Class AuraStateDescriptor

Represents the expected state of an aura for a specific condition. This class is used to describe what state an aura should be in when evaluated as part of an AuraEvaluatorProperties.

Inheritance

object

AuraStateDescriptor

Implements

IEquatable<AuraStateDescriptor>

Inherited Members

object.GetType()

object.Equals(object, object)

object.ReferenceEquals(object, object)

Namespace: EyeAuras.Shared.Modularity

Assembly: EyeAuras.Shared.Metadata.dll

Syntax

public sealed record AuraStateDescriptor : IEquatable<AuraStateDescriptor>

Constructors

Name	Description
AuraStateDescriptor()

Properties

Name	Description
AuraId	Gets or sets the unique identifier of the aura. This ID is used to reference the specific aura whose state is being described.
Condition	Gets or sets the condition type for evaluating the aura. This defines the criteria used to evaluate the aura's state.
FolderId	Gets or sets the identifier of the folder containing the aura. This can be used to specify a group of auras if necessary.
IsActive	Gets or sets a value indicating whether the aura is expected to be active. This can be used to specify if the aura should be actively running or not.
IsEmpty	Gets a value indicating whether the descriptor is empty. An empty descriptor means neither an AuraId nor a FolderId is specified.
IsLoaded	Gets or sets a value indicating whether the aura is expected to be loaded. This can specify if the aura should be loaded into memory or not.
IsValid	Gets a value indicating whether the descriptor is valid. A valid descriptor is not empty.

Methods

Name	Description
Equals(AuraStateDescriptor?)
Equals(object?)
GetHashCode()
ToString()
<Clone>$()

Operators

Name	Description
operator ==(AuraStateDescriptor?, AuraStateDescriptor?)
operator !=(AuraStateDescriptor?, AuraStateDescriptor?)

Extension Methods

ReactiveObjectExtensions.Listen<TContext, TItem>(TContext, Expression<Func<TContext, IObservableList<TItem>>>)

ReactiveObjectExtensions.Listen<TContext, TOut>(TContext, Expression<Func<TContext, TOut>>)

ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>)

ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2, TOut3>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>, Expression<Func<TContext, TOut3>>)

ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2, TOut3, TOut4>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>, Expression<Func<TContext, TOut3>>, Expression<Func<TContext, TOut4>>)

ObjectExtensions.AddTo<TItem, TCollection>(TItem, ISourceList<TCollection>)

ObjectExtensions.AddTo<TItem, TCollection>(TItem, ICollection<TCollection>)

ObjectExtensions.CloneJson<T>(T)

ObjectExtensions.CopyPropertiesTo<TSource, TTarget>(TSource, TTarget)

ObjectExtensions.DumpToTextRaw<T>(T)

ObjectExtensions.DumpToText<T>(T)

ObjectExtensions.Dump<T>(T)

ObjectExtensions.EvalOrDefault<T, TValue>(T, Func<T, TValue>, TValue)

ObjectExtensions.Eval<T, TValue>(T, Func<T, TValue>)

ObjectExtensions.GetPropertyAccessor<TSource, TValue>(TSource, Expression<Func<TSource, TValue>>)

ObjectExtensions.InsertTo<TItem, TCollection>(TItem, IList<TCollection>, int)

ObjectExtensions.ToJson<T>(T)

ObjectExtensions.ToStringSafe<T>(T)

ObjectExtensions.TransferPropertiesTo<TSource, TTarget>(TSource, TTarget, params string[])

XDocumentExtensions.AddTo<T>(T, XContainer)

ObjectExtensions.GetPropertyAccessor<TValue>(object, string)

ObjectReflectionExtensions.GetPropertyTypeOrDefault(object, string)

ObjectReflectionExtensions.GetPropertyValue<T>(object, string)

ObjectReflectionExtensions.SetPropertyValue<T>(object, string, T)