kiss-unit-tests

User Input

$ARGUMENTS

Audience and tone (interactive mode)

When KISSAGENTMODE=interactive (the default), assume the user has limited technical background and limited domain knowledge — they may know basics but lack deep expertise in this skill's area. Run this skill as a guided questionnaire:

• One question at a time. No walls of questions.
• Yes / no first. Phrase so yes, no, not sure, or skip

is a valid answer.

• Translate jargon, don't strip it. Use the technical term but

always pair it with a plain-English gloss the first time it appears.

• Choices, not blank fields. When yes/no isn't enough, offer

2-4 lettered options (A/B/C/D) with one-line plain-language descriptions of the trade-off. Always include "Not sure — pick a sensible default".

• Always recommend. State the option you would pick and why in

one sentence so the user can reply "yes" / "ok" to accept. Pull defaults from upstream artefacts (spec, architecture, ADRs, standards) before asking blank.

• Show, don't ask. When upstream artefacts already imply an

answer, propose it as a pre-filled finding and ask for a yes / no confirmation rather than asking the user to fill in a blank.

• not sure / skip triggers a sensible default, marked

"(default applied — confirm later)" in the artefact, and a debt entry in this skill's debt file.

When KISSAGENTMODE=auto (or --auto), skip the questionnaire entirely: apply sensible defaults from upstream artefacts and log decisions to the parent agent's decision log.

Inputs

• .kiss/context.yml
• {context.paths.docs}/design/<feature>/design.md
• {context.paths.docs}/design/<feature>/api-contract.md (if present)
• {context.paths.docs}/product/acceptance.md (for AC-linked tests)

Outputs

• Test files under the project's own test directory (tests/,

spec/, tests/, etc. — the AI picks the right location).

• {context.paths.docs}/testing/<feature>/unit-tests-index.md —

a per-feature index listing generated test files, the function they cover, and which AC they trace to.

• {context.paths.docs}/testing/<feature>/unit-tests-index.extract

Context Update

Does not mutate .kiss/context.yml. Does not run tests — it scaffolds them.

Handoffs

• kiss-implement executes the tasks that fill in test bodies

when skeletons alone are not enough.

• kiss-test-cases (feature-level Given/When/Then) complements

unit tests with end-to-end scenarios.

• kiss-test-execution records results.

AI authoring scope

Does: infer target language/framework from the project (check package.json, pyproject.toml, go.mod, Cargo.toml), scaffold one test file per module boundary, include a happy-path, a negative case, and at least one boundary per public function, leave intentional // TODO markers where a decision is deferred.

Does not: run the tests; invent business rules not present in the design or acceptance criteria; replace tests the developer has already written.

Usage

<SKILL_DIR> = the integration's skills root (e.g. .claude/skills/
for Claude Code, .agents/skills/ for Antigravity / Codex,
.cursor/skills/ for Cursor, .windsurf/workflows/ for Windsurf).
Scripts live at <SKILL_DIR>/<skill-name>/scripts/….

UT_FRAMEWORK=vitest UT_TARGET_DIR=tests \
  bash <SKILL_DIR>/kiss-unit-tests/scripts/bash/scaffold-tests.sh --auto

Answer keys

Interactive flow

1. Detect language + framework from project files.
2. Read design.md modules — one test file per top-level module.
3. For each public function, propose: happy path + 1–2 negatives +

1 boundary. List them in the index file, then scaffold.

1. Link each test back to an AC id (if any) so coverage → AC is

traceable.

Debt register

File: {context.paths.docs}/testing/<feature>/test-debts.md, prefix TQDEBT-. Log when:

• A module has no public functions to test.
• A function has no clear happy path stated.
• Framework auto-detection fails.

References

• references/framework-detection.md — how the script decides.