How can I pop to the Root view using SwiftUI?

Definitely, malhal has the key to the solution, but for me, it is not practical to pass the Binding's into the View's as parameters. The environment is a much better way as pointed out by Imthath.

Here is another approach that is modeled after Apple's published dismiss() method to pop to the previous View.

Define an extension to the environment:

struct RootPresentationModeKey: EnvironmentKey { static let defaultValue: Binding<RootPresentationMode> = .constant(RootPresentationMode()) } extension EnvironmentValues { var rootPresentationMode: Binding<RootPresentationMode> { get { return self[RootPresentationModeKey.self] } set { self[RootPresentationModeKey.self] = newValue } } } typealias RootPresentationMode = Bool extension RootPresentationMode { public mutating func dismiss() { self.toggle() } } 

USAGE:

1. Add .environment(\.rootPresentationMode, self.$isPresented) to the root NavigationView, where isPresented is Bool used to present the first child view.

2. Either add .navigationViewStyle(StackNavigationViewStyle()) modifier to the root NavigationView, or add .isDetailLink(false) to the NavigationLink for the first child view.

3. Add @Environment(\.rootPresentationMode) private var rootPresentationMode to any child view from where pop to root should be performed.

4. Finally, invoking the self.rootPresentationMode.wrappedValue.dismiss() from that child view will pop to the root view.

I have published a complete working example on GitHub.

Since currently SwiftUI still uses a UINavigationController in the background it is also possible to call its popToRootViewController(animated:) function. You only have to search the view controller hierarchy for the UINavigationController like this:

struct NavigationUtil { static func popToRootView(animated: Bool = false) { findNavigationController(viewController: UIApplication.shared.connectedScenes.flatMap { ($0 as? UIWindowScene)?.windows ?? [] }.first { $0.isKeyWindow }?.rootViewController)?.popToRootViewController(animated: animated) } static func findNavigationController(viewController: UIViewController?) -> UINavigationController? { guard let viewController = viewController else { return nil } if let navigationController = viewController as? UITabBarController { return findNavigationController(viewController: navigationController.selectedViewController) } if let navigationController = viewController as? UINavigationController { return navigationController } for childViewController in viewController.children { return findNavigationController(viewController: childViewController) } return nil } } 

And use it like this:

struct ContentView: View { var body: some View { NavigationView { DummyView(number: 1) } } } struct DummyView: View { let number: Int var body: some View { VStack(spacing: 10) { Text("This is view \(number)") NavigationLink(destination: DummyView(number: number + 1)) { Text("Go to view \(number + 1)") } Button(action: { NavigationUtil.popToRootView() }) { Text("Or go to root view!") } } } } 

Introducing Apple's solution to this very problem

It also presented to you via HackingWithSwift (which I stole this from, LOL) under programmatic navigation:

(Tested on Xcode 12 and iOS 14)

Essentially, you use tag and selection inside navigationlink to go straight to whatever page you want.

struct ContentView: View { @State private var selection: String? = nil var body: some View { NavigationView { VStack { NavigationLink(destination: Text("Second View"), tag: "Second", selection: $selection) { EmptyView() } NavigationLink(destination: Text("Third View"), tag: "Third", selection: $selection) { EmptyView() } Button("Tap to show second") { self.selection = "Second" } Button("Tap to show third") { self.selection = "Third" } } .navigationBarTitle("Navigation") } } } 

You can use an @environmentobject injected into ContentView() to handle the selection:

class NavigationHelper: ObservableObject { @Published var selection: String? = nil } 

inject into App:

@main struct YourApp: App { var body: some Scene { WindowGroup { ContentView().environmentObject(NavigationHelper()) } } } 

and use it:

struct ContentView: View { @EnvironmentObject var navigationHelper: NavigationHelper var body: some View { NavigationView { VStack { NavigationLink(destination: Text("Second View"), tag: "Second", selection: $navigationHelper.selection) { EmptyView() } NavigationLink(destination: Text("Third View"), tag: "Third", selection: $navigationHelper.selection) { EmptyView() } Button("Tap to show second") { self.navigationHelper.selection = "Second" } Button("Tap to show third") { self.navigationHelper.selection = "Third" } } .navigationBarTitle("Navigation") } } } 

To go back to contentview in child navigationlinks, you just set the navigationHelper.selection = nil.

Note you don't even have to use tag and selection for subsequent child nav links if you don't want to—they will not have functionality to go to that specific navigationLink though.

IOS 16 Solution

Now finally you can pop to the root view with the newly added NavigationStack!!!

struct DataObject: Identifiable, Hashable { let id = UUID() let name: String } @available(iOS 16.0, *) struct ContentView8: View { @State private var path = NavigationPath() var body: some View { NavigationStack(path: $path) { Text("Root Pop") .font(.largeTitle) .foregroundColor(.primary) NavigationLink("Click Item", value: DataObject.init(name: "Item")) .listStyle(.plain) .navigationDestination(for: DataObject.self) { course in Text(course.name) NavigationLink("Go Deeper", value: DataObject.init(name: "Item")) Button("Back to root") { path = NavigationPath() } } } .padding() } } 

I figured out a simple solution to pop to the root view. I am sending a notification and then listening for the notification to change the id of the NavigationView; this will refresh the NavigationView. There is not an animation, but it looks good. Here is the example:

@main struct SampleApp: App { @State private var navigationId = UUID() var body: some Scene { WindowGroup { NavigationView { Screen1() } .id(navigationId) .onReceive(NotificationCenter.default.publisher(for: Notification.Name("popToRootView"))) { output in navigationId = UUID() } } } } struct Screen1: View { var body: some View { VStack { Text("This is screen 1") NavigationLink("Show Screen 2", destination: Screen2()) } } } struct Screen2: View { var body: some View { VStack { Text("This is screen 2") Button("Go to Home") { NotificationCenter.default.post(name: Notification.Name("popToRootView"), object: nil) } } } } 

As far as I can see, there isn't any easy way to do it with the current beta 5. The only way I found is very hacky, but it works.

Basically, add a publisher to your DetailViewA which will be triggered from DetailViewB. In DetailViewB dismiss the view and inform the publisher, which itself will close DetailViewA.

 struct DetailViewB: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var publisher = PassthroughSubject<Void, Never>() var body: some View { VStack { Text("This is Detail View B.") Button(action: { self.presentationMode.value.dismiss() } ) { Text("Pop to Detail View A.") } Button(action: { DispatchQueue.main.async { self.presentationMode.wrappedValue.dismiss() self.publisher.send() } } ) { Text("Pop two levels to Master View.") } } } } struct DetailViewA: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var publisher = PassthroughSubject<Void, Never>() var body: some View { VStack { Text("This is Detail View A.") NavigationLink(destination: DetailViewB(publisher:self.publisher) ) { Text("Push to Detail View B.") } Button(action: { self.presentationMode.value.dismiss() } ) { Text("Pop one level to Master.") } } .onReceive(publisher, perform: { _ in DispatchQueue.main.async { print("Go Back to Master") self.presentationMode.wrappedValue.dismiss() } }) } } 

And Beta 6 still doesn't have a solution.

I found another way to go back to the root, but this time I'm losing the animation, and go straight to the root. The idea is to force a refresh of the root view, this way leading to a cleaning of the navigation stack.

