/// <inheritdoc/>
public sealed override void OnSetValue(LocationInterceptionArgs args)
{
// ReSharper disable once ConditionIsAlwaysTrueOrFalse
if (this == null) //This is because of the case in TestPropertyAccessDuringConstructionReflection
{
args.ProceedSetValue();
return;
}
args.ProceedSetValue();
ReactiveManager.WasChanged(this);
}
public void OnFieldSet(LocationInterceptionArgs args)
{
if (this.fieldValueComparer.AreEqual(args.LocationFullName, args.GetCurrentValue(), args.Value))
{
args.ProceedSetValue();
return;
}
args.ProceedSetValue();
this.childPropertyChangedProcessor.HandleFieldChange(args);
PropertyChangesTracker.RaisePropertyChangedIfNeeded(args.Instance);
}
public override void OnSetValue(LocationInterceptionArgs args)
{
args.ProceedSetValue();
Console.WriteLine("Writing to registry");
Registry.SetValue(this.keyName, this.valueName, Convert.ToString(args.Value));
this.isFetched = true;
}
public void OnFieldSet(LocationInterceptionArgs args)
{
//If a thread-unsafe field is accessed in a way which ignores checks (e.g. from static method or other instance), an exception should be thrown
if (runningConstructors != null && runningConstructors.Contains(args.Instance))
{
return;
}
//Fields marked with ThreadSafe have already been exluded
object key = this.GetRunningThreadSafeMethodsKey(args.Instance, args.Location.DeclaringType);
if (IsContextThreadSafe(key))
{
return;
}
object sync = GetSyncObject(this.policy, args.Instance, args.Location.DeclaringType);
ThreadHandle threadHandle;
if (!locks.TryGetValue(sync, out threadHandle) || threadHandle.Thread != Thread.CurrentThread)
{
throw new LockNotHeldException(
"Fields not marked with ThreadSafe attribute can only be accessed from monitored ThreadUnsafe methods or methods marked as ThreadSafe.");
}
args.ProceedSetValue();
}
public void OnValueChange(LocationInterceptionArgs args)
{
if (!this.IsFrozen)
{
args.ProceedSetValue();
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
var fireEvents = EventSettings.BubblingEnabled && FireOnPropertyChange;
var instance = Instance;
var locationName = args.LocationName;
if (fireEvents)
{
EditActionAttribute.FireBeforeEventCall(instance, true);
OnEntityEventMethod(instance, new PropertyChangingEventArgs(locationName),
EntityEventType.PropertyChanging);
}
try
{
args.ProceedSetValue();
}
finally
{
if (fireEvents)
{
try
{
OnEntityEventMethod(instance, new PropertyChangedEventArgs(locationName),
EntityEventType.PropertyChanged);
}
finally
{
EditActionAttribute.FireAfterEventCall(instance, true, false);
}
}
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if (args.Value == args.GetCurrentValue())
{
return;
}
// Actually sets the value.
args.ProceedSetValue();
// Ignore properties with AutoDirtyIgnoreAttribute.
var propertyInfo = args.Location.PropertyInfo;
if (propertyInfo.GetCustomAttributes(typeof(AutoDirtyIgnoreAttribute), true).Any())
{
return;
}
if (Instance is IDirty dirtyObject)
{
dirtyObject.SetDirty();
}
}
/// <summary>
/// Method invoked <i>instead</i> of the <c>Get</c> semantic of the field or property to which the current aspect is applied,
/// i.e. when the value of this field or property is retrieved.
/// </summary>
/// <param name="args">Advice arguments.</param>
public override void OnGetValue(LocationInterceptionArgs args)
{
args.ProceedGetValue();
if (args.Value == null)
{
if (string.IsNullOrEmpty(this.Token))
{
if (string.IsNullOrEmpty(this.TokenProperty))
{
args.Value = IoC.Get(args.Location.LocationType);
}
else
{
object value = ObjectProxyFactory.Get(args.Instance).GetValue(args.Instance, this.TokenProperty);
if (value == null)
{
args.Value = IoC.Get(args.Location.LocationType);
}
else
{
args.Value = IoC.Get(args.Location.LocationType, value.ToString());
}
}
}
else
{
args.Value = IoC.Get(args.Location.LocationType, this.Token);
}
args.ProceedSetValue();
}
}
/// <summary>
/// Method executed when the field or property is being read.
