Skintelligence

SKIntelligence

Overview

Execute SKIntelligence engineering tasks with repeatable workflows and command wrappers. Prefer method-driven execution: define acceptance first, run failing tests, implement minimal changes, run targeted/full regression, then sync docs and memory.

Workflow Decision Tree

1. If task is ACP compatibility, transport routing, or ski acp behavior:

• Run scripts/run_acp_regression.sh first for baseline.
• Use targeted tests to isolate failures.
• Re-run regression after fixes.

2. If task is non-ACP module work (Streaming/Memory/MCP/TextIndex):

• Run scripts/run_library_smoke.sh first.
• Use scripts/run_targeted_tests.sh <filter...> for narrow red/green cycles.

3. If task is codex-acp integration or external handshake confidence:

• Run scripts/run_codex_connect_smoke.sh [prompt].
• If unavailable, treat as environment constraint and continue local ACP validation.

4. If task changes protocol behavior or CLI contract:

• Require both focused tests and ACP regression suite before completion.
• Update docs and memory with decisions and risks.

5. If task requires MLX real-model determinism validation:

• Run scripts/mlx_e2e_prepare.sh --run --model-id <model> for one-command prepare + execute.
• Keep MLX_E2E_TEMPERATURE=0 unless intentionally testing sampling variance.
• If skipped due to missing metallib, follow the repository MLX E2E ops runbook.

6. If task is release orchestration (especially major release):

• Build release notes under the repository release-note location (Release-<version>.md).
• Require full regression (swift test --package-path .) before tagging.
• Include migration notes for behavioral changes (CLI validation, stop-sequence semantics, ACP session model reuse).
• Provide release-day command block (tag, push, optional gh release create).

Execution Standard

1. Define BDD acceptance in task language before coding.
2. Add/update tests first and confirm red.
3. Implement minimal code for green.
4. Refactor without behavior drift.
5. Sync docs and memory.

Command Wrappers

• ACP regression:

skills/skintelligence/scripts/run_acp_regression.sh
skills/skintelligence/scripts/run_acp_regression.sh --with-codex
skills/skintelligence/scripts/run_acp_regression.sh --with-codex --strict-codex

• Core library smoke:

skills/skintelligence/scripts/run_library_smoke.sh

• Boundary guard:

skills/skintelligence/scripts/check_skill_boundary.sh

• Targeted tests:

skills/skintelligence/scripts/run_targeted_tests.sh ACPProtocolConformanceTests
skills/skintelligence/scripts/run_targeted_tests.sh ACPAgentServiceTests SKICLIProcessTests
skills/skintelligence/scripts/run_targeted_tests.sh SKIStreamingTests SKIMemoryTests

• codex-acp smoke:

skills/skintelligence/scripts/run_codex_connect_smoke.sh
skills/skintelligence/scripts/run_codex_connect_smoke.sh "hello from skintelligence"

• MLX real-model E2E:

scripts/mlx_e2e_prepare.sh --model-id mlx-community/Qwen2.5-0.5B-4bit
scripts/mlx_e2e_prepare.sh --run --model-id mlx-community/Qwen2.5-0.5B-4bit --timeout-seconds 120 --temperature 0

• Major release checklist:

swift test --package-path .
swift build -c release
git status --short
git tag --sort=-v:refname | head -n 5
git tag <major.minor.patch>
git push origin <major.minor.patch>
gh release create <major.minor.patch> --title "SKIntelligence <major.minor.patch>" --notes-file <release-note-path>

References

• Methods and acceptance flows: references/workflows.md
• Module-specific playbooks: references/module-playbooks.md
• High-frequency command patterns: references/commands.md
• Failure signatures and triage: references/troubleshooting.md
• MLX runtime/E2E ops: repository MLX E2E runbook
• Major release baseline: repository major-release note

Output and DoD

1. Acceptance scenarios satisfied.
2. Relevant tests passed, or blockers and risks explicitly stated.
3. Docs updated in correct location.
4. Key decisions and risks written to memory and re-indexed.