But ultimately only Apple could bring a proper solution, as the management of the navigation stack is not available in SwiftUI.

NB: The simple solution by notification below works on iOS, not watchOS, as watchOS clears the root view from memory after two navigation levels. But having an external class managing the state for watchOS should just work.

struct DetailViewB: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> @State var fullDissmiss:Bool = false var body: some View { SGNavigationChildsView(fullDissmiss: self.fullDissmiss){ VStack { Text("This is Detail View B.") Button(action: { self.presentationMode.wrappedValue.dismiss() } ) { Text("Pop to Detail View A.") } Button(action: { self.fullDissmiss = true } ) { Text("Pop two levels to Master View with SGGoToRoot.") } } } } } struct DetailViewA: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> @State var fullDissmiss:Bool = false var body: some View { SGNavigationChildsView(fullDissmiss: self.fullDissmiss){ VStack { Text("This is Detail View A.") NavigationLink(destination: DetailViewB() ) { Text("Push to Detail View B.") } Button(action: { self.presentationMode.wrappedValue.dismiss() } ) { Text("Pop one level to Master.") } Button(action: { self.fullDissmiss = true } ) { Text("Pop one level to Master with SGGoToRoot.") } } } } } struct MasterView: View { var body: some View { VStack { Text("This is Master View.") NavigationLink(destination: DetailViewA() ) { Text("Push to Detail View A.") } } } } struct ContentView: View { var body: some View { SGRootNavigationView{ MasterView() } } } #if DEBUG struct ContentView_Previews: PreviewProvider { static var previews: some View { ContentView() } } #endif struct SGRootNavigationView<Content>: View where Content: View { let cancellable = NotificationCenter.default.publisher(for: Notification.Name("SGGoToRoot"), object: nil) let content: () -> Content init(@ViewBuilder content: @escaping () -> Content) { self.content = content } @State var goToRoot:Bool = false var body: some View { return Group{ if goToRoot == false{ NavigationView { content() } }else{ NavigationView { content() } } }.onReceive(cancellable, perform: {_ in DispatchQueue.main.async { self.goToRoot.toggle() } }) } } struct SGNavigationChildsView<Content>: View where Content: View { let notification = Notification(name: Notification.Name("SGGoToRoot")) var fullDissmiss:Bool{ get{ return false } set{ if newValue {self.goToRoot()} } } let content: () -> Content init(fullDissmiss:Bool, @ViewBuilder content: @escaping () -> Content) { self.content = content self.fullDissmiss = fullDissmiss } var body: some View { return Group{ content() } } func goToRoot(){ NotificationCenter.default.post(self.notification) } } 

This is an update to x0randgat3's answer that works for multiple NavigationViews within a TabView.

struct NavigationUtil { static func popToRootView(animated: Bool = false) { findNavigationController(viewController: UIApplication.shared.connectedScenes.flatMap { ($0 as? UIWindowScene)?.windows ?? [] }.first { $0.isKeyWindow }?.rootViewController)?.popToRootViewController(animated: animated) } static func findNavigationController(viewController: UIViewController?) -> UINavigationController? { guard let viewController = viewController else { return nil } if let navigationController = viewController as? UITabBarController { return findNavigationController(viewController: navigationController.selectedViewController) } if let navigationController = viewController as? UINavigationController { return navigationController } for childViewController in viewController.children { return findNavigationController(viewController: childViewController) } return nil } } 

Though there are many working answers available. But I'd like to suggest a cleaner approach for Navigation with SwiftUI.

You can simply add the Router to control all types of navigation in your App. It will create cleaner and more manageable routing inside your app.

With a router: Router you can pop back to root with just one line of code (Which is your main answer to the question):

router.navigateToRoot() 

First, make the following Router inside your App:

import SwiftUI import Combine final class Router: ObservableObject { // Add the views you need to control public enum Destination: Codable, Hashable { case masterView case detailViewA case detailViewB } @Published var path = NavigationPath() func navigate(to destination: Destination) { path.append(destination) } func navigateBack() { path.removeLast() } func navigateToRoot() { path.removeLast(path.count) } } 

You are done. Now you need to use the router to navigate inside your views:

import SwiftUI import Combine struct DetailViewB: View { @EnvironmentObject var router: Router var body: some View { VStack { Text("This is Detail View B.") Button(action: { router.navigateBack() } ) { Text("Pop to Detail View A.") } Button(action: { // MARK: Your answer router.navigateToRoot() }) { Text("Pop two levels to Master View (Root)") } } .navigationTitle("DetailView B") } } struct DetailViewA: View { @EnvironmentObject var router: Router var body: some View { VStack { Text("This is Detail View A.") NavigationLink(value: Router.Destination.detailViewB) { Text("Push to Detail View B.") } // You can do the following instead of NavigationLink /* Button("Push to Detail View B") { router.navigate(to: .detailViewB) } */ Button(action: { router.navigateBack() }) { Text("Pop one level to Master.") } } .navigationTitle("DetailView A") } } struct MasterView: View { var body: some View { VStack { Text("This is Master View.") NavigationLink(value: Router.Destination.detailViewA) { Text("Push to Detail View A.") } } .navigationTitle("Master View") } } struct ContentView: View { @ObservedObject var router = Router() var body: some View { NavigationStack(path: $router.path) { MasterView() .navigationDestination(for: Router.Destination.self) { destination in switch destination { case .detailViewA: DetailViewA() case .detailViewB: DetailViewB() case .masterView: MasterView() } } } .environmentObject(router) } } 

I figured out how to use complex navigation in SwiftUI. The trick is to collect all the states of your views, which tell if they are shown.

Start by defining a NavigationController. I have added the selection for the tabview tab and the Boolean values saying if a specific view is shown:

import SwiftUI final class NavigationController: ObservableObject { @Published var selection: Int = 1 @Published var tab1Detail1IsShown = false @Published var tab1Detail2IsShown = false @Published var tab2Detail1IsShown = false @Published var tab2Detail2IsShown = false } 

Setting up the tabview with two tabs and binding our NavigationController.selection to the tabview:

import SwiftUI struct ContentView: View { @EnvironmentObject var nav: NavigationController var body: some View { TabView(selection: self.$nav.selection) { FirstMasterView() .tabItem { Text("First") } .tag(0) SecondMasterView() .tabItem { Text("Second") } .tag(1) } } } 

As an example, this is one navigationStacks

import SwiftUI struct FirstMasterView: View { @EnvironmentObject var nav: NavigationController var body: some View { NavigationView { VStack { NavigationLink(destination: FirstDetailView(), isActive: self.$nav.tab1Detail1IsShown) { Text("go to first detail") } } .navigationBarTitle(Text("First MasterView")) } } } struct FirstDetailView: View { @EnvironmentObject var nav: NavigationController @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var body: some View { VStack(spacing: 20) { Text("first detail View").font(.title) NavigationLink(destination: FirstTabLastView(), isActive: self.$nav.tab1Detail2IsShown) { Text("go to last detail on nav stack") } Button(action: { self.nav.tab2Detail1IsShown = false // true will go directly to detail self.nav.tab2Detail2IsShown = false self.nav.selection = 1 }) { Text("Go to second tab") } } // In case of collapsing all the way back // there is a bug with the environment object // to go all the way back I have to use the presentationMode .onReceive(self.nav.$tab1Detail2IsShown, perform: { (out) in if out == false { self.presentationMode.wrappedValue.dismiss() } }) } } struct FirstTabLastView: View { @EnvironmentObject var nav: NavigationController var body: some View { Button(action: { self.nav.tab1Detail1IsShown = false self.nav.tab1Detail2IsShown = false }) { Text("Done and go back to beginning of navigation stack") } } } 

This approach is quite SwiftUI-state oriented.

