Omamori Component: A New Key-Manager Feature Discussion

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Omamori Component: A New Key-Manager Feature Discussion

Introduction

Hey guys! Today, let's dive into an exciting new feature for version v0.10.0: the Omamori component. This is essentially a simple key-manager that we're adding to the system. This component is designed to handle secrets, and in its first iteration, it'll have a basic setup with a hard-coded master-key in the config. This master key will be used to encrypt secrets stored in the database. Don't worry too much about the actual usage of these secrets in other contexts for now; the primary focus here is on getting the key-manager itself up and running smoothly. Think of Omamori as the guardian of your secrets, keeping them safe and sound within the system. We'll explore the details, acceptance criteria, and how you can test it out. Let's get started and see what this new component brings to the table!

Feature Description

So, what exactly is this Omamori thing all about? In essence, it's a new component designed to manage encryption keys and secrets within our system. For the initial release in version v0.10.0, we're focusing on a basic key-manager setup. This means we'll have a hard-coded master key stored in the configuration, which will be used to encrypt sensitive information, or secrets, within the database. Now, before you ask, these secrets don't necessarily have a specific purpose tied to this particular issue. The main goal here is to establish the key-manager itself. We want a solid foundation that we can build upon in the future.

Think of it like this: we're building a safe, and the Omamori component is the locksmith. It creates and manages the keys to that safe. For now, we're making sure the safe is secure and the keys are well-protected. Later on, we'll figure out exactly what valuable items we want to store inside. This approach allows us to focus on the core functionality first, ensuring that the key-manager is robust and reliable before we start integrating it with other parts of the system. This initial setup includes the basic API calls necessary to create, retrieve, list, and delete secrets. This gives us a full range of operations to work with right from the start.

Acceptance Criteria

Alright, so how do we know if we've successfully implemented the Omamori component? What are the criteria we need to meet to say, "Yep, this is ready to go!"? Let's break it down into a clear list of acceptance criteria:

  1. New Component Added: First and foremost, the omamori component must be successfully added to the project. This means the code is in place, it's integrated with the existing system, and it's ready to be used.
  2. Master Key in Config: A master key needs to be implemented within the configuration. This key will be the primary key used for encrypting secrets. It's important that this key is securely stored and managed, even in this initial hard-coded state.
  3. Option to Add Other Backends: While we're starting with a basic setup, the architecture should be flexible enough to allow for the addition of other backends in the future. This means we don't want to paint ourselves into a corner with our initial implementation. We want to be able to easily swap out or add different storage mechanisms for our keys and secrets.
  4. Basic API Calls: The component should provide a set of basic API calls for managing secrets. These include:
    • Create: An API call to create a new secret.
    • Get: An API call to retrieve a secret.
    • List: An API call to list all secrets.
    • Delete: An API call to delete a secret.

These criteria ensure that we have a functional key-manager that's also flexible and scalable for future needs. Meeting these criteria means we've successfully laid the foundation for a robust secrets management system. Think of these criteria as the checklist for our locksmith, ensuring they've built a safe that's not only secure but also adaptable to future needs.

Additional Information

Now, let's talk about some additional information that might be helpful as we work on this Omamori component. This section is where we can add links, hints, related issues, or any other useful tidbits that can help in handling this task. It's like the extra notes a locksmith might keep about a particularly tricky lock, or the blueprints for future modifications.

At this stage, we might not have specific links or related issues to point to, but as the development progresses, this section will become increasingly valuable. For instance, if we encounter a specific problem or decision point, we can link to a discussion thread or a related issue for context. Or, if we find a helpful article or library that could aid in the implementation, we can add a link here for easy reference. The key thing is to keep this section updated with any information that could be beneficial to the development team. It's a central repository for all the little details that might not fit neatly into the other sections but are still important for the overall understanding and execution of the task.

Blocked By

Next up, let's consider if there's anything blocking us from starting or completing this Omamori component. Are there any other issues that need to be resolved first? Think of this like a construction project – you can't build the roof until the walls are up. Similarly, in software development, some tasks depend on others. Identifying these dependencies early on is crucial for smooth progress. In this case, we need to consider if there are any pre-existing components or systems that need to be in place before we can effectively implement the Omamori key-manager. For example, do we need a specific database setup? Are there any configuration requirements that need to be addressed? If there are any such dependencies, we should list them explicitly in this section. This helps us prioritize tasks and ensure that we're not running into roadblocks later on. If this section remains empty, that's great! It means we're good to go and can dive straight into the implementation. But it's always worth checking to make sure we're not missing anything.

How to Test

Finally, let's talk about testing. How are we going to make sure this Omamori component actually works as expected? What steps do we need to follow to verify that it's securely managing keys and secrets? This section is crucial because it outlines the process for ensuring the quality and reliability of our new feature. Testing isn't just about finding bugs; it's about confirming that the component meets the acceptance criteria we set earlier and that it integrates seamlessly with the rest of the system.

Here’s what we need to consider when outlining the testing process:

  • Unit Tests: We'll need unit tests to verify the individual functions and methods within the Omamori component. This includes testing the key generation, encryption, and decryption processes, as well as the API calls for creating, retrieving, listing, and deleting secrets.
  • Integration Tests: Integration tests will ensure that the Omamori component works correctly with other parts of the system, such as the database and the configuration management. This will involve testing the flow of data between different components and verifying that secrets are stored and retrieved correctly.
  • Security Tests: Given the sensitive nature of key management, security testing is paramount. This includes testing for vulnerabilities such as SQL injection, cross-site scripting (XSS), and unauthorized access to secrets. We'll need to ensure that the master key is securely stored and that secrets are properly encrypted.
  • Manual Testing: While automated tests are essential, manual testing can also be valuable for exploring edge cases and ensuring a user-friendly experience. This might involve manually creating, retrieving, listing, and deleting secrets through the API to verify that the process is intuitive and error-free.

By carefully outlining the testing process, we can ensure that the Omamori component is not only functional but also secure and reliable. Think of this section as the quality control checklist for our locksmith, ensuring that every lock and key is working perfectly before it's put into use. So, let's make sure we have a solid plan for testing this new component and keeping our secrets safe!