> sync = new StaticInfoSynchronizer <CCTVUserPrivilege>(_baseAddress, sp.Section, sp.Interval, sp.SavePath, sp.OnUpdate);
_syncParams[type] = new ParamHolder <CCTVUserPrivilege>()
{
Sync = sync,
Param = sp
};
}
}
break;
default:
break;
}
}
public PointOfInterest(int id, int sector)
{
ID = id;
Sector = sector;
Datas = new ParamHolder();
}