This solution is based on malhal's answer, uses suggestions from Imthath and Florin Odagiu, and required Paul Hudson's NavigationView video to bring it all together for me.

The idea is very simple. The isActive parameter of a navigationLink is set to true when tapped. That allows a second view to appear. You can use additional links to add more views. To go back to the root, just set isActive to false. The second view, plus any others that may have stacked up, disappear.

import SwiftUI class Views: ObservableObject { @Published var stacked = false } struct ContentView: View { @ObservedObject var views = Views() var body: some View { NavigationView { NavigationLink(destination: ContentView2(), isActive: self.$views.stacked) { Text("Go to View 2") // Tapping this link sets stacked to true } .isDetailLink(false) .navigationBarTitle("ContentView") } .environmentObject(views) // Inject a new views instance into the navigation view environment so that it's available to all views presented by the navigation view. } } struct ContentView2: View { var body: some View { NavigationLink(destination: ContentView3()) { Text("Go to View 3") } .isDetailLink(false) .navigationBarTitle("View 2") } } struct ContentView3: View { @EnvironmentObject var views: Views var body: some View { Button("Pop to root") { self.views.stacked = false // By setting this to false, the second view that was active is no more. Which means, the content view is being shown once again. } .navigationBarTitle("View 3") } } 

For me, in order to achieve full control for the navigation that is still missing in SwiftUI, I just embedded the SwiftUI View inside a UINavigationController. inside the SceneDelegate. Take note that I hide the navigation bar in order to use the NavigationView as my display.

class SceneDelegate: UIResponder, UIWindowSceneDelegate { var window: UIWindow? func scene(_ scene: UIScene, willConnectTo session: UISceneSession, options connectionOptions: UIScene.ConnectionOptions) { UINavigationBar.appearance().tintColor = .black let contentView = OnBoardingView() if let windowScene = scene as? UIWindowScene { let window = UIWindow(windowScene: windowScene) let hostingVC = UIHostingController(rootView: contentView) let mainNavVC = UINavigationController(rootViewController: hostingVC) mainNavVC.navigationBar.isHidden = true window.rootViewController = mainNavVC self.window = window window.makeKeyAndVisible() } } } 

And then I have created this Protocol and Extension, HasRootNavigationController

import SwiftUI import UIKit protocol HasRootNavigationController { var rootVC:UINavigationController? { get } func push<Content:View>(view: Content, animated:Bool) func setRootNavigation<Content:View>(views:[Content], animated:Bool) func pop(animated: Bool) func popToRoot(animated: Bool) } extension HasRootNavigationController where Self:View { var rootVC:UINavigationController? { guard let scene = UIApplication.shared.connectedScenes.first, let sceneDelegate = scene as? UIWindowScene, let rootvc = sceneDelegate.windows.first?.rootViewController as? UINavigationController else { return nil } return rootvc } func push<Content:View>(view: Content, animated:Bool = true) { rootVC?.pushViewController(UIHostingController(rootView: view), animated: animated) } func setRootNavigation<Content:View>(views: [Content], animated:Bool = true) { let controllers = views.compactMap { UIHostingController(rootView: $0) } rootVC?.setViewControllers(controllers, animated: animated) } func pop(animated:Bool = true) { rootVC?.popViewController(animated: animated) } func popToRoot(animated: Bool = true) { rootVC?.popToRootViewController(animated: animated) } } 

After that, on my SwiftUI View, I used/implemented the HasRootNavigationController protocol and extension

extension YouSwiftUIView:HasRootNavigationController { func switchToMainScreen() { self.setRootNavigation(views: [MainView()]) } func pushToMainScreen() { self.push(view: [MainView()]) } func goBack() { self.pop() } func showTheInitialView() { self.popToRoot() } } 

Here is the gist of my code in case I have some updates. https://gist.github.com/michaelhenry/945fc63da49e960953b72bbc567458e6

Thanks to Malhal's @Binding solution, I learned I was missing the .isDetailLink(false) modifier.

In my case, I don't want to use the @Binding at every subsequent view.

This is my solution where I am using EnvironmentObject.

Step 1: Create an AppState ObservableObject

import SwiftUI import Combine class AppState: ObservableObject { @Published var moveToDashboard: Bool = false } 

Step 2: Create instance of AppState and add in contentView in SceneDelegate

func scene(_ scene: UIScene, willConnectTo session: UISceneSession, options connectionOptions: UIScene.ConnectionOptions) { // Create the SwiftUI view that provides the window contents. let contentView = ContentView() let appState = AppState() // Use a UIHostingController as window root view controller. if let windowScene = scene as? UIWindowScene { let window = UIWindow(windowScene: windowScene) window.rootViewController = UIHostingController(rootView: contentView .environmentObject(appState) ) self.window = window window.makeKeyAndVisible() } } 

Step 3: Code of ContentView.swift

I am updating the appState value of the last view in the Stack which using .onReceive() I am capturing in the contentView to update the isActive to false for the NavigationLink.

The key here is to use .isDetailLink(false) with the NavigationLink. Otherwise, it will not work.

import SwiftUI import Combine class AppState: ObservableObject { @Published var moveToDashboard: Bool = false } struct ContentView: View { @EnvironmentObject var appState: AppState @State var isView1Active: Bool = false var body: some View { NavigationView { VStack { Text("Content View") .font(.headline) NavigationLink(destination: View1(), isActive: $isView1Active) { Text("View 1") .font(.headline) } .isDetailLink(false) } .onReceive(self.appState.$moveToDashboard) { moveToDashboard in if moveToDashboard { print("Move to dashboard: \(moveToDashboard)") self.isView1Active = false self.appState.moveToDashboard = false } } } } } // MARK:- View 1 struct View1: View { var body: some View { VStack { Text("View 1") .font(.headline) NavigationLink(destination: View2()) { Text("View 2") .font(.headline) } } } } // MARK:- View 2 struct View2: View { @EnvironmentObject var appState: AppState var body: some View { VStack { Text("View 2") .font(.headline) Button(action: { self.appState.moveToDashboard = true }) { Text("Move to Dashboard") .font(.headline) } } } } struct ContentView_Previews: PreviewProvider { static var previews: some View { ContentView() } } 

Here is my solution. IT works anywhere, without dependency.

let window = UIApplication.shared.connectedScenes .filter { $0.activationState == .foregroundActive } .map { $0 as? UIWindowScene } .compactMap { $0 } .first?.windows .filter { $0.isKeyWindow } .first let nvc = window?.rootViewController?.children.first as? UINavigationController nvc?.popToRootViewController(animated: true) 

