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A Context Compiler for TypeScript. Deterministic, diffable architectural contracts and dependency graphs for AI coding workflows.

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Detect Drift in TypeScript codebases

Name: Detect Drift in TypeScript codebases
Availability: InStock
Author: AmiteK

by AmiteK·Mar 15, 2026·1 point·0 comments

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AI Analysis

●●SolidNiche GemBig Brain

AST-based contracts beat raw code for AI, but codebase analyzers are increasingly crowded.

Strengths

•Deterministic contracts mean reproducible diffs across git baselines and CI pipelines.
•MCP server integration lets Cursor and Claude query architecture instead of parsing source.
•Watch mode regenerates contracts in real-time as you refactor components.

Weaknesses

•TypeScript-only limits adoption compared to language-agnostic competitors like Sourcegraph.
•Structural drift detection solves a problem many teams don't know they have yet.

Post Description

I’ve been building LogicStamp Context, an open-source CLI that analyzes TypeScript codebases using the TypeScript AST and compiles them into deterministic JSON “contracts”.

These describe components, props, hooks, routes, API signatures and dependencies in a structured way.

The goal is to make codebase structure observable and diffable, especially as codebases grow and change.

You can use it to:

• detect drift during refactors

• generate compact machine-readable context for AI tools

• watch mode that detects structural changes while you code

The latest release also adds git baseline comparison:

stamp context compare --baseline git:main

This generates contracts for both versions and produces a structural diff.

There’s also an MCP server (logicstamp-mcp) so agents like Cursor or Claude can query architectural context instead of raw source files.

Repo: https://github.com/LogicStamp/logicstamp-context

Docs: https://logicstamp.dev