public void UnionCachePath(AppendableCachePath cachePath, AppendableCachePath other)
{
CHashSet <AppendableCachePath> otherChildren = other.children;
if (otherChildren == null)
{
// fast case 1
return;
}
CHashSet <AppendableCachePath> children = cachePath.children;
if (children == null)
{
// fast case 2
cachePath.children = otherChildren;
return;
}
foreach (AppendableCachePath otherCachePath in otherChildren)
{
if (children.Add(otherCachePath))
{
continue;
}
UnionCachePath(children.Get(otherCachePath), otherCachePath);
}
}
static AbstractBeanConfiguration()
{
//ignoreClassNames.Add(Thread.class.getName());
ignoreClassNames.Add(typeof(AbstractBeanConfiguration).FullName);
ignoreClassNames.Add(typeof(AbstractPropertyConfiguration).FullName);
ignoreClassNames.Add(typeof(BeanConfiguration).FullName);
ignoreClassNames.Add(typeof(BeanContextFactory).FullName);
ignoreClassNames.Add(typeof(BeanInstanceConfiguration).FullName);
ignoreClassNames.Add(typeof(BeanRuntime <>).FullName);
ignoreClassNames.Add(typeof(LinkConfiguration <>).FullName);
ignoreClassNames.Add(typeof(LinkController).FullName);
ignoreClassNames.Add(typeof(ServiceContext).FullName);
}
public IServiceResult GetORIsOfService(IServiceDescription serviceDescription, ExecuteServiceDelegate executeServiceDelegate)
{
if (!UseResultCache)
{
return(executeServiceDelegate.Invoke(serviceDescription));
}
ServiceResultCacheKey key = BuildKey(serviceDescription);
IServiceResult serviceResult;
lock (serviceCallToPendingResult)
{
serviceResult = serviceCallToResult.Get(key);
if (serviceResult != null)
{
return(CreateServiceResult(serviceResult));
}
while (serviceCallToPendingResult.Contains(key))
{
Monitor.Wait(serviceCallToPendingResult);
}
serviceResult = serviceCallToResult.Get(key);
if (serviceResult != null)
{
return(CreateServiceResult(serviceResult));
}
serviceCallToPendingResult.Add(key);
}
bool success = false;
try
{
if (SecurityActivation != null)
{
serviceResult = SecurityActivation.ExecuteWithoutFiltering(new IResultingBackgroundWorkerDelegate <IServiceResult>(delegate()
{
return(executeServiceDelegate.Invoke(serviceDescription));
}));
}
else
{
serviceResult = executeServiceDelegate.Invoke(serviceDescription);
}
success = true;
}
finally
{
lock (serviceCallToPendingResult)
{
serviceCallToPendingResult.Remove(key);
if (success)
{
serviceCallToResult.Put(key, serviceResult);
}
Monitor.PulseAll(serviceCallToPendingResult);
}
}
return(CreateServiceResult(serviceResult));
}
static void Main()
{
var hashSet = new CHashSet<int>();
hashSet.Add(1);
hashSet.Add(1);
hashSet.Add(2);
hashSet.Add(1);
foreach (var item in hashSet)
{
Console.Write(item + " ");
}
Console.WriteLine();
hashSet.Remove(1);
foreach (var item in hashSet)
{
Console.Write(item + " ");
}
Console.WriteLine();
var secondHashSet = new CHashSet<int>();
secondHashSet.Add(3);
secondHashSet.Add(4);
secondHashSet.Add(2);
var unionTest = hashSet.Union(secondHashSet);
foreach (var item in unionTest)
{
Console.Write(item + " ");
}
Console.WriteLine();
var intersectTest = hashSet.Intersect(secondHashSet);
foreach (var item in intersectTest)
{
Console.Write(item + " ");
}
}
public override void Visit(TypeAttributes access, String name, Type superName, Type[] interfaces)
{
Type originalType = State.OriginalType;
access &= ~TypeAttributes.Abstract;