There is a simple solution in iOS 15 for that by using dismiss() and passing dismiss to the subview:

struct ContentView: View { @State private var showingSheet = false var body: some View { NavigationView { Button("show sheet", action: { showingSheet.toggle()}) .navigationTitle("ContentView") }.sheet(isPresented: $showingSheet) { FirstSheetView() } } } struct FirstSheetView: View { @Environment(\.dismiss) var dismiss var body: some View { NavigationView { List { NavigationLink(destination: SecondSheetView(dismiss: _dismiss)) { Text("show 2nd Sheet view") } NavigationLink(destination: ThirdSheetView(dismiss: _dismiss)) { Text("show 3rd Sheet view") } Button("cancel", action: {dismiss()}) } .navigationTitle("1. SheetView") } } } struct SecondSheetView: View { @Environment(\.dismiss) var dismiss var body: some View { List { NavigationLink(destination: ThirdSheetView(dismiss: _dismiss)) { Text("show 3rd SheetView") } Button("cancel", action: {dismiss()}) } .navigationTitle("2. SheetView") } } struct ThirdSheetView: View { @Environment(\.dismiss) var dismiss var body: some View { List { Button("cancel", action: {dismiss()}) } .navigationTitle("3. SheetView") } } 

Here is my slow, animated, a bit rough backwards pop solution using onAppear, valid for Xcode 11 and iOS 13.1:

import SwiftUI import Combine struct NestedViewLevel3: View { @Binding var resetView:Bool @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var body: some View { VStack { Spacer() Text("Level 3") Spacer() Button(action: { self.presentationMode.wrappedValue.dismiss() }) { Text("Back") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.blue) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) )} Spacer() Button(action: { self.$resetView.wrappedValue = true self.presentationMode.wrappedValue.dismiss() }) { Text("Reset") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.blue) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) )} Spacer() } .navigationBarBackButtonHidden(false) .navigationBarTitle("Level 3", displayMode: .inline) .onAppear(perform: {print("onAppear level 3")}) .onDisappear(perform: {print("onDisappear level 3")}) } } struct NestedViewLevel2: View { @Binding var resetView:Bool @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var body: some View { VStack { Spacer() NavigationLink(destination: NestedViewLevel3(resetView:$resetView)) { Text("To level 3") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.gray) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) ) .shadow(radius: 10) } Spacer() Text("Level 2") Spacer() Button(action: { self.presentationMode.wrappedValue.dismiss() }) { Text("Back") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.blue) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) )} Spacer() } .navigationBarBackButtonHidden(false) .navigationBarTitle("Level 2", displayMode: .inline) .onAppear(perform: { print("onAppear level 2") if self.$resetView.wrappedValue { self.presentationMode.wrappedValue.dismiss() } }) .onDisappear(perform: {print("onDisappear level 2")}) } } struct NestedViewLevel1: View { @Binding var resetView:Bool @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var body: some View { VStack { Spacer() NavigationLink(destination: NestedViewLevel2(resetView:$resetView)) { Text("To level 2") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.gray) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) ) .shadow(radius: 10) } Spacer() Text("Level 1") Spacer() Button(action: { self.presentationMode.wrappedValue.dismiss() }) { Text("Back") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.blue) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) )} Spacer() } .navigationBarBackButtonHidden(false) .navigationBarTitle("Level 1", displayMode: .inline) .onAppear(perform: { print("onAppear level 1") if self.$resetView.wrappedValue { self.presentationMode.wrappedValue.dismiss() } }) .onDisappear(perform: {print("onDisappear level 1")}) } } struct RootViewLevel0: View { @Binding var resetView:Bool var body: some View { NavigationView { VStack { Spacer() NavigationLink(destination: NestedViewLevel1(resetView:$resetView)) { Text("To level 1") .padding(.horizontal, 15) .padding(.vertical, 2) .foregroundColor(Color.white) .clipped(antialiased: true) .background( RoundedRectangle(cornerRadius: 20) .foregroundColor(Color.gray) .frame(minWidth: 0, maxWidth: .infinity, minHeight: 0, maxHeight: 40, alignment: .center) ) .shadow(radius: 10) } //.disabled(false) //.hidden() Spacer() } } //.frame(width:UIScreen.main.bounds.width,height: UIScreen.main.bounds.height - 110) .navigationBarTitle("Root level 0", displayMode: .inline) .navigationBarBackButtonHidden(false) .navigationViewStyle(StackNavigationViewStyle()) .onAppear(perform: { print("onAppear root level 0") self.resetNavView() }) .onDisappear(perform: {print("onDisappear root level 0")}) } func resetNavView(){ print("resetting objects") self.$resetView.wrappedValue = false } } struct ContentView: View { @State var resetView = false var body: some View { RootViewLevel0(resetView:$resetView) } } struct ContentView_Previews: PreviewProvider { static var previews: some View { ContentView() } } 

NavigationViewKit

import NavigationViewKit NavigationView { List(0..<10) { _ in NavigationLink("abc", destination: DetailView()) } } .navigationViewManager(for: "nv1", afterBackDo: {print("back to root") }) 

In any view in NavigationView:

@Environment(\.navigationManager) var nvmanager Button("back to root view") { nvmanager.wrappedValue.popToRoot(tag:"nv1") { print("other back") } } 

You can also call it through NotificationCenter without calling it in the view

let backToRootItem = NavigationViewManager.BackToRootItem(tag: "nv1", animated: false, action: {}) NotificationCenter.default.post(name: .NavigationViewManagerBackToRoot, object: backToRootItem) 

I found a solution that works fine for me. Here is how it works:

A GIF image shows how it works

In the ContentView.swift file:

1. define a RootSelection class, declare an @EnvironmentObject of RootSelection to record the tag of the current active NavigationLink only in root view.
2. add a modifier .isDetailLink(false) to each NavigationLink that is not a final detail view.
3. use a file system hierarchy to simulate the NavigationView.
4. this solution works fine when the root view has multiple NavigationLink.

import SwiftUI struct ContentView: View { var body: some View { NavigationView { SubView(folder: rootFolder) } } } struct SubView: View { @EnvironmentObject var rootSelection: RootSelection var folder: Folder var body: some View { List(self.folder.documents) { item in if self.folder.documents.count == 0 { Text("empty folder") } else { if self.folder.id == rootFolder.id { NavigationLink(item.name, destination: SubView(folder: item as! Folder), tag: item.id, selection: self.$rootSelection.tag) .isDetailLink(false) } else { NavigationLink(item.name, destination: SubView(folder: item as! Folder)) .isDetailLink(false) } } } .navigationBarTitle(self.folder.name, displayMode: .large) .listStyle(SidebarListStyle()) .overlay( Button(action: { rootSelection.tag = nil }, label: { Text("back to root") }) .disabled(self.folder.id == rootFolder.id) ) } } struct ContentView_Previews: PreviewProvider { static var previews: some View { ContentView() .environmentObject(RootSelection()) } } class RootSelection: ObservableObject { @Published var tag: UUID? = nil } class Document: Identifiable { let id = UUID() var name: String init(name: String) { self.name = name } } class File: Document {} class Folder: Document { var documents: [Document] init(name: String, documents: [Document]) { self.documents = documents super.init(name: name) } } let rootFolder = Folder(name: "root", documents: [ Folder(name: "folder1", documents: [ Folder(name: "folder1.1", documents: []), Folder(name: "folder1.2", documents: []), ]), Folder(name: "folder2", documents: [ Folder(name: "folder2.1", documents: []), Folder(name: "folder2.2", documents: []), ]) ]) 

.environmentObject(RootSelection()) is required for the ContentView() object in xxxApp.swift files.

import SwiftUI @main struct DraftApp: App { var body: some Scene { WindowGroup { ContentView() .environmentObject(RootSelection()) } } } 

At first, I was using the solution from the Chuck H that was posted here.

