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CombinedReactiveCommand<TParam, TResult> Class

Summary

Encapsulates a composite user interaction.
Namespace
ReactiveUI
Interfaces
Base Types
graph BT Type-->Base0["ReactiveCommandBase<TParam, IList<TResult>>"] Base0-->Base1["object"] Type-.->Interface0["IObservable<IList<TResult>>"] Type-.->Interface1["ICommand"] Type-.->Interface2["IReactiveCommand"] click Interface2 "/api/ReactiveUI/IReactiveCommand" Type-.->Interface3["IDisposable"] Type-.->Interface4["IHandleObservableErrors"] click Interface4 "/api/ReactiveUI/IHandleObservableErrors" Type["CombinedReactiveCommand<TParam, TResult>"] class Type type-node

Syntax

public class CombinedReactiveCommand<TParam, TResult> : 
    ReactiveCommandBase<TParam, IList<TResult>>, IObservable<IList<TResult>>, ICommand, 
    IReactiveCommand, IDisposable, IHandleObservableErrors

Remarks

This class provides the bulk of the actual implementation for combined reactive commands. You should not create instances of this class directly, but rather via the static creation methods on the non-generic ReactiveCommand class.

A CombinedReactiveCommand combines multiple reactive commands into a single command. Executing the combined command executes all child commands. Since all child commands will receive the same execution parameter, all child commands must accept a parameter of the same type.

In order for the combined command to be executable, all child commands must themselves be executable. In addition, any canExecute observable passed in during construction must also yield true.

Type Parameters

Name Description
TParam The type of parameter values passed in during command execution.
TResult The type of the values that are the result of command execution.

Properties

Name Value Summary
CanExecute IObservable<bool>
Gets an observable whose value indicates whether the command can currently execute.
IsExecuting IObservable<bool>
Gets an observable whose value indicates whether the command is currently executing.
ThrownExceptions IObservable<Exception>
Gets an observable that ticks any exceptions in command execution logic.

Methods

Name Value Summary
Dispose(bool) void
Disposes of the managed resources.
Execute(TParam) IObservable<IList<TResult>>
Gets an observable that, when subscribed, executes this command.
Subscribe(IObserver<IList<TResult>>) IDisposable
Subscribes to execution results from this command.