access &= ~TypeAttributes.Interface;
if (originalType.IsInterface)
{
CHashSet <Type> interfaceSet = new CHashSet <Type>(interfaces);
interfaceSet.Add(originalType);
interfaces = interfaceSet.ToArray();
}
base.Visit(access, name, superName, interfaces);
}
protected void CleanupSecondLevelCaches(CacheDependencyNode node, IList <IObjRef> deletesList, IList <IDataChangeEntry> updates,
CHashSet <Type> occuringTypes)
{
List <IObjRef> objRefsRemovePriorVersions = new List <IObjRef>(updates.Count);
for (int a = updates.Count; a-- > 0;)
{
IDataChangeEntry updateEntry = updates[a];
Type entityType = updateEntry.EntityType;
occuringTypes.Add(entityType);
objRefsRemovePriorVersions.Add(new ObjRef(entityType, updateEntry.IdNameIndex, updateEntry.Id, updateEntry.Version));
}
CleanupSecondLevelCachesIntern(node, deletesList, objRefsRemovePriorVersions);
}
public PrefetchPath CopyAppendableToCachePath(AppendableCachePath cachePath)
{
PrefetchPath[] clonedChildren = CopyAppendableToCachePath(cachePath.children);
if (clonedChildren == null)
{
return(new PrefetchPath(cachePath.memberType, cachePath.memberIndex, cachePath.memberName, clonedChildren, new Type[0]));
}
CHashSet <Type> memberTypesOnDescendants = new CHashSet <Type>();
foreach (PrefetchPath clonedChild in clonedChildren)
{
memberTypesOnDescendants.Add(clonedChild.memberType);
memberTypesOnDescendants.AddAll(clonedChild.memberTypesOnDescendants);
}
return(new PrefetchPath(cachePath.memberType, cachePath.memberIndex, cachePath.memberName, clonedChildren,
memberTypesOnDescendants.ToArray()));
}
static AbstractPropertyConfiguration()
{
//ignoreClassNames.Add(typeof(Thread)..class.getName());
ignoreClassNames.Add(typeof(AbstractPropertyConfiguration).FullName);
ignoreClassNames.Add(typeof(BeanContextFactory).FullName);
ignoreClassNames.Add(typeof(LinkController).FullName);
ignoreClassNames.Add(typeof(PropertyEmbeddedRefConfiguration).FullName);
ignoreClassNames.Add(typeof(PropertyRefConfiguration).FullName);
ignoreClassNames.Add(typeof(PropertyValueConfiguration).FullName);
ignoreClassNames.AddAll(AbstractBeanConfiguration.ignoreClassNames);
}
public AppendableCachePath CopyCachePathToAppendable(PrefetchPath cachePath)
{
PrefetchPath[] children = cachePath.children;
CHashSet <AppendableCachePath> clonedChildren = null;
if (children != null)
{
clonedChildren = CHashSet <AppendableCachePath> .Create(children.Length);
for (int a = children.Length; a-- > 0;)
{
clonedChildren.Add(CopyCachePathToAppendable(children[a]));
}
}
AppendableCachePath clonedCachePath = new AppendableCachePath(cachePath.memberType, cachePath.memberIndex, cachePath.memberName);
clonedCachePath.children = clonedChildren;
return(clonedCachePath);
}
public ISet <IObjRef> lookForIntermediateDeletes()
{
CHashSet <IObjRef> intermediateDeletes = new CHashSet <IObjRef>();
// Hold cache values as hard ref to prohibit cache loss due to GC
IList <IObjRef> hardRefRequest = hardRefObjRefsToLoad.ToList();
IList <Object> hardRefResult = rootCache.GetObjects(hardRefRequest, cacheValueResultAndReturnMissesSet);
for (int a = hardRefResult.Count; a-- > 0;)
{
Object hardRef = hardRefResult[a];
if (hardRef != null)
{
continue;
}
// Objects are marked as UPDATED in the DCE, but could not be newly retrieved from the server