But I was faced with an issue when this solution didn't work in my case. It was connected to the case when the root view is a start point for two or more flows and at some point of these flows the user has the ability to do the pop to root. And in this case this solution didn't work because it has the one common state @Environment(\.rootPresentationMode) private var rootPresentationMode

I made the RouteManager with the additional enum Route which describes some specific flow where the user has the ability to do the pop to root

RouteManager:

final class RouteManager: ObservableObject { @Published private var routers: [Int: Route] = [:] subscript(for route: Route) -> Route? { get { routers[route.rawValue] } set { routers[route.rawValue] = route } } func select(_ route: Route) { routers[route.rawValue] = route } func unselect(_ route: Route) { routers[route.rawValue] = nil } } 

Route:

enum Route: Int, Hashable { case signUp case restorePassword case orderDetails } 

Usage:

struct ContentView: View { @EnvironmentObject var routeManager: RouteManager var body: some View { NavigationView { VStack { NavigationLink( destination: SignUp(), tag: .signUp, selection: $routeManager[for: .signUp] ) { EmptyView() }.isDetailLink(false) NavigationLink( destination: RestorePassword(), tag: .restorePassword, selection: $routeManager[for: .restorePassword] ) { EmptyView() }.isDetailLink(false) Button("Sign Up") { routeManager.select(.signUp) } Button("Restore Password") { routeManager.select(.restorePassword) } } .navigationBarTitle("Navigation") .onAppear { routeManager.unselect(.signUp) routeManager.unselect(.restorePassword) } }.navigationViewStyle(StackNavigationViewStyle()) } } 

!! IMPORTANT !!

You should use the unselect method of the RouteManager when the user goes forward to the flow and then goes back by tapping on the back button. In this case, need to reset the state of our route manager for the previously selected flows to avoid undefined (unexpected) behavior:

.onAppear { routeManager.unselect(.signUp) routeManager.unselect(.restorePassword) } 

You can find a full demo project here.

It's very hard to achieve with NavigationView and NavigationLink. However, if you are using the UIPilot library, which a tiny wrapper around NavigationView, popping to any destination is very straightforward.

Suppose you have routes,

enum AppRoute: Equatable { case Home case Detail case NestedDetail } 

and you have setup root view like below

struct ContentView: View { @StateObject var pilot = UIPilot(initial: AppRoute.Home) var body: some View { UIPilotHost(pilot) { route in switch route { case .Home: return AnyView(HomeView()) case .Detail: return AnyView(DetailView()) case .NestedDetail: return AnyView(NestedDetail()) } } } } 

And you want to pop to Home from the NestedDetail screen. Just use the popTo function.

struct NestedDetail: View { @EnvironmentObject var pilot: UIPilot<AppRoute> var body: some View { VStack { Button("Go to home", action: { pilot.popTo(.Home) // Pop to home }) }.navigationTitle("Nested detail") } } 

I came up with another technique which works but it still feels strange. It also still animates both screens dismissing, but it's a little cleaner. You can either A ) Pass a closure down to the subsequent detail screens or B ) pass detailB the presentationMode of detailA. Both of these require dismissing detailB, then delaying a short while so detailA is back on-screen before attempting to dismiss detailA.

let minDelay = TimeInterval(0.001) struct ContentView: View { var body: some View { NavigationView { VStack { NavigationLink("Push Detail A", destination: DetailViewA()) }.navigationBarTitle("Root View") } } } struct DetailViewA: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> var body: some View { VStack { Spacer() NavigationLink("Push Detail With Closure", destination: DetailViewWithClosure(dismissParent: { self.dismiss() })) Spacer() NavigationLink("Push Detail with Parent Binding", destination: DetailViewWithParentBinding(parentPresentationMode: self.presentationMode)) Spacer() }.navigationBarTitle("Detail A") } func dismiss() { print ("Detail View A dismissing self.") presentationMode.wrappedValue.dismiss() } } struct DetailViewWithClosure: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> @State var dismissParent: () -> Void var body: some View { VStack { Button("Pop Both Details") { self.popParent() } }.navigationBarTitle("Detail With Closure") } func popParent() { presentationMode.wrappedValue.dismiss() DispatchQueue.main.asyncAfter(deadline: .now() + minDelay) { self.dismissParent() } } } struct DetailViewWithParentBinding: View { @Environment(\.presentationMode) var presentationMode: Binding<PresentationMode> @Binding var parentPresentationMode: PresentationMode var body: some View { VStack { Button("Pop Both Details") { self.popParent() } }.navigationBarTitle("Detail With Binding") } func popParent() { presentationMode.wrappedValue.dismiss() DispatchQueue.main.asyncAfter(deadline: .now() + minDelay) { self.parentPresentationMode.dismiss() } } } 

The more I think about how SwiftUI works and how things are structured, the less I think Apple will provide something equivalent to popToRootViewController or other direct edits to the navigation stack. It flies in the face of the way SwiftUI builds up view structs because it lets a child view reach up into a parent's state and manipulate it. Which is exactly what these approaches do, but they do it explicitly and overtly. DetailViewA can't create either of the of the destination views without providing access into its own state, meaning the author has to think through the implications of providing said access.

Details

• Xcode Version 13.2.1 (13C100), Swift 5.5

Solution

Linked list

https://github.com/raywenderlich/swift-algorithm-club/blob/master/Linked%20List/LinkedList.swift