/// </summary>
/// <param name="args">Description of the current operation.</param>
public void OnSetValue(LocationInterceptionArgs args)
{
RequirePermission(args.Location.FieldInfo ?? (MemberInfo)args.Location.PropertyInfo, OperationSemantic.Write, 0,
args.Instance);
args.ProceedSetValue();
}
/// <summary>
/// Method invoked <i>instead</i> of the <c>Get</c> semantic of the field or property to which the current aspect is applied,
/// i.e. when the value of this field or property is retrieved.
/// </summary>
/// <param name="args">Advice arguments.</param>
public override void OnGetValue(LocationInterceptionArgs args)
{
args.ProceedGetValue();
if (args.Value == null)
{
if (string.IsNullOrEmpty(this.Token))
{
if (string.IsNullOrEmpty(this.TokenProperty))
{
args.Value = IoC.Get(args.Location.LocationType);
}
else
{
object value = ObjectProxyFactory.Get(args.Instance).GetValue(args.Instance, this.TokenProperty);
if (value == null)
{
args.Value = IoC.Get(args.Location.LocationType);
}
else
{
args.Value = IoC.Get(args.Location.LocationType, value.ToString());
}
}
}
else
{
args.Value = IoC.Get(args.Location.LocationType, this.Token);
}
args.ProceedSetValue();
}
}
public void OnSetField( LocationInterceptionArgs args )
{
if ( this.IsFrozen )
throw new InvalidOperationException("The object is frozen.");
args.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
if (HashedValuesStore.Get().ContainsKey(propname))
HashedValuesStore.Get()[propname] = HashValue(args.Value.ToString());
else
HashedValuesStore.Get().Add(propname, HashValue(args.Value.ToString()));
args.ProceedSetValue();
}
public void OnSetValue(LocationInterceptionArgs args)
{
if (args.Value != args.GetCurrentValue())
{
args.ProceedSetValue();
this.OnPropertyChanged(args.Location.Name);
}
}
public void OnSetValue(LocationInterceptionArgs args)
{
if (ValidateDelegate((T)args.Value)?.Any() == true)
{
throw new ArgumentException("...");
}
args.ProceedSetValue();
}
public void OnSetValue( LocationInterceptionArgs args )
{
if ( args.Value != args.GetCurrentValue() )
{
args.ProceedSetValue();
this.OnPropertyChanged( args.Location.Name );
}
}
public override void OnSetValue(LocationInterceptionArgs args)
{
var locationInfo = args.Location;
if (locationInfo.LocationType == typeof(string))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (string)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(double))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (double)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(Int32))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (Int32)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(Int64))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (Int64)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(bool))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (bool)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(decimal))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (decimal)args.Value);
args.ProceedSetValue();
return;
}
if (locationInfo.LocationType == typeof(DateTime))
{
CrossSettings.Current.AddOrUpdateValue(args.LocationFullName, (DateTime)args.Value);
args.ProceedSetValue();
return;
}
}
public void OnSetValue(LocationInterceptionArgs args)
{
if (args.Value != args.GetCurrentValue())
{
args.ProceedSetValue();
this.OnPropertyChangedMethod.Invoke(null);
}
}
public override void OnSetValue(LocationInterceptionArgs args)
{
if (args.Value != null)
{
args.Value = ((string)args.Value).Trim().ToLowerInvariant();
}
args.ProceedSetValue();
}
public void OnPropertySet(LocationInterceptionArgs args)
{
if (args.Value == args.GetCurrentValue())
{
return;
}
args.ProceedSetValue();
NotifyChanges(new[] { args.LocationName });
}
public void OnPropertySet(LocationInterceptionArgs args)
{
if (!this.propertySetList.Contains(args.LocationName))
{
this.propertySetList.Add(args.LocationName);
}
args.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
if (args.Value != null && args.Value is string)
{
args.Value = SampleEncryptor.Encrypt((string)args.Value);
}
args.ProceedSetValue();
}
public void OnPropertySet(LocationInterceptionArgs args)
{
if (args.Value == args.GetCurrentValue())
{
return;
}
args.ProceedSetValue();
}
/// <summary>
/// Method invoked <i>instead</i> of the <c>Get</c> semantic of the field or property to which the current aspect is applied,
/// i.e. when the value of this field or property is retrieved.
