by WILLOSCAR
Research pipelines as semantic execution units: each skill declares inputs/outputs, acceptance criteria, and guardrails. Evidence-first methodology prevents hollow writing through structured intermediate artifacts.
# Add to your Claude Code skills
git clone https://github.com/WILLOSCAR/research-units-pipeline-skillsGuides for using data processing skills like research-units-pipeline-skills.
Last scanned: 5/20/2026
{
"issues": [],
"status": "PASSED",
"scannedAt": "2026-05-20T07:43:38.067Z",
"semgrepRan": false,
"npmAuditRan": true,
"pipAuditRan": true
}research-units-pipeline-skills is an open-source data processing skill for AI coding assistants such as Claude Code, Codex CLI, and ChatGPT, built by WILLOSCAR. Research pipelines as semantic execution units: each skill declares inputs/outputs, acceptance criteria, and guardrails. Evidence-first methodology prevents hollow writing through structured intermediate artifacts. It has 499 GitHub stars.
Yes. research-units-pipeline-skills passed SkillsLLM's automated security scan — a dependency vulnerability audit plus prompt-injection heuristics — with no high-severity issues. You can read the full report in the Security Report section on this page.
Clone the repository with "git clone https://github.com/WILLOSCAR/research-units-pipeline-skills" and add it to your Claude Code skills directory (see the Installation section above).
research-units-pipeline-skills is primarily written in Python. It is open-source under WILLOSCAR on GitHub, so you can review or fork the full source.
Yes. SkillsLLM lists many other Data Processing skills you can browse and compare side by side. Open the Data Processing category from the badge at the top of this page, or use the Related Skills and comparison links further down to weigh research-units-pipeline-skills against similar tools.
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Research should leave a trail, not just an answer.
A long research task can produce a polished PDF and still leave basic questions
unanswered: Which sources support this paragraph? What changed after the last
failure? Can the work resume tomorrow without reconstructing a chat? What did
PASS actually verify?
Research Harness turns a research goal into a file-first, recoverable Run. It organizes focused Skills into explicit Workflows, preserves intermediate Artifacts and decisions, checks observable contracts, and points failures back to the smallest repair surface.
Goal -> Run -> Evidence -> Improve
It is not an autonomous-scientist claim. It is infrastructure for making agent-assisted research inspectable, resumable, and honest about what has—and has not—been proven.
Research Harness currently runs from a source checkout with Python 3.10+ and uv:
git clone https://github.com/WILLOSCAR/research-units-pipeline-skills.git
cd research-units-pipeline-skills
uv sync --locked
uv run rh goal create \
--goal "Understand test-time adaptation for robotics and decide what to read" \
--workflow research-brief \
--workspace workspaces/robot-adaptation
uv run rh run start --workspace workspaces/robot-adaptation
The Run advances until it finishes or reaches an unmet prerequisite. For
research-brief, inspect the paper set, taxonomy, outline, and C2 review block,
then continue:
uv run rh run status --workspace workspaces/robot-adaptation
uv run rh run approve --workspace workspaces/robot-adaptation --checkpoint C2
uv run rh run resume --workspace workspaces/robot-adaptation
uv run rh evidence inspect --workspace workspaces/robot-adaptation --excerpt
The Workspace now contains the readable deliverable and its evidence trail:
GOAL.md requested outcome and constraints
UNITS.csv explicit plan and current Unit state
DECISIONS.md human checkpoints and choices
papers/ + outline/ research evidence and intermediate structure
output/ deliverable, scorecards, audits, repair reports
.harness/ Run identity, Attempts, Events, hashes, provenance
If a contract fails, ask the Harness where repair belongs:
uv run rh improve diagnose --workspace workspaces/robot-adaptation
Users choose a Workflow by outcome; Skills and Units stay implementation details until inspection or repair is necessary.
| You want to… | Workflow | Required starting point | Main deliverable |
|---|---|---|---|
| Understand a topic and decide what to read | research-brief |
topic | output/SNAPSHOT.md |
| Review one paper or manuscript | paper-review |
manuscript | output/REVIEW.md |
| Synthesize studies under an approved protocol | evidence-review |
review question | output/SYNTHESIS.md |
| Write a literature survey or bounded report | arxiv-survey |
topic and delivery constraints | output/DRAFT.md |
| Deliver that Survey as LaTeX and PDF | arxiv-survey-latex |
topic and delivery constraints | latex/main.pdf |
| Develop literature-grounded research directions | idea-brainstorm |
topic and scope | output/REPORT.md |
| Turn a fixed source set into a tutorial | source-tutorial |
source pack and audience | tutorial, article PDF, slides |
In Codex or Claude Code, the activation surface is deliberately one sentence:
Use research-brief to map test-time adaptation for robotics and tell me what to read first.
