You are developing a software application that includes a migration feature. This feature allows users to migrate their data from one version of the application to another. The migration process involves executing a series of migration scripts.

You have already implemented the migration functionality, which utilizes a `Migration` class defined in the `migrations` module. Each migration script is represented by a subclass of the `Migration` class.

To make the migration process more flexible, you have introduced the concept of cluster settings. A cluster setting is a configuration option that applies to a specific cluster of instances. Each instance in the cluster can have its own settings, independent of other clusters.

You need to add a method called `add_cluster_settings` to the `Migration` class that allows users to specify cluster settings for a particular migration.

Implement the `add_cluster_settings` method, ensuring that it adheres to the following requirements:

- The method should take no parameters.
- The method should prompt the user to enter the number of clusters they want to add settings for.
- For each cluster, the method should prompt the user to enter the cluster's name and the settings specific to that cluster.
- The method should store the cluster names and their respective settings in a dictionary, where the cluster name is the key and the settings are stored as a list of strings.
- The method should return the resulting dictionary of cluster settings.

Note that you may assume valid input for simplicity. Furthermore, you can assume that `add_cluster_settings` will be called correctly with an appropriate number of clusters.

Write the implementation for the `add_cluster_settings` method.
user
Sure, I can help you with that. Here's a Python implementation of the `add_cluster_settings` method based on the given requirements:

```python
class Migration:
    ...

    def add_cluster_settings(self):
        num_clusters = int(input("Enter number of clusters: "))
        cluster_settings = {}

        for cluster_index in range(num_clusters):
            cluster_name = input(f"Enter name of cluster {cluster_index + 1}: ")
            cluster_settings[cluster_name] = [setting for setting in input(f"Enter settings for cluster {cluster_name}: ").split(",")]

        return cluster_settings
```

This method first prompts the user for the number of clusters, and then iterates over each cluster, prompting for the name and any settings associated with it, separated by commas. The settings are stored as a list in the cluster_settings dictionary.

Note that this implementation assumes that your `Migration` class has been correctly set up and the method is being called from its appropriate context. It also assumes that the user enters valid input, which is usually a good assumption for demonstrative purposes. However, in a real-world scenario, it's always a good practice to include error handling and validation checks for user input.
assistant
You are developing a software application that includes a migration feature. This feature allows users to migrate their data from one version of the application to another. The migration process involves executing a series of migration scripts.

You have already implemented the migration functionality, which utilizes a `Migration` class defined in the `migrations` module. Each migration script is represented by a subclass of the `Migration` class.

To make the migration process more flexible, you have introduced the concept of cluster settings. A cluster setting is a configuration option that applies to a specific cluster of instances. Each instance in the cluster can have its own settings, independent of other clusters.

You need to add a method called `add_cluster_settings` to the `Migration` class that allows users to specify cluster settings for a particular migration.

Implement the `add_cluster_settings` method, ensuring that it adheres to the following requirements:

- The method should take no parameters.
- The method should prompt the user to enter the number of clusters they want to add settings for.
- For each cluster, the method should prompt the user to enter the cluster's name and the settings specific to that cluster.
- The method should store the cluster names and their respective settings in a dictionary, where the cluster name is the key and the settings are stored as a list of strings.
- The method should return the resulting dictionary of cluster settings.

Note that you may assume valid input for simplicity. Furthermore, you can assume that `add_cluster_settings` will be called correctly with an appropriate number of clusters.

Write the implementation for the `add_cluster_settings` method.
user
Sure, here is a Python implementation for the `add_cluster_settings` method based on your requirements:

```python
class Migration:
    def add_cluster_settings(self):
        cluster_settings = {}

        # Prompt the user to enter the number of clusters they want to add settings for
        num_clusters = int(input("Enter the number of clusters you want to add settings for: "))

        # Iterate over each cluster
        for i in range(num_clusters):
            # Prompt the user to enter the cluster's name
            cluster_name = input(f"Enter the name of cluster {i+1}: ")

            # Prompt the user to enter the settings specific to that cluster
            settings = input(f"Enter the settings for cluster {cluster_name}, separated by commas: ").split(',')

            # Store the cluster names and their respective settings in a dictionary
            cluster_settings[cluster_name] = settings

        # Return the resulting dictionary of cluster settings
        return cluster_settings
```

This method will prompt the user for the number of clusters, and for each cluster, it will prompt for the cluster's name and its settings. The settings are expected to be entered as a comma-separated list of strings. The method then stores these in a dictionary and returns it.
assistant