// This occurs if a fast DELETE event on the server happened but has not been processed, yet
IObjRef hardRefObjRefToLoad = hardRefRequest[a];
intermediateDeletes.Add(hardRefObjRefToLoad);
}
this.privilegedHardRefResult = hardRefResult;
RemoveNotFoundObjRefs(intermediateDeletes.ToArray());
return(intermediateDeletes);
}
protected Type CreateGpType(AccessorClassLoader loader, Type proxyType, Type[] additionalProxyTypes, String className)
{
String classNameInternal = className.Replace('.', '/');
Type abstractType = typeof(GCProxy);
List <Type> interfaceClasses = new List <Type>();
interfaceClasses.Add(proxyType);
foreach (Type additionalProxyType in additionalProxyTypes)
{
interfaceClasses.Add(additionalProxyType);
}
TypeBuilder cw = loader.CreateNewType(TypeAttributes.Public, classNameInternal, abstractType, Type.EmptyTypes);
{
ConstructorInfo baseConstructor = abstractType.GetConstructor(BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic, null, new Type[] { typeof(Object), typeof(IDisposable) }, null);
if (baseConstructor == null)
{
throw new Exception("Constructor not found: " + abstractType.FullName);
}
ILGenerator mv = cw.DefineConstructor(MethodAttributes.Public, CallingConventions.HasThis, TypeUtil.GetParameterTypesToTypes(baseConstructor.GetParameters())).GetILGenerator();
mv.Emit(OpCodes.Ldarg_0);
mv.Emit(OpCodes.Ldarg_1);
mv.Emit(OpCodes.Ldarg_2);
mv.Emit(OpCodes.Call, baseConstructor);
mv.Emit(OpCodes.Ret);
}
{
ConstructorInfo baseConstructor = abstractType.GetConstructor(BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic, null, new Type[] { typeof(IDisposable) }, null);
if (baseConstructor == null)
{
throw new Exception("Constructor not found: " + abstractType.FullName);
}
ILGenerator mv = cw.DefineConstructor(MethodAttributes.Public, CallingConventions.HasThis, TypeUtil.GetParameterTypesToTypes(baseConstructor.GetParameters())).GetILGenerator();
mv.Emit(OpCodes.Ldarg_0);
mv.Emit(OpCodes.Ldarg_1);
mv.Emit(OpCodes.Call, baseConstructor);
mv.Emit(OpCodes.Ret);
}
MethodInfo targetMethod = ReflectUtil.GetDeclaredMethod(false, typeof(GCProxy), typeof(Object), "ResolveTarget");
CHashSet <MethodInfo> alreadyImplementedMethods = new CHashSet <MethodInfo>();
foreach (Type interfaceClass in interfaceClasses)
{
MethodInfo[] methods = interfaceClass.GetMethods();
foreach (MethodInfo method in methods)
{
if (GCProxy.disposeMethod.Equals(method))
{
// will remain implemented by the GCProxy class
continue;
}
if (!alreadyImplementedMethods.Add(method))
{
continue;
}
MethodAttributes attributes = 0;
Type[] paramTypes = TypeUtil.GetParameterTypesToTypes(method.GetParameters());
ILGenerator mv = cw.DefineMethod(method.Name, attributes, CallingConventions.HasThis, method.ReturnType, paramTypes).GetILGenerator();
mv.Emit(OpCodes.Ldarg_0);
mv.Emit(OpCodes.Callvirt, targetMethod);
mv.Emit(OpCodes.Castclass, method.DeclaringType);
for (int a = 0, size = paramTypes.Length; a < size; a++)
{
mv.Emit(OpCodes.Ldarg, a + 1);
}
mv.Emit(OpCodes.Callvirt, method);
mv.Emit(OpCodes.Ret);
}
}
return(loader.GetType(classNameInternal, cw));
}
protected IOriCollection Intern(ICUDResult cudResult, IMethodDescription methodDescription, IList <MergeOperation> mergeOperationSequence,
IncrementalMergeState state)
{
IList <IChangeContainer> allChanges = cudResult.AllChanges;
IList <Object> originalRefs = cudResult.GetOriginalRefs();