/// </summary>
/// <param name="args">Advice arguments.</param>
public override void OnGetValue(LocationInterceptionArgs args)
{
args.ProceedGetValue();
if (args.Value == null)
{
args.Value = LogManager.GetLogger(args.Location.DeclaringType);
args.ProceedSetValue();
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
foreach (var propertyAccessRule in this.propertyAccessRules)
{
propertyAccessRule.OnPropertySet(args.Location.PropertyInfo);
}
args.ProceedSetValue();
}
public override void OnGetValue(LocationInterceptionArgs args)
{
args.Value = args.GetCurrentValue();
if (args.Value == null)
{
args.Value = Dependencies.Get(args.Location.LocationType);
args.ProceedSetValue();
}
}
public void OnFieldSet(LocationInterceptionArgs args)
{
if (this.IsFrozen)
{
throw new InvalidOperationException();
}
args.ProceedSetValue();
}
/// <summary>
/// Method invoked <i>instead</i> of the <c>Get</c> semantic of the field or property to which the current aspect is applied,
/// i.e. when the value of this field or property is retrieved.
/// </summary>
/// <param name="args">Advice arguments.</param>
public override void OnGetValue(LocationInterceptionArgs args)
{
args.ProceedGetValue();
if (args.Value == null)
{
args.Value = LogManager.GetLogger(args.Location.DeclaringType);
args.ProceedSetValue();
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
if (args.Value == args.GetCurrentValue())
{
return;
}
args.ProceedSetValue();
this.OnPropertyChangedMethod.Invoke(args.Location.Name);
}
public void PrivateTrackerOnFieldSet(LocationInterceptionArgs args)
{
using (this.privateTracker.StartImplicitOperationScope(string.Empty))
{
object oldValue = args.GetCurrentValue();
args.ProceedSetValue();
object newValue = args.Value;
this.privateTracker.AddToCurrentOperation(new FieldValueChange(this.Instance, args.Location.DeclaringType, args.LocationFullName, oldValue, newValue));
}
}
public void OnFieldSet(LocationInterceptionArgs args)
{
if (FireOnPropertyChange || FireOnCollectionChange)
{
Unsubscribe(args.GetCurrentValue());
Subscribe(args.Value);
}
args.ProceedSetValue();
}
public void OnObservedReferencePropertySet(LocationInterceptionArgs args)
{
var oldInstance = args.GetCurrentValue() as INotifyPropertyChanged;
var newInstance = args.Value as INotifyPropertyChanged;
if (oldInstance != null)
oldInstance.PropertyChanged -= ObservedPropertyHandlers[args.LocationName].Invoke;
if (newInstance != null)
newInstance.PropertyChanged += ObservedPropertyHandlers[args.LocationName].Invoke;
args.ProceedSetValue();
}
/// <summary>
/// Called when the field or property is 'set'
/// </summary>
public override void OnSetValue(LocationInterceptionArgs args)
{
// If it was not initialized yet, mark it as such now
if (!_isInitialized)
{
_isInitialized = true;
}
args.ProceedSetValue(); // Proceed with the set
}
public void OnObservedCollectionPropertySet(LocationInterceptionArgs args)
{
var oldInstance = args.GetCurrentValue() as INotifyCollectionChanged;
var newInstance = args.Value as INotifyCollectionChanged;
if (oldInstance != null)
oldInstance.CollectionChanged -= ObservedCollectionHandlers[args.LocationName];
if (newInstance != null)
newInstance.CollectionChanged += ObservedCollectionHandlers[args.LocationName];
args.ProceedSetValue();
}
public void OnFieldSet(LocationInterceptionArgs args)
{
//Fields marked with ThreadSafe have already been exluded
if (!IsContextThreadSafe(args.Instance))
{
VerifyThreadAffinity();
}
args.ProceedSetValue();
}
public void OnPropertySet( LocationInterceptionArgs args )
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if ( args.Value == args.GetCurrentValue() ) return;
// Actually sets the value.
args.ProceedSetValue();
this.OnPropertyChangedMethod.Invoke( args.Location.Name );
}
public override void OnSetValue(LocationInterceptionArgs args)
{
bool isChanging = args.GetCurrentValue() != args.Value;
args.ProceedSetValue();
if (args.Instance is ViewModelBase vm && isChanging)
{
vm.OnPropertyChanged(args.LocationName);
}
}
public override void OnGetValue(LocationInterceptionArgs args)
{
args.ProceedGetValue();
if (args.Value != null)
{
return;
}
args.Value = DefaultValue;
args.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
//base.OnSetValue(args);
var oldValue = args.GetCurrentValue();
var newValue = args.Value;
if (oldValue != newValue)
{
args.ProceedSetValue();
RaisePropertyChanged(args.Instance, args.LocationName);
}
}
public void OnSetValue( LocationInterceptionArgs args )
{
if ( args.Value != args.GetCurrentValue() )
{
args.ProceedSetValue();
// We don't pass the property name because the UI is bound to
// derived properties (DisplayName). We should track property
// dependencies to do this correctly.