Extension Methods

Name Value Summary
BindCommand<CombinedReactiveCommand<TParam, TResult>, TViewModel, TProp, TControl, TParam>(TViewModel, Expression<Func<TViewModel, TProp>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TControl>>, Expression<Func<TViewModel, TParam>>, string?) IReactiveBinding<TView, TViewModel, TProp>
Bind a command from the ViewModel to an explicitly specified control on the View.
BindCommand<CombinedReactiveCommand<TParam, TResult>, TViewModel, TProp, TControl, TParam>(TViewModel, Expression<Func<TViewModel, TProp>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TControl>>, IObservable<TParam>, string?) IReactiveBinding<TView, TViewModel, TProp>
Bind a command from the ViewModel to an explicitly specified control on the View.
BindCommand<CombinedReactiveCommand<TParam, TResult>, TViewModel, TProp, TControl>(TViewModel, Expression<Func<TViewModel, TProp>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TControl>>, string?) IReactiveBinding<TView, TViewModel, TProp>
Bind a command from the ViewModel to an explicitly specified control on the View.
BindTo<IList<TResult>, TTarget, TTValue>(TTarget, Expression<Func<TTarget, TTValue>>, object?, IBindingTypeConverter?) IDisposable
BindTo takes an Observable stream and applies it to a target property. Conceptually it is similar to Subscribe(x => target.property = x), but allows you to use child properties without the null checks.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty, TViewProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TViewProperty>>, IValidationTextFormatter<string>?) IDisposable
Binds the specified ViewModel property validation to the View property.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewProperty>(TViewModel?, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TViewProperty>>, IValidationTextFormatter<string>?) IDisposable
Binds the overall validation of a ViewModel to a specified View property.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewProperty>(TViewModel?, Expression<Func<TViewModel?, ValidationHelper>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TViewProperty>>, IValidationTextFormatter<string>?) IDisposable
Binds a ValidationHelper from a ViewModel to a specified View property.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel>(TViewModel?, Expression<Func<TViewModel?, ValidationHelper>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
BindValidation<CombinedReactiveCommand<TParam, TResult>, TViewModel>(TViewModel?, Expression<Func<TViewModel?, ValidationHelper>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
BindValidationEx<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty, TViewProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, TViewProperty>>, IValidationTextFormatter<string>?) IDisposable
Binds the specified ViewModel property validation to the View property.
BindValidationEx<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
BindValidationEx<CombinedReactiveCommand<TParam, TResult>, TViewModel, TViewModelProperty>(TViewModel?, Expression<Func<TViewModel, TViewModelProperty>>, TextInputLayout, IValidationTextFormatter<string>?) IDisposable
Platform binding to the TextInputLayout.
DisposeWith<CombinedReactiveCommand<TParam, TResult>>(CompositeDisposable) T
Ensures the provided disposable is disposed with the specified CompositeDisposable.
FinallySafe<IList<TResult>>(Action) IObservable<T>
Ensure that finally is always called. Thanks to Lee Campbell for this.
InvalidateWhen<IList<TResult>, TTrigger>(IObservable<TTrigger?>) IObservable<T>
Used to invalidate an aggregating stream. Used when there has been an inline change.
InvalidateWhen<IList<TResult>>(IObservable<Unit>) IObservable<T>
Used to invalidate an aggregating stream. Used when there has been an inline change i.e. a property changed or meta data has changed.
InvokeCommand<IList<TResult>, TResult, TTarget>(TTarget, Expression<Func<TTarget, ReactiveCommandBase<IList<TResult>, TResult>>>) IDisposable
A utility method that will pipe an Observable to an ICommand (i.e. it will first call its CanExecute with the provided value, then if the command can be executed, Execute() will be called).
InvokeCommand<IList<TResult>, TResult>(ReactiveCommandBase<IList<TResult>, TResult>) IDisposable
A utility method that will pipe an Observable to an ICommand (i.e. it will first call its CanExecute with the provided value, then if the command can be executed, Execute() will be called).
InvokeCommand<IList<TResult>, TTarget>(TTarget, Expression<Func<TTarget, ICommand>>) IDisposable
A utility method that will pipe an Observable to an ICommand (i.e. it will first call its CanExecute with the provided value, then if the command can be executed, Execute() will be called).
InvokeCommand<IList<TResult>>(ICommand) IDisposable
A utility method that will pipe an Observable to an ICommand (i.e. it will first call its CanExecute with the provided value, then if the command can be executed, Execute() will be called).
InvokeViewModelAction<T>(Action<T>) object
This is a thing I lifted from Prism.
Log<IList<TResult>, TObj>(TObj, string?, Func<IList<TResult>, string>?) IObservable<T>
Logs an Observable to Splat's Logger.
LoggedCatch<IList<TResult>, TObj, TException>(TObj, Func<TException, IObservable<IList<TResult>>>, string?) IObservable<T>
Like Catch, but also prints a message and the error to the log.
LoggedCatch<IList<TResult>, TObj>(TObj, IObservable<IList<TResult>>?, string?) IObservable<T>
Like Catch, but also prints a message and the error to the log.
MonitorStatus<IList<TResult>>() IObservable<ConnectionStatus>
Monitors the status of a stream.
ObservableForProperty<CombinedReactiveCommand<TParam, TResult>, TValue, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, TValue>>, Func<TValue, TRet>, bool) IObservable<TRet>
ObservableForProperty returns an Observable representing the property change notifications for a specific property on a ReactiveObject, running the IObservedChange through a Selector function.
ObservableForProperty<CombinedReactiveCommand<TParam, TResult>, TValue>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, TValue>>, bool, bool) IObservable<IObservedChange<TSender, TValue>>
ObservableForProperty returns an Observable representing the property change notifications for a specific property on a ReactiveObject. This method (unlike other Observables that return IObservedChange) guarantees that the Value property of the IObservedChange is set.
RetryWithBackOff<IList<TResult>, TException>(Func<TException, int, TimeSpan?>) IObservable<TSource>
Retries the with back off.
SubscribeSafe<IList<TResult>>(string?, string?, int) IDisposable
Subscribes to an Observable and provides default debugging in the case of an exception. It will provide the caller information as part of the logging.
SubscribeToExpressionChain<CombinedReactiveCommand<TParam, TResult>, TValue>(Expression, bool, bool, bool) IObservable<IObservedChange<TSender, TValue>>
Creates a observable which will subscribe to the each property and sub property specified in the Expression. eg It will subscribe to x => x.Property1.Property2.Property3 each property in the lambda expression. It will then provide updates to the last value in the chain.
ToObservableChangeSet<TResult>(Func<TResult, TimeSpan?>, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, allowing size to be specified. Change set observes observable change events.
ToObservableChangeSet<TResult>(Func<TResult, TimeSpan?>?, int, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, allowing size and time limit to be specified. Change set observes observable change events.
ToObservableChangeSet<TResult>(int, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, allowing size and time limit to be specified. Change set observes observable change events.
ToObservableChangeSet<TResult>(IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set. Change set observes observable change events.
ToObservableChangeSet<IList<TResult>>(Func<IList<TResult>, TimeSpan?>, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, allowing time expiry to be specified. Change set observes observable change events.
ToObservableChangeSet<IList<TResult>>(Func<IList<TResult>, TimeSpan?>?, int, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, allowing size and time limit to be specified. Change set observes observable change events.
ToObservableChangeSet<IList<TResult>>(int, IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set, with a specified limit of how large the list can be. Change set observes observable change events.
ToObservableChangeSet<IList<TResult>>(IScheduler?) IObservable<IChangeSet<T>>
Converts the observable to an observable change set. Change set observes observable change events.
