answer:The error you're encountering, `Another exception was thrown: type '_Map<String, bool>' is not a subtype of type 'Map<String, String>' in type cast`, indicates a type mismatch error in Dart. This usually occurs when you are trying to pass or assign a map with a different type of values than what is expected. Given the code snippets you've shared from your Flutter application, the specific problem lies in how you're using the `Navigator.pushNamed` method alongside the `arguments` parameter. The error message hints that somewhere in your application, you're expecting a `Map<String, String>`, but you're actually providing a `Map<String, bool>`. This issue arises in both `ElevatedButton`'s `onPressed` callbacks in the `ProfileView` class: ```dart Navigator.pushNamed(context, '/annonces', arguments: { 'isUserAnnonces': false, // This is a bool. 'isReponduAnnonces': true // This is also a bool. }); ``` and: ```dart Navigator.pushNamed(context, '/annonces', arguments: { 'isUserAnnonces': true, // This is a bool. 'isReponduAnnonces': false // This is also a bool. }); ``` You're trying to pass `bool` values (`true`, `false`) in a map where the consuming code expects `String` values. The solution depends on the code that reads and uses these values, which you haven't shared. However, the general approach to fix this error involves ensuring type compatibility between what you pass and what the receiving code expects. # Solution: Without seeing the part of your code that consumes the `arguments` parameter, I can suggest a general fix: 1. **Option 1: Change the Consumer to Expect `bool`** If possible, modify the code that reads the `arguments` parameter so it expects a `Map<String, bool>` instead of a `Map<String, String>`. This would be the most direct fix if that code is under your control and changing the expected type won't cause issues elsewhere. 2. **Option 2: Pass String Values** If changing the consumer isn't feasible, another approach is to convert the boolean values to strings when passing them as arguments, and then convert them back to booleans in the consuming code. For instance: **Passing Arguments as Strings:** ```dart Navigator.pushNamed(context, '/annonces', arguments: { 'isUserAnnonces': 'false', // Now a string. 'isReponduAnnonces': 'true' // Now a string. }); ``` **Converting Back to Booleans in the Consumer:** ```dart // Assuming 'args' is the Map received. bool isUserAnnonces = args['isUserAnnonces']?.toLowerCase() == 'true'; bool isReponduAnnonces = args['isReponduAnnonces']?.toLowerCase() == 'true'; ``` Choose the solution that best fits the rest of your application's architecture and your specific use case.

answer:If you choose to change the consumer to expect a `Map<String, bool>`, you'll need to adjust the part of your code where these arguments are handled. This change centers around the `AnnoncesView` constructor and possibly other places where the map's values are used if they rely on being of type `String`. # Step 1: Adjust the Constructor (If needed) Start by ensuring the `AnnoncesView` or similar widget that consumes these arguments is capable of accepting `Map<String, bool>`. From your initial code setup, it doesn't look like the constructor for `AnnoncesView` needs adjustments since it doesn't directly deal with the map but uses individual boolean parameters `isUserAnnonces` and `isReponduAnnonces`. However, if any constructor or method does expect a map directly, ensure its signature reflects the correct types. # Step 2: Update the Arguments Parsing Find the place in your code where you handle the navigation arguments. This could be within the `build` method of a widget that navigates to `AnnoncesView` or perhaps in a method where the routing itself is defined. Update the logic there to correctly handle a `Map<String, bool>`. Since the exact location and method of handling these arguments can greatly vary depending on your codebase's structure, I'll provide a generalized example based on your scenario: ```dart // This might be in your routing setup where '/annonces' path is handled. // Assuming 'settings' is the argument containing route settings. final args = settings.arguments; // Ensure args is correctly typed as Map<String, bool>. if (args is Map<String, bool>) { final bool isUserAnnonces = args['isUserAnnonces'] ?? false; final bool isReponduAnnonces = args['isReponduAnnonces'] ?? false; // Now, use these boolean values as necessary. // For example, forwarding them to AnnoncesView: // Note: If you directly pass these values to AnnoncesView constructor like before, no major changes needed here. // Just ensure you handle these booleans as expected in the rest of your logic. } ``` # Step 3: Validate Your App Flow After making these updates, run through the relevant parts of your app to ensure that the changes haven't introduced any new issues. Pay particular attention to: - Navigation to `AnnoncesView` functions as expected. - The boolean flags `isUserAnnonces` and `isReponduAnnonces` are correctly interpreted in the context of their use. By aligning the expected types across your app, you should eliminate the subtype exception error related to the `Map` usage. This approach ensures your code remains type-safe and clear about the kinds of values it operates on.

answer:Given the additional context and the indication that you're encountering a type mismatch where the system expects a `Map<String, String>` but receives a `Map<String, Object>` when using `Navigator.pushNamed`, I'll guide you through a solution that involves passing and handling arguments in a manner consistent with the updated error scenario. The solution involves making sure that the arguments you pass to the navigator are handled correctly by the receiving widget. # Understanding the Problem When you use: ```dart Navigator.pushNamed(context, '/annonces', arguments: { 'categoryId': '1', 'categoryName': 'Mes reservations', 'isUserAnnonces': false, 'isReponduAnnonces': true }); ``` The `arguments` you're passing is a `Map<String, dynamic>` implicitly since the map values contain both `String` and `bool` types. When you retrieve these arguments in your `AnnoncesView`, you need to be careful about how you extract them to avoid type issues. # Solution: Safe Extraction of Arguments 1. **Modify the Receiving Widget to Handle `Map<String, dynamic>`** The flutter framework passes navigator arguments as `Object?`, so you need to safely cast it back to the expected type in your receiving widget. Here's how you can safely extract and handle the arguments in `AnnoncesView`: ```dart @override Widget build(BuildContext context) { ... // Extracting and casting arguments safely final routeArgs = ModalRoute.of(context)?.settings.arguments as Map<String, dynamic>?; final categoryId = routeArgs?['categoryId'] as String? ?? ''; // Providing default value final categoryName = routeArgs?['categoryName'] as String? ?? ''; // Providing default value final isUserAnnonces = routeArgs?['isUserAnnonces'] as bool? ?? false; // Providing default value final isReponduAnnonces = routeArgs?['isReponduAnnonces'] as bool? ?? false; // Providing default value ... } ``` By casting the arguments to `Map<String, dynamic>?`, you acknowledge that the map can be null and its values can be of any type (`dynamic`). This way, you can safely attempt to cast each value to the expected type (`String`, `bool`), providing default values to handle cases where the casting fails or the values are not provided. 2. **Ensure Proper Use of Extracted Arguments** Since you've adjusted the extraction of arguments and given them proper default values, ensure that you adjust the rest of your logic in `build` to make use of these correctly typed local variables. Since `categoryId` and `categoryName` are now guaranteed to be strings and `isUserAnnonces`, `isReponduAnnonces` are guaranteed to be bools, you can use them directly without further checks for nullity or type. 3. **Review Navigation Calls** Ensure that every navigation call to `'/annonces'` correctly passes a map that aligns with the expected structure. You've already corrected this in your updated navigation calls by including both string and boolean values. By following the solution outlined above, you address the type mismatch issue at the source by ensuring that the argument extraction process is robust and type-safe, thus preventing runtime exceptions related to type casting.

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