this.OnPropertyChangedMethod(null);
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
if (args.Location.PropertyInfo.GetSetMethod(true) != null &&
args.Location.PropertyInfo.DeclaringType != typeof(ContextSpecificationBase) &&
this.propertySetList.Contains(args.LocationName))
{
throw new PropertyAlreadyInitializedException(args.LocationFullName);
}
this.propertySetList.Add(args.LocationName);
args.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
var oldValue = args.GetCurrentValue();
var newValue = args.Value;
if (oldValue != newValue)
{
args.ProceedSetValue();
RaisePropertyChanged(args.Instance, args.LocationName);
if(_derivedProperties != null)
foreach (var derivedProperty in _derivedProperties)
RaisePropertyChanged(args.Instance, derivedProperty);
}
}
/// <summary>
/// Method intercepting all changes on field, making sure that the
/// setting value matches the regular expression
/// </summary>
/// <param name="locationInterceptionArgs">Location Interception Arguments</param>
//[OnLocationSetValueAdvice]
//[MulticastPointcut(Targets = MulticastTargets.Property,
// Attributes = MulticastAttributes.Public)]
public override void OnSetValue(LocationInterceptionArgs locationInterceptionArgs)
{
bool isValid = RegEXPatterns.MatchFound(
locationInterceptionArgs.Value.ToString(),
this.Pattern);
if (isValid == false)
{
return;
}
locationInterceptionArgs.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
args.ProceedSetValue();
RaisePropertyChanged.Invoke(args.Instance, new object[] { args.Location.Name });
if (_additionalAffectedProperties != null)
{
foreach (var affected in _additionalAffectedProperties)
{
RaisePropertyChanged.Invoke(args.Instance, new object[] { affected });
}
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if (args.Value == args.GetCurrentValue())
{
return;
}
OnPropertyChangingMethod.Invoke(args.Location.Name);
// Actually sets the value.
args.ProceedSetValue();
}
public void SetProperty( LocationInterceptionArgs args )
{
if ( args.Value != args.GetCurrentValue() )
{
using ( Post.Cast<Entity, IReaderWriterSynchronized>( parent ).AcquireWriteLock() )
{
// Change the EntityStatus flag before the value
// is actually changed, so the PropertyChanged
// event is fired when EntityStatus is correct.
this.OnEntityPropertyUpdated();
args.ProceedSetValue();
}
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if (args.Value == args.GetCurrentValue())
{
return;
}
// Actually sets the value.
args.ProceedSetValue();
Dirty.IsDirty = true;
}
public void OnSetValue( LocationInterceptionArgs args )
{
object currentValue = args.GetCurrentValue();
if ( args.Value == currentValue )
return;
if ( this.IsInitialized == null || this.IsInitialized.Get() )
{
// Record changes only when the object is initialized.
UndoManager.Record( new UndoItem( this, args.Value, currentValue, args.Binding ) );
}
args.ProceedSetValue();
}
//[ProvideAspectRole(StandardRoles.DataBinding)]
public void OnPropertySet(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
var currentValue = args.GetCurrentValue();
if (args.Value == null && currentValue == null) return;
if (args.Value == currentValue) return;
// Actually sets the value.
args.ProceedSetValue();
//Console.WriteLine("Calling OnPropertyChanged(\"{0}\"), new value is |{1}|", args.LocationName, args.Value);
// Invoke method OnPropertyChanged (our, the base one, or the overridden one).
OnPropertyChangedMethod.Invoke(args.Location.Name);
}
public override void OnSetValue(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if (args.Value == args.GetCurrentValue()) return;
// Actually sets the value.
args.ProceedSetValue();
//var instance = args.Instance as INotifyPropertyChanged;
//instance.PropertyChanged(instance, new PropertyChangedEventArgs("foo"));
// Invoke method OnPropertyChanged (our, the base one, or the overridden one).
foreach (var propertyName in PropertyNames)
OnPropertyChangedMethod.Invoke(propertyName);
}
public void OnPropertySet(LocationInterceptionArgs args)
{
// Don't go further if the new value is equal to the old one.
// (Possibly use object.Equals here).
if (args.Value == args.GetCurrentValue()) return;
// Actually sets the value.
args.ProceedSetValue();
// Invoke method OnPropertyChanged (our, the base one, or the overridden one).
