![]() ![]() ![]() The planned posts will be published at a set time for each account. ➡️How many accounts can I manage simultaneously? You can connect personal or individual accounts, creator accounts, and business accounts. ➡️What types of accounts can I connect to Combin Scheduler? Because of that, the application needs to be launched on a turned-on computer with access to a stable Internet connection at the time of posting. Combin Scheduler is a desktop application that posts Instagram publications directly from a user's computer and IP address. ➡️Does Combin Scheduler work when my PC is off? In order to help you use it with no issues, we’ve listed the most popular questions about the application and covered common errors in this post. See LICENSE for details.Combin Scheduler is a free application without customer support. This library is released under the MIT license. The latest documentation for Combine Schedulers' APIs is available here. If you want to use this library from multiple targets you must create a shared framework that depends on CombineSchedulers, and then depend on that framework from your other targets.If you have a single application target that needs access to the library, then add CombineSchedulers directly to your application.Depending on how your project is structured:.Enter " " into the package repository URL text field.From the File menu, select Swift Packages › Add Package Dependency….You can add CombineSchedulers to an Xcode project by adding it as a package dependency. Please note that there are bugs in the Combine framework and iOS 13.1 and lower that will cause crashes when trying to compare DispatchQueue.SchedulerTimeType values, which is an operation that the TestScheduler depends on. This library is compatible with iOS 13.2 and higher. Init( apiClient: ApiClient, scheduler: S) ![]() In order to allow for this we would need to inject a scheduler into our view model so that we can control it from the outside: One way to fix this testing problem is to use an "immediate" scheduler instead of DispatchQueue.main, which will cause fetchEpisode to deliver its output as soon as possible with no thread hops. This can lead to flakiness in tests and make test suites take longer to execute than necessary. receive(on: DispatchQueue.main) makes this code harder to test since you have to use XCTest expectations to explicitly wait a small amount of time for the queue to execute. This code seems innocent enough, but the presence of. Notice that we are using DispatchQueue.main in the reloadButtonTapped method because the fetchEpisode endpoint most likely delivers its output on a background thread (as is the case with URLSession). For example, suppose you have an ObservableObject view model that performs an API request when a method is called:Ĭlass EpisodeViewModel: ObservableObject var episode: Episode ? let apiClient: ApiClient This type is useful for times that you want to be able to customize the scheduler used in some code from the outside, but you don't want to introduce a generic to make it customizable. The Combine framework ships with many type-erasing wrappers, such as AnySubscriber, AnyPublisher and An圜ancellable, yet for some reason does not ship with AnyScheduler. The AnyScheduler provides a type-erasing wrapper for the Scheduler protocol, which can be useful for being generic over many types of schedulers without needing to actually introduce a generic to your code. This library was designed over the course of many episodes on Point-Free, a video series exploring functional programming and Swift hosted by Brandon Williams and Stephen Celis. This library provides new schedulers that allow you to turn any asynchronous publisher into a synchronous one for ease of testing and debugging. However, the moment you use any of these schedulers in your reactive code you instantly make the publisher asynchronous and therefore much harder to test, forcing you to use expectations and waits for time to pass as your publisher executes. It unifies many disparate ways of executing work, such as DispatchQueue, RunLoop and OperationQueue. The Combine framework provides the Scheduler protocol, which is a powerful abstraction for describing how and when units of work are executed. A few schedulers that make working with Combine more testable and more versatile. ![]()
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