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A browser can show that a button exists; that alone does not explain what happens when someone clicks it. Statewave Guide’s Day 1 describes an experiment to connect visible controls to an evidence-backed map of application behavior, built from source code rather than inferred from interface appearance alone.
Why the DOM is not the product
The DOM is the browser’s runtime representation of a page. It can reveal rendered text, buttons, links, attributes, and other interface structure. But a button’s presence does not establish which operation it triggers, what services or API endpoints that operation reaches, or how it relates to permissions, data schemas, and tests.
That distinction is the core of Saber Maram’s Day 1 argument: “The DOM is runtime evidence. It is not the product model.” A snapshot can show what is on screen without carrying enough context to explain the product’s behavior.
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What Statewave Guide proposes instead
The project proposes reconstructing an application graph from evidence in the codebase and associating live interface controls with elements in that graph. Its envisioned graph includes routes, components, functions, forms, services, APIs, permissions, schemas, and tests. A relationship should be traceable to supporting evidence, rather than inferred solely because two names look alike.
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The project’s broader hypothesis is that product knowledge may already be distributed across routes, components, forms, endpoints, schemas, permissions, tests, translations, and version history. It asks whether code can provide reliable product knowledge without developers maintaining a separate knowledge base. That is an experiment, not a guarantee that every codebase contains enough information to explain every workflow.
How a visible control connects to behavior
Match controls with semantic identifiers
Statewave Guide describes linking a runtime control to the graph using a stable semantic identifier such as data-guide="clients.create". This gives the control an intentional identity that can be used to connect it with a product concept.
By contrast, a positional CSS selector identifies an element by where or how it appears in the current markup. The project characterizes that approach as brittle: interface changes can move or reshape elements without changing the underlying product action. A semantic identifier is meant to represent the control’s meaning, not merely its current position.
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Trace the action through source evidence
Once the control is identified, the proposed graph can represent how its handler relates to other code, such as a service or API endpoint. The goal is to give an explanation or task guide a path from the control a person sees to the behavior the code supports.
A later Statewave Guide post describes following an action from a UI handler through a service to an API endpoint. That is subsequent project context, not independent validation that the Day 1 approach reliably reconstructs behavior in arbitrary applications.
DOM-only observations and a source-backed graph
| Question | DOM-only observation | Source-backed application graph |
|---|---|---|
| What is represented? | Rendered controls and interface structure visible at runtime. | Routes, components, functions, forms, services, APIs, permissions, schemas, and tests, where supported by evidence. |
| Can behavior be traced? | A visible control alone does not establish its downstream operation. | Can represent links from a control through handlers and services to APIs when the source supports those links. |
| How is a control matched? | Its current markup or position can identify it, but those details may change. | A stable semantic ID such as data-guide="clients.create" is intended to connect it to a graph element. |
| What supports a claim? | The rendered interface is evidence of what appeared, not necessarily why or what follows. | A relationship is meant to retain its supporting file, symbol, and line. |
| How is uncertainty handled? | The interface alone may not resolve what an action does. | The project’s stated rule is to leave unsupported relationships unknown. |
These are conceptual distinctions in the project’s approach, not measured performance results comparing two guidance systems.
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Why the project prefers “unknown” to a guess
Maram’s stated rule is “Unknown is better than wrong.” If a source-backed relationship cannot be established, the system should store nothing rather than connect items based on a plausible-sounding name. The author’s concern is practical: confident but incorrect product guidance can send someone to the wrong place and undermine trust.
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In this model, provenance matters as much as the relationship itself. A link should be accompanied by the file, symbol, and line that support it. That makes a claim inspectable and distinguishes evidence from an assumption. It does not make the claim automatically correct, but it gives a reader or maintainer something concrete to verify.
What the Day 1 review found
The author reports that an adversarial review found six issues even though 257 tests were passing. These are project-reported results from the Day 1 article, not independently reproduced findings:
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(could produce an empty graph. - A React render loop continued beyond 300 renders.
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constructorbehavior disappeared from the graph.
The contrast illustrates a limitation of treating a passing test count as proof that an application model is complete: the author’s review found cases the reported tests had not caught. It does not establish how often such defects occur in other projects or whether this particular system has since resolved them.
What the project has—and has not—established
The Day 0 post reports a codebase snapshot of 141 files and approximately 17,000 lines added. Those are figures reported by the project for its own work, not external measurements of the approach’s effectiveness. The Day 1 article likewise reports 257 passing tests alongside the six review findings.
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Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Statewave Guide’s place in the series
The official journey index describes Statewave Guide as an AI help system intended to use program code and comments to direct a visitor to a relevant control, explain it, and walk through a task. It identifies source of truth, memory, guidance, and trust as recurring themes. Day 1 focuses on the gap between seeing an interface and representing the behavior behind it; the later Day 2 post adds project examples involving partial route identities and correcting a benchmark expectation when it conflicted with evidence.
Read the Day 1 article, the official journey index, the Day 0 post, and the subsequent Day 2 post for the project’s own account.
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