ToObservableChangeSet<TResult, TKey>(Func<TResult, TKey>, Func<TResult, TimeSpan?>?, int, IScheduler?) IObservable<IChangeSet<TObject, TKey>>
Converts the observable to an observable change set. Change set observes observable change events.
ToObservableChangeSet<IList<TResult>, TKey>(Func<IList<TResult>, TKey>, Func<IList<TResult>, TimeSpan?>?, int, IScheduler?) IObservable<IChangeSet<TObject, TKey>>
Converts the observable to an observable change set. Change set observes observable change events.
ToProperty<TObj, IList<TResult>>(TObj, Expression<Func<TObj, IList<TResult>>>, Func<IList<TResult>>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, Expression<Func<TObj, IList<TResult>>>, ObservableAsPropertyHelper<IList<TResult>>, Func<IList<TResult>>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, Expression<Func<TObj, IList<TResult>>>, ObservableAsPropertyHelper<IList<TResult>>, IList<TResult>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, Expression<Func<TObj, IList<TResult>>>, IList<TResult>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, string, Func<IList<TResult>>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, string, ObservableAsPropertyHelper<IList<TResult>>, Func<IList<TResult>>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, string, ObservableAsPropertyHelper<IList<TResult>>, IList<TResult>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToProperty<TObj, IList<TResult>>(TObj, string, IList<TResult>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
Converts an Observable to an ObservableAsPropertyHelper and automatically provides the onChanged method to raise the property changed notification.
ToPropertyEx<TObj, IList<TResult>>(TObj, Expression<Func<TObj, IList<TResult>>>, IList<TResult>, bool, IScheduler?) ObservableAsPropertyHelper<TRet>
To the property execute.
ToSignal<IList<TResult>>() IObservable<Unit>
Will convert an observable so that it's value is ignored and converted into just returning Unit. This allows us just to be notified when the observable signals.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T11>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T12>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T8>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T9>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T10>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T11>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T12>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T11>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T8>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T9>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T10>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T11>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T8>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T9>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T10>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T8>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T9>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T8>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T7>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T6>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T5>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T4>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T3>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, T2>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAny<CombinedReactiveCommand<TParam, TResult>, TRet, T1>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, T1>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyDynamic<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression, Func<IObservedChange<CombinedReactiveCommand<TParam, TResult>, object>, TRet>) IObservable<TRet>
WhenAny allows you to observe whenever one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T8>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T9>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T10>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T11>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T12>>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T8>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T9>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T10>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T11>>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T8>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T9>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T10>>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T8>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T9>>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T8>>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T7>>>, Func<T1, T2, T3, T4, T5, T6, T7, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T6>>>, Func<T1, T2, T3, T4, T5, T6, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T5>>>, Func<T1, T2, T3, T4, T5, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T4>>>, Func<T1, T2, T3, T4, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T3>>>, Func<T1, T2, T3, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T1>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<T2>>>, Func<T1, T2, TRet>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyObservable<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, IObservable<TRet>>>) IObservable<TRet>
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2, T3, T4, T5, T6, T7>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>) IObservable<(T1, T2, T3, T4, T5, T6, T7)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2, T3, T4, T5, T6>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>) IObservable<(T1, T2, T3, T4, T5, T6)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2, T3, T4, T5>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>) IObservable<(T1, T2, T3, T4, T5)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2, T3, T4>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>) IObservable<(T1, T2, T3, T4)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2, T3>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>) IObservable<(T1, T2, T3)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, T1, T2>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>) IObservable<(T1, T2)>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T11>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T12>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T11>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9, T10>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T10>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8, T9>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T9>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, T9, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7, T8>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T8>>, Func<T1, T2, T3, T4, T5, T6, T7, T8, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6, T7>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T7>>, Func<T1, T2, T3, T4, T5, T6, T7, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5, T6>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T6>>, Func<T1, T2, T3, T4, T5, T6, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4, T5>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T5>>, Func<T1, T2, T3, T4, T5, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3, T4>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T4>>, Func<T1, T2, T3, T4, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2, T3>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T3>>, Func<T1, T2, T3, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1, T2>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Expression<Func<CombinedReactiveCommand<TParam, TResult>, T2>>, Func<T1, T2, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet, T1>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, T1>>, Func<T1, TRet>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of one or more properties on an object have changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhenAnyValue<CombinedReactiveCommand<TParam, TResult>, TRet>(Expression<Func<CombinedReactiveCommand<TParam, TResult>, TRet>>) IObservable<TRet>
WhenAnyValue allows you to observe whenever the value of a property on an object has changed, providing an initial value when the Observable is set up, unlike ObservableForProperty(). Use this method in constructors to set up bindings between properties that also need an initial setup.
WhereNotNull<IList<TResult>>() IObservable<T>
Adds a condition to the signaling of an observable which will not fire unless the value is not null.
With<CombinedReactiveCommand<TParam, TResult>, TKey, TField>(Dictionary<TKey, TField>, IDictionary<TKey, TField>) TBuilder
Adds the specified dictionary to the provided dictionary.