NavigationStack

import SwiftUI import Combine ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // MARK: Custom NavigationLink ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// final class CustomNavigationLinkViewModel<CustomViewID>: ObservableObject where CustomViewID: Equatable { private weak var navigationStack: NavigationStack<CustomViewID>? /// `viewId` is used to find a `CustomNavigationLinkViewModel` in the `NavigationStack` let viewId = UUID().uuidString /// `customId` is used to mark a `CustomNavigationLink` in the `NavigationStack`. This is kind of external id. /// In `NavigationStack` we always prefer to use `viewId`. But from time to time we need to implement `pop several views` /// and that is the purpose of the `customId` /// Developer can just create a link with `customId` e.g. `navigationStack.navigationLink(customId: "123") { .. }` /// And to pop directly to view `"123"` should use `navigationStack.popToLast(customId: "123")` let customId: CustomViewID? @Published var isActive = false { didSet { navigationStack?.updated(linkViewModel: self) } } init (navigationStack: NavigationStack<CustomViewID>, customId: CustomViewID? = nil) { self.navigationStack = navigationStack self.customId = customId } } extension CustomNavigationLinkViewModel: Equatable { static func == (lhs: CustomNavigationLinkViewModel, rhs: CustomNavigationLinkViewModel) -> Bool { lhs.viewId == rhs.viewId && lhs.customId == rhs.customId } } struct CustomNavigationLink<Label, Destination, CustomViewID>: View where Label: View, Destination: View, CustomViewID: Equatable { /// Link `ViewModel` where all states are stored @StateObject var viewModel: CustomNavigationLinkViewModel<CustomViewID> let destination: () -> Destination let label: () -> Label var body: some View { NavigationLink(isActive: $viewModel.isActive, destination: destination, label: label) } } ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // MARK: NavigationStack ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// class NavigationStack<CustomViewID>: ObservableObject where CustomViewID: Equatable { typealias Link = WeakReference<CustomNavigationLinkViewModel<CustomViewID>> private var linkedList = LinkedList<Link>() func navigationLink<Label, Destination>(customId: CustomViewID? = nil, @ViewBuilder destination: @escaping () -> Destination, @ViewBuilder label: @escaping () -> Label) -> some View where Label: View, Destination: View { createNavigationLink(customId: customId, destination: destination, label: label) } private func createNavigationLink<Label, Destination>(customId: CustomViewID? = nil, @ViewBuilder destination: @escaping () -> Destination, @ViewBuilder label: @escaping () -> Label) -> CustomNavigationLink<Label, Destination, CustomViewID> where Label: View, Destination: View { .init(viewModel: CustomNavigationLinkViewModel(navigationStack: self, customId: customId), destination: destination, label: label) } } // MARK: Nested Types extension NavigationStack { /// To avoid retain cycle it is important to store weak reference to the `CustomNavigationLinkViewModel` final class WeakReference<T> where T: AnyObject { private(set) weak var weakReference: T? init(value: T) { self.weakReference = value } deinit { print("deinited WeakReference") } } } // MARK: Searching extension NavigationStack { private func last(where condition: (Link) -> Bool) -> LinkedList<Link>.Node? { var node = linkedList.last while(node != nil) { if let node = node, condition(node.value) { return node } node = node?.previous } return nil } } // MARK: Binding extension NavigationStack { fileprivate func updated(linkViewModel: CustomNavigationLinkViewModel<CustomViewID>) { guard linkViewModel.isActive else { switch linkedList.head?.value.weakReference { case nil: break case linkViewModel: linkedList.removeAll() default: last (where: { $0.weakReference === linkViewModel })?.previous?.next = nil } return } linkedList.append(WeakReference(value: linkViewModel)) } } // MARK: pop functionality extension NavigationStack { func popToRoot() { linkedList.head?.value.weakReference?.isActive = false } func pop() { linkedList.last?.value.weakReference?.isActive = false } func popToLast(customId: CustomViewID) { last (where: { $0.weakReference?.customId == customId })?.value.weakReference?.isActive = false } } #if DEBUG extension NavigationStack { var isEmpty: Bool { linkedList.isEmpty } var count: Int { linkedList.count } func testCreateNavigationLink<Label, Destination>(viewModel: CustomNavigationLinkViewModel<CustomViewID>, @ViewBuilder destination: @escaping () -> Destination, @ViewBuilder label: @escaping () -> Label) -> CustomNavigationLink<Label, Destination, CustomViewID> where Label: View, Destination: View { .init(viewModel: viewModel, destination: destination, label: label) } } #endif 

Usage (short sample)

Create NavigationLink:

struct Page: View { @EnvironmentObject var navigationStack: NavigationStack<String> var body: some View { navigationStack.navigationLink { NextView(...) } label: { Text("Next page") } } } 

Pop functionality

struct Page: View { @EnvironmentObject var navigationStack: NavigationStack<String> var body: some View { Button("Pop") { navigationStack.pop() } Button("Pop to Page 1") { navigationStack.popToLast(customId: "1") } Button("Pop to root") { navigationStack.popToRoot() } } } 

Usage (full sample)

import SwiftUI struct ContentView: View { var body: some View { TabView { addTab(title: "Tab 1", systemImageName: "house") addTab(title: "Tab 2", systemImageName: "bookmark") } } func addTab(title: String, systemImageName: String) -> some View { NavigationView { RootPage(title: "\(title) home") .navigationBarTitle(title) } .environmentObject(NavigationStack<String>()) .navigationViewStyle(StackNavigationViewStyle()) .tabItem { Image(systemName: systemImageName) Text(title) } } } struct RootPage: View { let title: String var body: some View { SimplePage(title: title, pageCount: 0) } } struct SimplePage: View { @EnvironmentObject var navigationStack: NavigationStack<String> var title: String var pageCount: Int var body: some View { VStack { navigationStack.navigationLink(customId: "\(pageCount)") { // router.navigationLink { SimplePage(title: "Page: \(pageCount + 1)", pageCount: pageCount + 1) } label: { Text("Next page") } Button("Pop") { navigationStack.pop() } Button("Pop to Page 1") { navigationStack.popToLast(customId: "1") } Button("Pop to root") { navigationStack.popToRoot() } } .navigationTitle(title) } } 