IdentityHashMap <IChangeContainer, int> changeToChangeIndexDict = new IdentityHashMap <IChangeContainer, int>();
for (int a = allChanges.Count; a-- > 0;)
{
changeToChangeIndexDict.Put(allChanges[a], a);
}
IObjRef[] objRefs = new IObjRef[allChanges.Count];
long[] allChangedOn = new long[allChanges.Count];
String[] allChangedBy = new String[allChanges.Count];
CHashSet <long> changedOnSet = new CHashSet <long>();
CHashSet <String> changedBySet = new CHashSet <String>();
for (int a = 0, size = mergeOperationSequence.Count; a < size; a++)
{
MergeOperation mergeOperation = mergeOperationSequence[a];
IMergeServiceExtension mergeServiceExtension = mergeOperation.MergeServiceExtension;
IList <IChangeContainer> changesForMergeService = mergeOperation.ChangeContainer;
ICUDResult msCudResult = BuildCUDResult(changesForMergeService, changeToChangeIndexDict, originalRefs);
IOriCollection msOriCollection = mergeServiceExtension.Merge(msCudResult, methodDescription);
MergeController.ApplyChangesToOriginals(msCudResult, msOriCollection, state.GetStateCache());
IList <IObjRef> allChangeORIs = msOriCollection.AllChangeORIs;
long? msDefaultChangedOn = msOriCollection.ChangedOn;
String msDefaultChangedBy = msOriCollection.ChangedBy;
long[] msAllChangedOn = msOriCollection.AllChangedOn;
String[] msAllChangedBy = msOriCollection.AllChangedBy;
for (int b = changesForMergeService.Count; b-- > 0;)
{
int index = changeToChangeIndexDict.Get(changesForMergeService[b]);
objRefs[index] = allChangeORIs[b];
if (msAllChangedOn != null)
{
long msChangedOn = msAllChangedOn[b];
allChangedOn[index] = msChangedOn;
changedOnSet.Add(msChangedOn);
}
else
{
allChangedOn[index] = msDefaultChangedOn.Value;
}
if (msAllChangedBy != null)
{
String msChangedBy = msAllChangedBy[b];
allChangedBy[index] = msChangedBy;
changedBySet.Add(msChangedBy);
}
else
{
allChangedBy[index] = msDefaultChangedBy;
}
}
if (msDefaultChangedOn != null)
{
changedOnSet.Add(msDefaultChangedOn.Value);
}
if (msDefaultChangedBy != null)
{
changedBySet.Add(msDefaultChangedBy);
}
}
OriCollection oriCollection = new OriCollection();
oriCollection.AllChangeORIs = new List <IObjRef>(objRefs);
if (changedBySet.Count == 1)
{
Iterator <String> iter = changedBySet.Iterator();
iter.MoveNext();
oriCollection.ChangedBy = iter.Current;
}
else
{
oriCollection.AllChangedBy = allChangedBy;
}
if (changedOnSet.Count == 1)
{
Iterator <long> iter = changedOnSet.Iterator();
iter.MoveNext();
oriCollection.ChangedOn = iter.Current;
}
else
{
oriCollection.AllChangedOn = allChangedOn;
}
foreach (IMergeListener mergeListener in mergeListeners.GetExtensions())
{
mergeListener.PostMerge(cudResult, objRefs);
}
if (originalRefs != null)
{
// Set each original ref to null in order to suppress a post-processing in a potentially calling IMergeProcess
for (int a = originalRefs.Count; a-- > 0;)
{
originalRefs[a] = null;
}
}
// TODO DCE must be fired HERE <---
return(oriCollection);
}
protected void DataChangedIntern(IDataChange dataChange, IList <Object> pausedEventTargets, IProcessResumeItem processResumeItem, CacheDependencyNode rootNode)
{
try
{
bool isLocalSource = dataChange.IsLocalSource;
IList <IDataChangeEntry> deletes = dataChange.Deletes;
IList <IDataChangeEntry> updates = dataChange.Updates;
IList <IDataChangeEntry> inserts = dataChange.Inserts;
