,System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} },System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} },System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} },System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} },System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} },System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)} ,System.IObservable{System.Boolean},System.Reactive.Concurrency.IScheduler)}

RxCommand.Create(Action, IObservable?, IScheduler?) method¶

Defined in

Type: RxCommand Namespace: ReactiveMarbles.Command Assembly: ReactiveMarbles.Command.dll

Applies to

netstandard2.0

Overloads¶

1. public static RxCommand<Unit, Unit> Create(Action execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
2. public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, TResult> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
3. public static RxCommand<TParam, Unit> Create<TParam>(Action<TParam> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
4. public static RxCommand<Unit, TResult> Create<TResult>(Func<TResult> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
5. public static RxCommand<Unit, TResult> Create<TResult>(Func<IObservable<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
6. public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, IObservable<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
7. public static RxCommand<Unit, TResult> Create<TResult>(Func<Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
8. public static RxCommand<Unit, Unit> Create(Func<Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
9. public static RxCommand<Unit, Unit> Create(Func<CancellationToken, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
10. public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
11. public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, CancellationToken, Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
12. public static RxCommand<TParam, Unit> Create<TParam>(Func<TParam, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)
13. public static RxCommand<TParam, Unit> Create<TParam>(Func<TParam, CancellationToken, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

1. Overload¶

public static RxCommand<Unit, Unit> Create(Action execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless RxCommand with synchronous execution logic.

Parameters

Name	Type	Description
`execute`	Action	The action to execute whenever the command is executed.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

2. Overload¶

public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, TResult> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with synchronous execution logic that takes a parameter of type TParam and returns a value of type TResult.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.
`TResult`	The type of value returned by command executions.

Parameters

Name	Type	Description
`execute`	Func	The function to execute whenever the command is executed.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

3. Overload¶

public static RxCommand<TParam, Unit> Create<TParam>(Action<TParam> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with synchronous execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.

Parameters

Name	Type	Description
`execute`	Action	The action to execute whenever the command is executed.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

4. Overload¶

public static RxCommand<Unit, TResult> Create<TResult>(Func<TResult> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless RxCommand with synchronous execution logic that returns a value of type TResult.

Type parameters

Name	Description
`TResult`	The type of value returned by command executions.

Parameters

Name	Type	Description
`execute`	Func	The function to execute whenever the command is executed.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

5. Overload¶

public static RxCommand<Unit, TResult> Create<TResult>(Func<IObservable<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless RxCommand with asynchronous execution logic.

Type parameters

Name	Description
`TResult`	The type of the command's result.

Parameters

Name	Type	Description
`execute`	Func>	Provides an observable representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

6. Overload¶

public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, IObservable<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with asynchronous execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.
`TResult`	The type of the command's result.

Parameters

Name	Type	Description
`execute`	Func>	Provides an observable representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

7. Overload¶

public static RxCommand<Unit, TResult> Create<TResult>(Func<Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless RxCommand with asynchronous execution logic.

Type parameters

Name	Description
`TResult`	The type of the command's result.

Parameters

Name	Type	Description
`execute`	Func>	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

8. Overload¶

public static RxCommand<Unit, Unit> Create(Func<Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless RxCommand with asynchronous execution logic.

Parameters

Name	Type	Description
`execute`	Func	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

9. Overload¶

public static RxCommand<Unit, Unit> Create(Func<CancellationToken, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a parameterless, cancellable RxCommand with asynchronous execution logic.

Parameters

Name	Type	Description
`execute`	Func	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

10. Overload¶

public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with asynchronous execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.
`TResult`	The type of the command's result.

Parameters

Name	Type	Description
`execute`	Func>	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

11. Overload¶

public static RxCommand<TParam, TResult> Create<TParam, TResult>(Func<TParam, CancellationToken, Task<TResult>> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with asynchronous, cancellable execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.
`TResult`	The type of the command's result.

Parameters

Name	Type	Description
`execute`	Func>	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

12. Overload¶

public static RxCommand<TParam, Unit> Create<TParam>(Func<TParam, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with asynchronous execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.

Parameters

Name	Type	Description
`execute`	Func	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.

13. Overload¶

public static RxCommand<TParam, Unit> Create<TParam>(Func<TParam, CancellationToken, Task> execute, IObservable<bool>? canExecute = null, IScheduler? outputScheduler = null)

View source

Summary: Creates a RxCommand with asynchronous, cancellable execution logic that takes a parameter of type TParam.

Type parameters

Name	Description
`TParam`	The type of the parameter passed through to command execution.

Parameters

Name	Type	Description
`execute`	Func	Provides a Task representing the command's asynchronous execution logic.
`canExecute = null`	IObservable?	An optional observable that dictates the availability of the command for execution.
`outputScheduler = null`	[IScheduler?](#	An optional scheduler that is used to surface events. Defaults to `RxApp.MainThreadScheduler`.

Returns: RxCommand -- The RxCommand instance.