Some Unit tests

@testable import SwiftUIPop import XCTest import SwiftUI import Combine class SwiftUIPopTests: XCTestCase { typealias CustomLinkID = String typealias Stack = NavigationStack<CustomLinkID> private let stack = Stack() } // MARK: Empty Navigation Stack extension SwiftUIPopTests { func testNoCrashOnPopToRootOnEmptyStack() { XCTAssertTrue(stack.isEmpty) stack.popToRoot() } func testNoCrashOnPopToLastOnEmptyStack() { XCTAssertTrue(stack.isEmpty) stack.popToLast(customId: "123") } func testNoCrashOnPopOnEmptyStack() { XCTAssertTrue(stack.isEmpty) stack.pop() } } // MARK: expectation functions private extension SwiftUIPopTests { func navigationStackShould(beEmpty: Bool) { if beEmpty { XCTAssertTrue(stack.isEmpty, "Navigation Stack should be empty") } else { XCTAssertFalse(stack.isEmpty, "Navigation Stack should not be empty") } } } // MARK: Data / model generators private extension SwiftUIPopTests { func createNavigationLink(viewModel: CustomNavigationLinkViewModel<CustomLinkID>, stack: Stack) -> CustomNavigationLink<EmptyView, EmptyView, CustomLinkID> { stack.testCreateNavigationLink(viewModel: viewModel) { EmptyView() } label: { EmptyView() } } func createNavigationLinkViewModel(customId: CustomLinkID? = nil) -> CustomNavigationLinkViewModel<CustomLinkID> { .init(navigationStack: stack, customId: customId) } } // MARK: test `isActive` changing from `true` to `false` on `pop` extension SwiftUIPopTests { private func isActiveChangeOnPop(customId: String? = nil, popAction: (Stack) -> Void, file: StaticString = #file, line: UInt = #line) { navigationStackShould(beEmpty: true) let expec = expectation(description: "Wait for viewModel.isActive changing") var canalables = Set<AnyCancellable>() let viewModel = createNavigationLinkViewModel(customId: customId) let navigationLink = createNavigationLink(viewModel: viewModel, stack: stack) navigationLink.viewModel.isActive = true navigationLink.viewModel.$isActive.dropFirst().sink { value in expec.fulfill() }.store(in: &canalables) navigationStackShould(beEmpty: false) popAction(stack) waitForExpectations(timeout: 2) navigationStackShould(beEmpty: true) } func testIsActiveChangeOnPop() { isActiveChangeOnPop { $0.pop() } } func testIsActiveChangeOnPopToRoot() { isActiveChangeOnPop { $0.popToRoot() } } func testIsActiveChangeOnPopToLast() { let customId = "1234" isActiveChangeOnPop(customId: customId) { $0.popToLast(customId: customId) } } func testIsActiveChangeOnPopToLast2() { navigationStackShould(beEmpty: true) let expec = expectation(description: "Wait") var canalables = Set<AnyCancellable>() let viewModel = createNavigationLinkViewModel(customId: "123") let navigationLink = createNavigationLink(viewModel: viewModel, stack: stack) navigationLink.viewModel.isActive = true navigationLink.viewModel.$isActive.dropFirst().sink { value in expec.fulfill() }.store(in: &canalables) navigationStackShould(beEmpty: false) stack.popToLast(customId: "1234") DispatchQueue.main.asyncAfter(deadline: .now() + .seconds(1)) { expec.fulfill() } waitForExpectations(timeout: 3) navigationStackShould(beEmpty: false) } } // MARK: Check that changing `CustomNavigationLinkViewModel.isActive` will update `Navigation Stack` extension SwiftUIPopTests { // Add and remove view to the empty stack private func isActiveChangeUpdatesNavigationStack1(createLink: (Stack) -> CustomNavigationLink<EmptyView, EmptyView, String>) { navigationStackShould(beEmpty: true) let navigationLink = createLink(stack) navigationStackShould(beEmpty: true) navigationLink.viewModel.isActive = true navigationStackShould(beEmpty: false) navigationLink.viewModel.isActive = false navigationStackShould(beEmpty: true) } func testIsActiveChangeUpdatesNavigationStack1() { isActiveChangeUpdatesNavigationStack1 { stack in let viewModel = createNavigationLinkViewModel() return createNavigationLink(viewModel: viewModel, stack: stack) } } func testIsActiveChangeUpdatesNavigationStack2() { isActiveChangeUpdatesNavigationStack1 { stack in let viewModel = createNavigationLinkViewModel(customId: "123") return createNavigationLink(viewModel: viewModel, stack: stack) } } // Add and remove view to the non-empty stack private func isActiveChangeUpdatesNavigationStack2(createLink: (Stack) -> CustomNavigationLink<EmptyView, EmptyView, String>) { navigationStackShould(beEmpty: true) let viewModel1 = createNavigationLinkViewModel() let navigationLink1 = createNavigationLink(viewModel: viewModel1, stack: stack) navigationLink1.viewModel.isActive = true navigationStackShould(beEmpty: false) XCTAssertEqual(stack.count, 1, "Navigation Stack Should contains only one link") let navigationLink2 = createLink(stack) navigationLink2.viewModel.isActive = true navigationStackShould(beEmpty: false) navigationLink2.viewModel.isActive = false XCTAssertEqual(stack.count, 1, "Navigation Stack Should contains only one link") } func testIsActiveChangeUpdatesNavigationStack3() { isActiveChangeUpdatesNavigationStack2 { stack in let viewModel = createNavigationLinkViewModel() return createNavigationLink(viewModel: viewModel, stack: stack) } } func testIsActiveChangeUpdatesNavigationStack4() { isActiveChangeUpdatesNavigationStack2 { stack in let viewModel = createNavigationLinkViewModel(customId: "123") return createNavigationLink(viewModel: viewModel, stack: stack) } } } 

I recently created an open source project called swiftui-navigation-stack. It's an alternative navigation stack for SwiftUI. Take a look at the README for all the details; it's really easy to use.

First of all, if you want to navigate between screens (i.e., fullscreen views) define your own simple Screen view:

struct Screen<Content>: View where Content: View { let myAppBackgroundColour = Color.white let content: () -> Content var body: some View { ZStack { myAppBackgroundColour.edgesIgnoringSafeArea(.all) content() } } } 

Then embed your root in a NavigationStackView (as you'd do with the standard NavigationView):

struct RootView: View { var body: some View { NavigationStackView { Homepage() } } } 

Now let's create a couple of child views just to show you the basic behaviour:

struct Homepage: View { var body: some View { Screen { PushView(destination: FirstChild()) { Text("PUSH FORWARD") } } } } struct FirstChild: View { var body: some View { Screen { VStack { PopView { Text("JUST POP") } PushView(destination: SecondChild()) { Text("PUSH FORWARD") } } } } } struct SecondChild: View { var body: some View { Screen { VStack { PopView { Text("JUST POP") } PopView(destination: .root) { Text("POP TO ROOT") } } } } } 

You can exploit PushView and PopView to navigate back and forth. Of course, your content view inside the SceneDelegate must be:

// Create the SwiftUI view that provides the window contents. let contentView = RootView() 

The result is:

Here's a generic approach for complex navigation which combines many approaches described here. This pattern is useful if you have many flows which need to pop back to the root and not just one.

First, set up your environment ObservableObject and for readability, use an enum to type your views.

class ActiveView : ObservableObject { @Published var selection: AppView? = nil } enum AppView : Comparable { case Main, Screen_11, Screen_12, Screen_21, Screen_22 } [...] let activeView = ActiveView() window.rootViewController = UIHostingController(rootView: contentView.environmentObject(activeView)) 

In your main ContentView, use buttons with NavigationLink on EmptyView(). We do that to use the isActive parameter of NavigationLink instead of the tag and selection. Screen_11 on main view needs to remain active on Screen_12, and conversely, Screen_21 needs to remain active with Screen_22 or otherwise the views will pop out. Don't forget to set your isDetailLink to false.

struct ContentView: View { @EnvironmentObject private var activeView: ActiveView var body: some View { NavigationView { VStack { // These buttons navigate by setting the environment variable. Button(action: { self.activeView.selection = AppView.Screen_1.1}) { Text("Navigate to Screen 1.1") } Button(action: { self.activeView.selection = AppView.Screen_2.1}) { Text("Navigate to Screen 2.1") } // These are the navigation link bound to empty views so invisible NavigationLink( destination: Screen_11(), isActive: orBinding(b: self.$activeView.selection, value1: AppView.Screen_11, value2: AppView.Screen_12)) { EmptyView() }.isDetailLink(false) NavigationLink( destination: Screen_21(), isActive: orBinding(b: self.$activeView.selection, value1: AppView.Screen_21, value2: AppView.Screen_22)) { EmptyView() }.isDetailLink(false) } } } 

You can use the same pattern on Screen_11 to navigate to Screen_12.

Now, the breakthrough for that complex navigation is the orBinding. It allows the stack of views on a navigation flow to remain active. Whether you are on Screen_11 or Screen_12, you need the NavigationLink(Screen_11) to remain active.

// This function create a new Binding<Bool> compatible with NavigationLink.isActive func orBinding<T:Comparable>(b: Binding<T?>, value1: T, value2: T) -> Binding<Bool> { return Binding<Bool>( get: { return (b.wrappedValue == value1) || (b.wrappedValue == value2) }, set: { newValue in } // Don't care the set ) } 

malhal's answer is definitely the proper one. I made a wrapper to NavigationLink that allows me to apply any modifiers I need besides the isDetailLink(false) one and capture whatever data I need.

Specifically, it captures the isActive binding or the tag binding so that I can reset those when I want to pop to whatever view declared itself the root.

Setting isRoot = true will store the binding for that view, and the dismiss parameter takes an optional closure in case you need something done when the pop happens.

I copied the basic signatures from the SwiftUI NavigationLinks initializers for simple boolean or tag based navigation so that it is easy to edit existing usages. It should be straightforward to add others if needed.

