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The Contractor‑Ready Microflow Kit: 7 Interaction Specs That Prevent Rework

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THE CONTRACTOR‑READY MICROFLOW KIT: 7 INTERACTION SPECS THAT PREVENT REWORK

ProductMay 14, 20265 min read882 words

Small teams ship faster when handoffs are explicit. This Contractor‑Ready Microflow Kit is a focused set of seven interaction specs—practical, copyable templates you can drop into a ticket or PR so contractors receive code‑ready flows and not questions. Below: what to include, why each item prevents rework, and ready-to-use examples that map to QA and automated tests.

contractor-ready-microflow-kit-7-interaction-specs-prevent-reworkhandoff templatesacceptance criteriaempty state templateserror state designsample data for developersinteraction spec

Section 1

What a contractor‑ready microflow includes (the 7 specs)

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Treat a microflow as a minimal, independently testable feature: UI states, data contract, and acceptance gates. The kit compresses everything contractors need into seven explicit specs so the implementer doesn’t guess behavior.

List the seven specs at the top of every ticket and keep each one short, testable, and copyable. That makes them usable by developers, QA, and reviewers without separate interpretation sessions.

  • 1) Primary happy path (single sentence plus sample data)
  • 2) Edge cases (2–4 concrete examples)
  • 3) Error states (what triggers them and exact copy)
  • 4) Empty/initial states (what the default view shows and actions)
  • 5) Sample data fixtures (JSON or table rows to seed local dev/QA)
  • 6) Acceptance criteria (Gherkin-like or checklist mapped to evidence sources: logs, screenshots, tests) 7) Performance/limits notes (payload sizes, pagination rules)

Section 2

Why these seven items stop clarification back‑and‑forth

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Ambiguity in handoffs usually lives in unstated edge cases and missing data. Explicit edge-case examples remove the most common source of questions by showing exactly what to expect and how the UI must behave.

Acceptance criteria that map directly to evidence (a test name, a fixture, or a screenshot) convert subjective review into binary gates. That turns code review conversations from “is this right?” into “does this test pass?”

  • Edge-case examples reduce speculative design decisions.
  • Providing sample data lets devs replicate scenarios locally without waiting for backend fixtures.
  • Mapping ACs to evidence converts human judgment into verifiable checks.

Section 3

Practical templates: copyable patterns you can paste into issues

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Use short, repeatable templates. Below are three minimal templates to paste into any ticket so contractors can start work immediately. First, the empty state template establishes what the UI shows before any data exists, avoiding scope creep about onboarding or prompts.

Second, the error state template defines trigger conditions and exact copy (including microcopy for retry buttons). Third, the acceptance criteria template ties each criterion to a single piece of evidence—an automated test name, a fixture, or a screenshot path—so QA can close the ticket without subjective calls.

  • Empty state template: headline, supportive sentence, primary CTA label, sample illustration alt text, fixture to show (e.g., 0 rows, empty response).
  • Error state template: trigger (500/401/network), exact UI copy for title/body/button, recovery path (retry/back/to-dashboard).
  • Acceptance criteria template (example): Given/When/Then lines followed by 'Evidence:' linking to test or screenshot.

Section 4

How to write testable acceptance criteria (so contractors finish, not iterate)

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Write acceptance criteria in a testable form: name the actor, describe the system state, and define the observable outcome. Prefer checklist items that a CI job or QA checklist can verify automatically or with a single manual step.

Avoid vague language like 'behaves correctly' or 'looks good'. Instead specify exact payloads, sample timestamps, and allowed UI text. If a UI element is conditional, include the conditions (e.g., 'show X when response.count == 0 and user.role == admin').

  • Use Given/When/Then for behavioural ACs and add 'Evidence:' lines linking to test IDs or screenshot filenames.
  • Keep each AC atomic—one behavior per criterion so tests fail cleanly and map to a fix.

Sources used in this section

Section 5

Operational tips: shipping the kit at scale without extra process

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Make the seven‑line checklist part of your issue template and require it for contractor stories. Small teams win by automating the boring parts: include a snippet the contractor can paste into a PR description that attaches fixture files and test names.

Store canonical sample data and screenshot examples in the repo (seed/fixtures and docs/screenshots). That reduces remote guessing and shrinks the feedback loop between reviewers and contractors.

  • Add the microflow kit as a lightweight checklist in your issue template.
  • Keep a repo folder for fixtures and canonical screenshots referenced in 'Evidence' lines.
  • Train product owners to fill the happy path and at least two edge cases before assignment.

FAQ

Common follow-up questions

How long should each spec be?

Keep each spec concise—one to three short sentences for the happy path and one‑line items for edge cases. Acceptance criteria can be a short checklist or 2–4 Given/When/Then lines. The goal is clarity, not verbosity.

Do contractors expect design files and code at the same time?

Yes: provide the minimal design artifact (a screenshot or Figma frame) plus the interaction specs. That combination reduces guesswork; engineers rarely need full design systems for microflows if states and copy are explicit.

What sample data format should I include?

JSON fixtures are generally the most useful because they plug directly into local servers or mocking layers. For table data, include a 5–10 row CSV with edge cases (long text, nulls, duplicates) to exercise UI behavior.

How should acceptance criteria be verified in CI?

Map each acceptance criterion to a specific automated test or a manual test with a screenshot path. Where possible, create end‑to‑end tests that seed the provided fixtures so CI can assert UI text and state.

Sources

Research used in this article

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