SSOT Contract Validator: Wireframe Design & Data Validation

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Hey guys! Let's dive into the SSOT Contract Validator project, a super important task aimed at keeping our wireframe designs in tip-top shape. This project, tagged as SSOT-02, focuses on creating a robust validator. Its primary mission? To ensure that our wireframe designs, the visual blueprints of our product, align perfectly with our single source of truth (SSOT) contract. This means validating the data-section-id, the page routing, and the order of elements within our wireframes. It's all about making sure that the HTML wireframes match the information stored in our WIREFRAME_MAP.md file. The goal here is simple: ensure data consistency and prevent any mismatch between design and data. This task is crucial because it helps maintain the integrity of our wireframes, which are critical for the design and development process. Keeping the wireframes consistent and accurate saves us time and headaches later on. Without a solid validator, we risk discrepancies, causing confusion among developers and designers. The SSOT validator is like a quality control checkpoint, ensuring that everything is synchronized.

The Core Objective and What it Means

So, what exactly are we trying to achieve with this SSOT Contract Validator? The main objective is to establish a deterministic validator. It's designed to rigorously enforce the rules outlined in our wireframe SSOT contract. This contract acts as the golden standard for our wireframes, and the validator is the enforcer. It specifically checks three key areas:

  1. data-section-id Equality: This ensures that the data-section-id attributes in our wireframe HTML files perfectly match the IDs defined in our WIREFRAME_MAP.md file. It's like checking if the labels on the wireframes match the labels in the map. If there's a mismatch, the validator flags an error.
  2. Per-Page Routing Correctness: It verifies that each section of the wireframe appears on the correct page. This is important to ensure users have the expected experience. For example, if a section is meant to be on the 'Home' page, the validator confirms it's actually there.
  3. Per-Page Order Correctness: The validator checks that the order of sections on each page in the HTML matches the order specified in the WIREFRAME_MAP.md file. Order matters – it influences user flow and the overall design. Any deviation from the defined order is flagged as an error.

The validator is built to be a reliable source for validating the wireframes. If any errors are found, the system should fail and display clear messages to highlight what went wrong and where. This makes it easier to track down the problems and fix them quickly. The ultimate goal is to maintain a synchronized and accurate set of wireframes that reflect the SSOT contract.

Acceptance Criteria: Ensuring Validator Effectiveness

Alright, let’s get down to the Acceptance Criteria. This section lays out the specific requirements that must be met for the SSOT Contract Validator to be considered successful. Think of these as the conditions that the validator needs to pass in order to meet its objective. There are a few key points here that need to be carefully considered:

  1. Parsing data-section-id: The validator is built to parse the data-section-id attributes from the HTML files within the docs/dev/design/wireframes/sage-and-stone/compiled/*.html directory. This is where the magic starts. The validator needs to be able to read these IDs from the HTML.
  2. Error Handling: The validator should be able to identify and report errors with crystal-clear messages. The errors will include:
    • Any ID found in the HTML but not in WIREFRAME_MAP.md, or vice versa. This ensures a 1:1 match.
    • Any ID appearing on the wrong compiled page. This ensures that the sections are on the right pages. It ensures that the elements are correctly routed.
    • Any per-page ordering differs between HTML and the map. This ensures visual consistency.
  3. Command Execution: The validator needs to be run via a single, simple command. This is crucial for ease of use. The goal is to make it super easy for anyone on the team to run the validator and check the integrity of the wireframes.

These acceptance criteria are designed to make the validator user-friendly and very effective at its job: ensuring that the wireframes adhere to the contract. It focuses on the most critical aspects of validation, making the process clear and easy to follow. Passing these acceptance criteria ensures that the validator is reliable and can effectively maintain the integrity of our wireframes.

Deep Dive: Test Strategy and References

Now, let's talk about the Test Strategy. It's all about how we'll ensure that the SSOT Contract Validator actually works and meets the criteria. This section outlines the plan for validating the validator itself. It's all about making sure the validator does its job effectively.

  • The primary strategy involves running the validator locally. We'll start by checking if it fails on an intentionally-broken map. This means we'll create a deliberate mistake in the WIREFRAME_MAP.md file. This is like a trial run to see if the validator can catch errors. The expectation is that the validator will indeed flag these intentionally-introduced issues.
  • Next, we'll verify that the validator passes after aligning the map. This is basically making sure that after fixing the intentional errors, the validator gives the green light. The key point here is to ensure that the validator correctly identifies and reports errors, then confirms the alignment once the issues are resolved. This validates its ability to accurately assess the wireframe's compliance with the SSOT contract.

References for Success

For the SSOT Contract Validator project, there are a few important references:

  1. Wireframes: The compiled wireframes are located in docs/dev/design/wireframes/sage-and-stone/compiled/. This is the directory that contains the HTML files that the validator will parse to extract the data-section-id attributes.
  2. Map: The source of truth for the SSOT contract is the WIREFRAME_MAP.md file, which can be found in docs/dev/reports/wireframe-gap-analysis/. This file dictates the structure, IDs, and order of elements in the wireframes.

These references provide the necessary information for developing and testing the validator. By referencing these resources, you can ensure that the validator correctly processes the wireframe and compares it to the defined SSOT contract.

Conclusion: Keeping Designs in Sync

So there you have it, guys. The SSOT Contract Validator is a vital tool for ensuring that our wireframe designs are accurate, consistent, and in sync with our SSOT contract. This project will help our team to quickly identify and fix any discrepancies between our wireframes and the defined standards. The validator will also save us time and headaches down the road. It also streamlines the design and development workflow. By adhering to the Acceptance Criteria and Test Strategy, we can be confident that our validator will work. It will maintain the integrity of our design system. It's all about making sure our designs are on point.

Let’s keep our designs strong and aligned with this validator. By setting up a validator like this, we're not just creating a tool; we're establishing a process that helps to maintain design quality and efficiency. When we get this validator up and running, we'll be able to ensure our designs align with the project goals.