SShortSingh.
Back to feed

Treat Scope Creep as a State Machine, Not a Client Problem

0
·4 views

A framework published on DEV Community argues that scope creep is best managed as a structured state machine rather than blamed on difficult clients or poor relationships. Under this model, every new project request must be classified into one of four states: included, swapped, deferred, or added — before any work begins. The approach requires developers to calculate and communicate both the fee impact and schedule impact of each change, accounting for factors beyond raw coding time such as context switching, retesting, and displaced capacity. A standard response template is proposed to acknowledge requests, name scope boundaries, and obtain written approval without conflict. The author also recommends defining clear acceptance criteria at project kickoff to make future scope disputes easier to resolve by reference rather than negotiation.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Log in to join the discussion and vote.

Log in

Related stories

0
ProgrammingDEV Community ·

Chrome Extension Replaces Website Ads with Artworks from Major Public Museums

A developer has released a Chrome extension called Ads Art that substitutes visible advertisements on websites with artworks sourced from two renowned public institutions. The extension draws images from the Art Institute of Chicago and The Metropolitan Museum of Art. It operates locally on the user's computer using a collection of JavaScript scripts. The project is open source, with its code publicly available on GitHub for anyone to explore or contribute to.

0
ProgrammingDEV Community ·

How json_shield Was Built to Be Understood by AI Code Assistants

A Dart package called json_shield has been engineered with AI coding assistants in mind, recognizing that tools like Copilot and Cursor now generate much of the code that consumes open-source packages. The package's author identifies four key artifacts — README, example directory, doc comments, and pubspec.yaml description — that IDE retrieval systems index and feed into AI prompts. Each artifact follows strict rules, such as removing vague adjectives, providing exact input/output examples, and explicitly stating what the package cannot do, to prevent AI models from hallucinating unsupported features. Inline documentation comments are written to specify exception types and failure modes, nudging AI assistants toward correct error-handling patterns rather than generic ones. The approach reflects a broader shift in package development, where authors must now optimize their code and documentation for both human developers and the AI agents assisting them.

0
ProgrammingDEV Community ·

Free API lets course providers issue tamper-proof certificates with one HTTP call

Novadyne has released Attestify, a free API that allows course providers and training programs to issue cryptographically signed completion certificates without requiring an account or API key. Each certificate is backed by a server-side record and an Ed25519 digital signature, making any alteration instantly detectable during verification. Recipients receive a permanent public verification URL that anyone — including employers — can open without creating an account or installing an app. The API integrates with automation tools like n8n and supports batch issuance for multiple recipients in a single request. Attestify positions itself as a lightweight alternative to full credentialing platforms, focusing solely on free, programmatic certificate issuance and public verification.

0
ProgrammingDEV Community ·

Tutorial: How to Build a Full CRUD API in Go Using Only the Standard Library

A developer tutorial published on DEV Community walks through building a complete CRUD API in Go without any third-party packages. The guide extends a previously built task API by adding PUT and DELETE HTTP method handlers alongside existing GET and POST functionality. Tasks are stored in memory using a Go slice, keeping the setup simple and database-free. The tutorial covers how the server matches incoming requests by HTTP method and updates or removes tasks based on a matching ID in the request body. By the end, readers are expected to understand how backend APIs manage resources through the four core CRUD operations.