CHashSet <Type> occuringTypes = new CHashSet <Type>();
CHashSet <IObjRef> deletesSet = new CHashSet <IObjRef>();
CHashSet <Type> directRelatingTypes = new CHashSet <Type>();
bool acquirementSuccessful = rootNode.rootCache.AcquireHardRefTLIfNotAlready();
try
{
for (int a = deletes.Count; a-- > 0;)
{
IDataChangeEntry deleteEntry = deletes[a];
Type entityType = deleteEntry.EntityType;
occuringTypes.Add(entityType);
if (deleteEntry is DirectDataChangeEntry)
{
// Ignore delete entries of unpersisted objects here
continue;
}
ObjRef tempORI = new ObjRef(entityType, deleteEntry.IdNameIndex, deleteEntry.Id, deleteEntry.Version);
deletesSet.Add(tempORI);
}
// Remove items from the cache only if they are really deleted/updates by a remote event
// And not 'simulated' by a local source
bool cleanupSecondLevelCaches = false;
if (pausedEventTargets != null && (deletes.Count > 0 || updates.Count > 0) && !isLocalSource)
{
cleanupSecondLevelCaches = true;
}
else if (updates.Count > 0)
{
for (int a = updates.Count; a-- > 0;)
{
IDataChangeEntry updateEntry = updates[a];
Type entityType = updateEntry.EntityType;
occuringTypes.Add(entityType);
}
}
for (int a = inserts.Count; a-- > 0;)
{
IDataChangeEntry insertEntry = inserts[a];
Type entityType = insertEntry.EntityType;
occuringTypes.Add(entityType);
}
EnsureMetaDataIsLoaded(occuringTypes, directRelatingTypes);
if (cleanupSecondLevelCaches)
{
CleanupSecondLevelCaches(rootNode, deletesSet.ToList(), updates, occuringTypes);
}
BuildCacheChangeItems(rootNode, dataChange);
rootNode.AggregateAllCascadedObjRefs();
ISet <IObjRef> intermediateDeletes = rootNode.lookForIntermediateDeletes();
ChangeSecondLevelCache(rootNode);
if (rootNode.IsPendingChangeOnAnyChildCache())
{
GuiThreadHelper.InvokeInGuiAndWait(delegate()
{
bool oldFailEarlyModeActive = AbstractCache.FailInCacheHierarchyModeActive;
AbstractCache.FailInCacheHierarchyModeActive = true;
try
{
ChangeFirstLevelCaches(rootNode, intermediateDeletes);
}
finally
{
AbstractCache.FailInCacheHierarchyModeActive = oldFailEarlyModeActive;
}
});
}
}
finally
{
rootNode.rootCache.ClearHardRefs(acquirementSuccessful);
}
}
finally
{
if (processResumeItem != null)
{
processResumeItem.ResumeProcessingFinished();
}
}
}
/// <exception cref="Exception">Thrown when TargetField attribute cannot be found in the property</exception>
/// <exception cref="InvalidOperationException">Thrown when try to invalid operation</exception>
/// <summary>
/// Create an interface implementation for dynamic type <paramref name="t"/>
/// </summary>
/// <typeparam name="T">Interface type</typeparam>
/// <param name="t">
/// Find only public static fields and methods
/// Using static types(as opposed to dynamic types) is inefficient
/// </param>
/// <returns>Is not null if the method succeeds</returns>
public static T Make <T>(Type t) where T : class
{
Type temp = typeof(T);
if (!temp.IsInterface || temp.IsNotPublic || t == null || !(t.IsAbstract && t.IsSealed))
{
return(null);
}
if (cached.TryGetValue(t, out object obj))
{
return((T)obj);
}
PropertyInfo[] implPpt = temp.GetProperties(flag_i);
SpMI[] impl = Array.ConvertAll(temp.GetMethods(flag_i), CONV_SPI);
OnlyMI[] code = Array.ConvertAll(t.GetMethods(flag_s), CONV_OMI);
int init_x = impl.Length;
int init_p = implPpt.Length;
if (init_x == 0 && init_p == 0)
