This is the repository for the technical test of creating a Store class and a Restrict decorator to manage access to user-generated content and data.

We are dealing with a runtime-defined project with a lot of user-generated content and data. To efficiently manage this data, we needed a way to store generated state and define permission strategies. This led to the creation of the Store class and Restrict decorator. Any entity in our application can inherit from these classes, thereby having structured storage and permission-based access control.

In this task, you need to complete the Store class and the Restrict decorator using TypeScript. The Store class and Restrict decorator should work together to allow or disallow access to data fields based on the specified permissions.

• The Store class should implement the IStore interface, and its methods need to be filled with the appropriate logic.
• Store class should be able to:
  • Store and manage different types of JSON values.
  • Determine if a specific key is allowed to be read or written.
  • Write new entries, and list all existing entries.
  • Handle read and write operations for nested keys.
• The Restrict decorator should be able to set the access permissions to the data fields of the classes that use it. The permissions can be:
  • "r": read-only
  • "w": write-only
  • "rw": read and write
  • "none": no access

You need to complete the following parts of the codebase:

• The Restrict decorator function in store.ts
• The methods of the Store class in store.ts
• Add any additional code needed for your solution

You can use the test cases provided in test.ts to validate your implementation.

1. Fork this repository.
2. Implement the Restrict decorator, Store class and add any additional code needed.
3. Push your changes to your forked repository.
4. Send us the link to your forked repository.

Your implementation will be evaluated based on the following criteria:

• Code quality and clarity.
• Correctness of the implementation, i.e., all test cases in test.ts should pass.
• Adherence to TypeScript and JavaScript best practices.

While implementing, remember that the aim is not just to pass the tests but to also write clean, efficient, and well-structured code. Pay attention to details such as proper error handling, efficient data structures and algorithms, clear variable and function names, and good overall structure.

Good luck!