// ReSharper disable RedundantThisQualifier
this.OnPropertyChangedMethod.Invoke(args.Location.Name);
// ReSharper restore RedundantThisQualifier
}
public void OnFieldSet(LocationInterceptionArgs args)
{
using (this.ThisTracker.StartImplicitOperationScope(string.Format(this.FieldSetOperationStringFormat, args.LocationName)))
{
object oldValue = args.GetCurrentValue();
if (oldValue != null && this.TrackedFields.Contains(args.LocationFullName))
{
this.ThisTracker.DetachFromAggregate( oldValue, this.EnableTrackingOnTrackerCreation );
}
args.ProceedSetValue();
object newValue = args.Value;
if (newValue != null && this.TrackedFields.Contains(args.LocationFullName))
{
this.ThisTracker.AttachToAggregate( newValue );
}
this.ThisTracker.AddToCurrentOperation(new FieldValueChange(this.Instance, args.Location.DeclaringType, args.LocationFullName, oldValue, newValue));
}
}
public void OnPropertySet(LocationInterceptionArgs args)
{
var baseErrorViewModel = Instance as BaseErrorViewModel;
if (baseErrorViewModel == null)
{
return;
}
args.ProceedSetValue();
// clear old errors
baseErrorViewModel.SetError(args.Location.Name, "");
foreach (var att in args.Location.PropertyInfo.GetCustomAttributes(typeof(ValidationAttribute), false))
{
if (!((ValidationAttribute)att).IsValid(args.Value))
{
baseErrorViewModel.SetError(args.Location.Name, ((ValidationAttribute)att).FormatErrorMessage(GetDisplayName(args.Location)));
break;
}
}
baseErrorViewModel.OnPropertyChanged(args.Location.Name);
}
public void OnPropertySet(LocationInterceptionArgs args)
{
foreach (var propertyAccessRule in this.propertyAccessRules)
{
propertyAccessRule.OnPropertySet(args.Location.PropertyInfo);
}
args.ProceedSetValue();
}
public override void OnSetValue(LocationInterceptionArgs args)
{
_valueSet = true;
args.ProceedSetValue();
}
public void OnFieldSet(LocationInterceptionArgs args)
{
if (FireOnPropertyChange || FireOnCollectionChange)
{
Unsubscribe(args.GetCurrentValue());
Subscribe(args.Value);
}
args.ProceedSetValue();
}
public void PrivateTrackerOnFieldSet(LocationInterceptionArgs args)
{
using (this.privateTracker.StartImplicitOperationScope(string.Empty))
{
object oldValue = args.GetCurrentValue();
args.ProceedSetValue();
object newValue = args.Value;
this.privateTracker.AddToCurrentOperation(new FieldValueChange(this.Instance, args.Location.DeclaringType, args.LocationFullName, oldValue, newValue));
}
}
public void OnFieldSet(LocationInterceptionArgs args)
{
//If a thread-unsafe field is accessed in a way which ignores checks (e.g. from static method or other instance), an exception should be thrown
if (runningConstructors != null && runningConstructors.Contains(args.Instance)) return;
//Fields marked with ThreadSafe have already been exluded
object key = this.GetRunningThreadSafeMethodsKey(args.Instance, args.Location.DeclaringType);
if (IsContextThreadSafe(key)) return;
object sync = GetSyncObject(this.policy, args.Instance, args.Location.DeclaringType);
ThreadHandle threadHandle;
if (!locks.TryGetValue(sync, out threadHandle) || threadHandle.Thread != Thread.CurrentThread)
{
throw new LockNotHeldException(
"Fields not marked with ThreadSafe attribute can only be accessed from monitored ThreadUnsafe methods or methods marked as ThreadSafe.");
}
args.ProceedSetValue();
}
public void OnFieldSet(LocationInterceptionArgs args)
{
//Fields marked with ThreadSafe have already been exluded
if (!IsContextThreadSafe(args.Instance))
{
VerifyThreadAffinity();
}
args.ProceedSetValue();
}
public void OnLocationSetValue(LocationInterceptionArgs args)
{
var proxy = GetProxy(args);
if (proxy != null)
{
proxy.InterceptSet(args.Binding, args.Value);
return;
}
args.ProceedSetValue();
}
public void OnFieldSet( LocationInterceptionArgs args )
{
if ( this.fieldValueComparer.AreEqual( args.LocationFullName, args.GetCurrentValue(), args.Value ) )
{
args.ProceedSetValue();
return;
}
args.ProceedSetValue();
this.childPropertyChangedProcessor.HandleFieldChange( args );
PropertyChangesTracker.RaisePropertyChangedIfNeeded( args.Instance );
}