{
return(null);
}
CHashSet <int> xdone =
init_x == 0
? null
: new CHashSet <int>(init_x);
StringBuilder sb = new StringBuilder(t.FullName);
sb.Append("__ClassWrapper__");
sb.Append(cached.Count);
TypeBuilder tb = mdb.DefineType(sb.ToString(), tattrb, null, new Type[1] {
temp
});
int clen = code.Length;
int z = 0;
for (; z < init_x; z++)
{
SilmMI k = impl[z];
int x = clen;
while (--x >= 0)
{
if (code[x].Equals(k) && xdone.Add(x))
{
SomeMethod(tb, k, code[x]);
break;
}
}
}
if (xdone != null && init_x != xdone.Count)
{
throw new InvalidOperationException("Some methods could not be implemented", GETMOREINFO(temp, init_x, xdone));
}
for (z = 0; z < init_p; z++)
{
if (implPpt[z].GetCustomAttribute <TargetFieldAttribute>() is TargetFieldAttribute tfa)
{
PropertyInfo pp = implPpt[z];
temp = pp.PropertyType;
if (tfa.refm ^ temp.IsByRef)
{
throw new InvalidOperationException("Incorrect attribute declare", GETMOREINFO(temp.IsByRef));
}
else if (pp.GetSetMethod() != null)
{
throw new InvalidOperationException("use ref return type instead of set accessor", GETMOREINFO());
}
if (t.GetField(pp.GetCustomAttribute <TargetFunctionAttribute>()?.name ?? tfa.name, flag_sa) is FieldInfo fd)
{
FieldMethod(tb, pp.GetGetMethod(false), fd, tfa.refm);
}
else
{
throw new InvalidOperationException($"Field not found: {tfa.name}");
}
}
else
{
throw new Exception("Missing attribute");
}
}
obj = FormatterServices.GetUninitializedObject(tb.CreateType());
cached.Add(t, obj);
return((T)obj);
}
static ImmutableTypeSet()
{
wrapperTypesMap.Put(typeof(Int64?), typeof(Int64));
wrapperTypesMap.Put(typeof(UInt64?), typeof(UInt64));
wrapperTypesMap.Put(typeof(Int32?), typeof(Int32));
wrapperTypesMap.Put(typeof(UInt32?), typeof(UInt32));
wrapperTypesMap.Put(typeof(Int16?), typeof(Int16));
wrapperTypesMap.Put(typeof(UInt16?), typeof(UInt16));
wrapperTypesMap.Put(typeof(Byte?), typeof(Byte));
wrapperTypesMap.Put(typeof(SByte?), typeof(SByte));
wrapperTypesMap.Put(typeof(Double?), typeof(Double));
wrapperTypesMap.Put(typeof(Single?), typeof(Single));
wrapperTypesMap.Put(typeof(Char?), typeof(Char));
wrapperTypesMap.Put(typeof(Boolean?), typeof(Boolean));
immutableTypeSet.Add(typeof(Int64));
immutableTypeSet.Add(typeof(Int64?));
immutableTypeSet.Add(typeof(Int32));
immutableTypeSet.Add(typeof(Int32?));
immutableTypeSet.Add(typeof(Int16));
immutableTypeSet.Add(typeof(Int16?));
immutableTypeSet.Add(typeof(UInt64));
immutableTypeSet.Add(typeof(UInt64?));
immutableTypeSet.Add(typeof(UInt32));
immutableTypeSet.Add(typeof(UInt32?));
immutableTypeSet.Add(typeof(UInt16));
immutableTypeSet.Add(typeof(UInt16?));
immutableTypeSet.Add(typeof(Byte));
immutableTypeSet.Add(typeof(Byte?));
immutableTypeSet.Add(typeof(SByte));
immutableTypeSet.Add(typeof(SByte?));
immutableTypeSet.Add(typeof(Char));
immutableTypeSet.Add(typeof(Char?));
immutableTypeSet.Add(typeof(Boolean));
immutableTypeSet.Add(typeof(Boolean?));
immutableTypeSet.Add(typeof(Double));
immutableTypeSet.Add(typeof(Double?));
immutableTypeSet.Add(typeof(Single));
immutableTypeSet.Add(typeof(Single?));
immutableTypeSet.Add(typeof(String));
immutableTypeSet.Add(typeof(Type));
immutableTypeSet.Add(typeof(void));
immutableTypeSet.Add(typeof(Regex));
immutableTypeSet.Add(typeof(Uri));
// In Java also: URL
immutableTypeSet.Add(typeof(File));
}