Use paper-review to review the attached manuscript and trace every major concern to the paper.
Use arxiv-survey-latex to write an 8-10 page course paper on RAG evaluation and produce a PDF.
Use source-tutorial to turn sources/manifest.yml into a tutorial for senior software engineers.
graduate-paper remains a research-stage Chinese thesis path, not one of the
seven executable Pipeline contracts.
Input boundaries are intentional. paper-review will not invent a manuscript;
source-tutorial will not invent a source pack; evidence-review writes a
protocol and pauses for approval before retrieval. See the
usage guides for those setup paths.
Without a Harness, a research agent usually leaves a final answer and a long conversation. With Research Harness, each transition has an inspectable owner:
flowchart LR
G["Goal"] --> W["Workflow"]
W --> P["Pinned Pipeline contract"]
P --> U["Recoverable Units"]
U --> A["Research Artifacts"]
A --> C["Completion checks"]
C --> E["Run Evidence"]
E --> D["Bounded diagnosis"]
D -. "repair and rerun" .-> U
Three mechanisms make that trail useful:
harness-lock.v2 snapshots the selected Pipeline
and hashes its inheritance bundle, Skill implementations, and Harness Kernel.
An active Run fails closed if the Pipeline or Kernel drifts; it cannot silently
continue under different rules.DONE cell alone is not success. The
Attempt, required outputs, Artifact hashes, Workflow checks, Manifest, and
Completion Event must agree.Human checkpoints use the same discipline. Approval is bound to the reviewed Artifact hashes, so changing an approved outline, scope, or protocol revokes the stale authorization.
Research Harness separates three claims that are easy to blur:
| Layer | A PASS establishes | It does not establish |
|---|---|---|
| Execution integrity | Attempts, state, Manifests, hashes, and provenance agree | that the answer is good |
| Contract acceptance | required Artifacts satisfy observable Workflow checks | scientific truth or exhaustive retrieval |
| Research quality | usefulness and correctness on realistic inputs | validity beyond the evaluated cases |
The repository implements the first two layers. The third needs repeated Runs, held-out evaluation, and expert judgment. Reports use qualified evidence rather than turning every green check into a research-quality claim.
The Survey writer can bootstrap provisional prose from structured evidence packs and versioned templates. Early versions completed the delivery path but left too much of that scaffold in the paper: the historical course-paper sample matches template fragments in 96/140 sentences (68.6%).
That failure is now a contract, not a warning:
front-matter-writer checks the abstract, introduction, related work,
discussion, and conclusion before merge;subsection-writer and writer-selfloop check H3 prose;pipeline-auditor checks the whole merged draft, selected asset hashes, and
the three template-owning Skill implementations;The current published replay completes all 49 Units under the current contract:
| Evidence | Result |
|---|---|
| Required Workflow checks | 31/31 PASS |
| Target Artifacts | 75/75 present |
| Harness Kernel lock | 35/35 matched |
| Ledger integrity issues | 0 |
| Template residue | 0/226 sentences (0.0%) |
| PDF delivery | 10 pages |
This proves attainability for one retained Artifact set. It does not prove authorship, semantic originality, autonomous generation, cross-topic calibration, or expert paper quality. The Run used manual Artifact revalidation and a dirty worktree; a clean, from-scratch reproduction remains open. Inspect the current-contract evidence and the historical failure baseline.
The repository publishes curated evidence rather than private Workspaces:
| Snapshot | What it demonstrates | Boundary |
|---|---|---|
course-paper-residue-pass |
current v2 contract acceptance, 0/226 residue, 10-page PDF | manual replay, dirty revision, one topic |
course-paper-pilot |
completed delivery and a reproducible 68.6% failure baseline | historical contract; fails the current writing gate |
research-brief-real-source-proof |
one live-arXiv briefing delivery | historical v1 protocol, one topic |
research-brief-harness-proof |
deterministic recovery and Audit evidence | synthetic sources, historical v1 protocol |
Scorecard fixtures and failure-repair regressions cover paper-review,
idea-brainstorm, evidence-review, and source-tutorial. Cross-topic
stability, measured model-token benchmarks, expert comparison, and automatic
Harness-candidate promotion remain open.
uv for the CLI;pdftotext for Source Tutorial PDF ingestion;latexmk, XeLaTeX, BibTeX, and pdfinfo for LaTeX/PDF delivery.The Python package declares PyYAML and pypdf; maintainer dependencies are in
the test extra. GitHub Actions installs the same TeX/Poppler boundary used by
the PDF tests.
Run the same checks as .github/workflows/verify.yml:
uv run --locked python scripts/validate_repo.py --strict
uv run --locked python scripts/readiness_audit.py --strict
uv run --locked python scripts/audit_skills.py --fail-on WARN
uv run --l