The wrapper looks like this:

struct NavigationStackLink<Label, Destination> : View where Label : View, Destination : View { var isActive: Binding<Bool>? // Optionality implies whether tag or Bool binding is used var isRoot: Bool = false let link: NavigationLink<Label, Destination> private var dismisser: () -> Void = {} /// Wraps [NavigationLink](https://developer.apple.com/documentation/swiftui/navigationlink/init(isactive:destination:label:)) /// `init(isActive: Binding<Bool>, destination: () -> Destination, label: () -> Label)` /// - Parameters: /// - isActive: A Boolean binding controlling the presentation state of the destination /// - isRoot: Indicate if this is the root view. Used to pop to root level. Default `false` /// - dismiss: A closure that is called when the link destination is about to be dismissed /// - destination: The link destination view /// - label: The links label init(isActive: Binding<Bool>, isRoot : Bool = false, dismiss: @escaping () -> Void = {}, @ViewBuilder destination: @escaping () -> Destination, @ViewBuilder label: @escaping () -> Label) { self.isActive = isActive self.isRoot = isRoot self.link = NavigationLink(isActive: isActive, destination: destination, label: label) self.dismisser = dismiss } /// Wraps [NavigationLink ](https://developer.apple.com/documentation/swiftui/navigationlink/init(tag:selection:destination:label:)) init<V>(tag: V, selection: Binding<V?>, isRoot : Bool = false, dismiss: @escaping () -> Void = {}, @ViewBuilder destination: @escaping () -> Destination, @ViewBuilder label: @escaping () -> Label) where V : Hashable { self.isRoot = isRoot self.link = NavigationLink(tag: tag, selection: selection, destination: destination, label: label) self.dismisser = dismiss self.isActive = Binding (get: { selection.wrappedValue == tag }, set: { newValue in if newValue { selection.wrappedValue = tag } else { selection.wrappedValue = nil } }) } // Make sure you inject your external store into your view hierarchy @EnvironmentObject var viewRouter: ViewRouter var body: some View { // Store whatever you need to in your external object if isRoot { viewRouter.root = isActive } viewRouter.dismissals.append(self.dismisser) // Return the link with whatever modification you need return link .isDetailLink(false) } } 

The ViewRouter can be whatever you need. I used an ObservableObject with the intent to eventually add some Published values for more complex stack manipulation in the future:

class ViewRouter: ObservableObject { var root: Binding<Bool>? typealias Dismiss = () -> Void var dismissals : [Dismiss] = [] func popToRoot() { dismissals.forEach { dismiss in dismiss() } dismissals = [] root?.wrappedValue = false } } 

I did not find a solution in SwiftUI yet, but I found the library CleanUI.

Using the CUNavigation class, I can achieve exactly the navigation pattern I wanted.

An example from the library's README:

NavigationView { Button(action: { CUNavigation.pushToSwiftUiView(YOUR_VIEW_HERE) }){ Text("Push To SwiftUI View") } Button(action: { CUNavigation.popToRootView() }){ Text("Pop to the Root View") } Button(action: { CUNavigation.pushBottomSheet(YOUR_VIEW_HERE) }){ Text("Push to a Botton-Sheet") } } 

The answer from @malhal really helped out, but in my situation I needed functionality when each button was pressed before navigating. If you are in that same boat try this code out!

// ContentView.swift // Navigation View Buttons // // Created by Jarren Campos on 9/10/22. // import SwiftUI struct ContentView: View { var body: some View{ VStack{ ContentView1() } } } struct ContentView1: View { @State var isActive : Bool = false var body: some View { NavigationView { VStack{ Button { isActive = true } label: { Text("To 2") } } .background{ NavigationLink( destination: ContentView2(rootIsActive: self.$isActive), isActive: self.$isActive) {} .isDetailLink(false) } .navigationBarTitle("One") } } } struct ContentView2: View { @Binding var rootIsActive : Bool @State var toThirdView: Bool = false var body: some View { VStack{ Button { toThirdView = true } label: { Text("to 3") } } .background{ NavigationLink(isActive: $toThirdView) { ContentView3(shouldPopToRootView: self.$rootIsActive) } label: {} .isDetailLink(false) } .navigationBarTitle("Two") } } struct ContentView3: View { @Binding var shouldPopToRootView : Bool var body: some View { VStack { Text("Hello, World #3!") Button { self.shouldPopToRootView = false } label: { Text("Pop to root") } } .navigationBarTitle("Three") } } 

I don't have exactly the same issue but I do have code that changes the root view from one that doesn't support a navigation stack to one that does. The trick is that I don't do it in SwiftUI - I do it in the SceneDelegate and replace the UIHostingController with a new one.

Here's a simplified extract from my SceneDelegate:

 func changeRootToOnBoarding() { guard let window = window else { return } let onBoarding = OnBoarding(coordinator: notificationCoordinator) .environmentObject(self) window.rootViewController = UIHostingController(rootView: onBoarding) } func changeRootToTimerList() { guard let window = window else { return } let listView = TimerList() .environmentObject(self) window.rootViewController = UIHostingController(rootView: listView) } 

Since the SceneDelegate put itself in the environment any child view can add

 /// Our "parent" SceneDelegate that can change the root view. @EnvironmentObject private var sceneDelegate: SceneDelegate 

and then call public functions on the delegate. I think if you did something similar that kept the View but created a new UIHostingController for it and replaced window.rootViewController it might work for you.

Elementary. Enough in the root view (where you want to go back) use NavigationLink with an isActive designer. In the last view, switch to the FALSE variable controlling the isActive parameter.

In the Swift version 5.5 use .isDetaillink(false) is optional.

You can use some common class as I have in the example, or transmit this variable down the VIEW hierarchy through binding. Use how it is more convenient for you.

class ViewModel: ObservableObject { @Published var isActivate = false } @main struct TestPopToRootApp: App { let vm = ViewModel() var body: some Scene { WindowGroup { ContentView() .environmentObject(vm) } } } struct ContentView: View { @EnvironmentObject var vm: ViewModel var body: some View { NavigationView { NavigationLink("Go to view2", destination: NavView2(), isActive: $vm.isActivate) .navigationTitle(Text("Root view")) } } } struct NavView2: View { var body: some View { NavigationLink("Go to view3", destination: NavView3()) .navigationTitle(Text("view2")) } } struct NavView3: View { @EnvironmentObject var vm: ViewModel var body: some View { Button { vm.isActivate = false } label: { Text("Back to root") } .navigationTitle(Text("view3")) } } 

To go to Root View without using .isDetailLink(false) you need to remove NavigationLink from hierarchy view of Root View

class NavigationLinkStore: ObservableObject { static let shared = NavigationLinkStore() @Published var showLink = false } struct NavigationLinkView: View { @ObservedObject var store = NavigationLinkStore.shared @State var isActive = false var body: some View { NavigationView { VStack { Text("Main") Button("Go to View1") { Task { store.showLink = true try await Task.sleep(seconds: 0.1) isActive = true } } if store.showLink { NavigationLink( isActive: $isActive, destination: { NavigationLink1View() }, label: { EmptyView() } ) } } } } } struct NavigationLink1View: View { var body: some View { VStack { Text("View1") NavigationLink("Go to View 2", destination: NavigationLink2View()) } } } struct NavigationLink2View: View { @ObservedObject var store = NavigationLinkStore.shared var body: some View { VStack { Text("View2") Button("Go to root") { store.showLink = false } } } }