Class IncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight>
- Namespace
- NMF.Synchronizations.Inconsistencies
- Assembly
- NMF.Synchronizations.dll
Denotes an incrementally maintained inconsistency that a reference has different values in LHS and RHS
public class IncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight> : IDisposable, IInconsistency, IEquatable<IInconsistency>
Type Parameters
TLeftThe LHS context type
TRightThe RHS context type
TDepLeftThe LHS dependency type
TDepRightThe RHS dependency type
- Inheritance
-
IncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight>
- Implements
- Inherited Members
Properties
CanResolveLeft
Gets a value indicating whether the inconsistency can be automatically resolved modifying the left hand model only
public bool CanResolveLeft { get; }
Property Value
CanResolveRight
Gets a value indicating whether the inconsistency can be automatically resolved modifying the right hand model only
public bool CanResolveRight { get; }
Property Value
Computation
Gets the base correspondence on the basis of which the inconsistency was detected
public SynchronizationComputation<TLeft, TRight> Computation { get; }
Property Value
- SynchronizationComputation<TLeft, TRight>
Left
Gets an incrementally maintained value of the LHS dependency
public INotifyReversableValue<TDepLeft> Left { get; }
Property Value
- INotifyReversableValue<TDepLeft>
LeftElement
The object that this inconsistency is anchored at on the left side
public object LeftElement { get; }
Property Value
Right
Gets an incrementally maintained value of the RHS dependency
public INotifyReversableValue<TDepRight> Right { get; }
Property Value
- INotifyReversableValue<TDepRight>
RightElement
The object that this inconsistency is anchored at on the right side
public object RightElement { get; }
Property Value
Methods
DescribeLeft()
Gets a string describing the inconsistency from the point of view of the left side
public string DescribeLeft()
Returns
- string
a human-readable description of the inconsistency
DescribeRight()
Gets a string describing the inconsistency from the point of view of the right side
public string DescribeRight()
Returns
- string
a human-readable description of the inconsistency
Dispose()
Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.
public void Dispose()
Equals(IInconsistency)
Indicates whether the current object is equal to another object of the same type.
public bool Equals(IInconsistency other)
Parameters
otherIInconsistencyAn object to compare with this object.
Returns
Equals(IncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight>)
public bool Equals(IncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight> other)
Parameters
otherIncrementalReferenceConsistencyCheck<TLeft, TRight, TDepLeft, TDepRight>
Returns
Equals(object)
Determines whether the specified object is equal to the current object.
public override bool Equals(object obj)
Parameters
objobjectThe object to compare with the current object.
Returns
GetHashCode()
Serves as the default hash function.
public override int GetHashCode()
Returns
- int
A hash code for the current object.
ResolveLeft()
Resolves the inconsistency modifying the left hand side model
public void ResolveLeft()
ResolveRight()
Resolves the inconsistency modifying the right hand side model
public void ResolveRight()