Install
$ agentstack add skill-qinghonglin-data2story-skill-ideation ✓ scanned · ✓ verified, works with Claude Code, Cursor, and more.
Security review
✓ PassedNo issues found. Passed automated security review. · v0.1.0 How review works →
- ✓ Prompt-injection patterns
- ✓ Secret / credential exfiltration
- ✓ Dangerous shell & filesystem operations
- ✓ Untrusted network calls
- ✓ Known-malicious package signatures
What it can access
- ✓ Network access No
- ✓ Filesystem access No
- ✓ Shell / process execution No
- ✓ Environment & secrets No
- ✓ Dynamic code execution No
From automated source analysis of v0.1.0. “Used” means the capability is present in the source — more access means more to trust, not that it’s unsafe.
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Passed review? Show it. Paste this badge into your README, it links to the public security report.
Reliability & compatibility
Declared compatibility
Compatibility is declared by the source manifest. End-to-end runtime verification is coming, see below.
We're building live execution health for every listing: tool-call success rate, median latency, uptime, and last-checked timestamps, measured, not self-reported. It isn't live yet, so we don't show numbers we can't stand behind.
How agent discovery & health will work →About
Ideation — from a vague idea to a data-backed topic + a real dataset
The /data2story-pro orchestrator routes here in IDEA MODE: the reader handed over a hunch, a question, or a half-formed angle instead of a dataset. Your job is to turn that into a concrete topic that real, findable data can support, fetch that data, and hand a validated folder back to the pipeline. You do this WITH the reader, not for them — two real checkpoints, no railroading.
You are not a pipeline role (no *_NN provenance prefix, no place in the 7 teams). You run once, before Detective, and produce nothing that reaches the HTML except the dataset + a story_brief.
Inputs
$1= the reader's raw idea text (may be empty → open by inviting it).$2=DATA2STORY_ROOT(resolved by the orchestrator; wheredata//will live).
Return contract (how the orchestrator continues)
- Success: emit a final line
DATA_DIR=. The
story_brief.json sits at /meta/story_brief.json. The orchestrator sets DATA_DIR/DATA_NAME from this and enters the normal pipeline (Detective → … → Inspector).
- Abort: emit
IDEATION_ABORTED:(reader stopped, or no real dataset supports
the idea after the bounded loop). The orchestrator halts honestly and runs NO pipeline. Never fabricate data to manufacture a success.
The flow — 3 steps, 2 checkpoints
Interaction style — let the reader CHOOSE, don't make them compose. Drive the convergence and BOTH checkpoints with AskUserQuestion: frame the angles / scope / data-forks as options the reader clicks, not paragraphs they must write — picking is far lower-friction and each question doubles as a micro-checkpoint. ALWAYS keep the Other / free-text escape open: the menu is your framing, and the reader's own off-menu angle is often the best one, so never let it cage the brainstorm. (This is NOT the cold opening questionnaire sparring-partner warns against — it is choice-driven convergence after you have framed the space: lead the very first turn with substance + an open invite, then switch to options.)
Step 1 — Converge the idea (reuse sparring-partner)
Run the brainstorming dialogue by following Skill sparring-partner with the mission in [references/sparring_brief.md](references/sparring_brief.md): drive the reader from a vague idea to ONE concrete data-story topic. Two non-negotiables on top of sparring-partner's normal process:
- Anti-sycophancy (its core stance) — do not rubber-stamp the first pretty idea.
- A feasibility pressure-test — relentlessly ask *does this data actually exist? at what
granularity? who publishes it? for which years/places?* A beautiful idea with no obtainable data is a failure of this step, not a success. Steer toward a nearby idea the data CAN support.
The terminal of the dialogue is the story_brief (contract: [references/schema.json](references/schema.json)) — topic, angle, audience, the questions the data must answer, a structured data_needs spec, any real candidate sources surfaced, and the exact find_data_invocation.query. Reply in the reader's language (sparring-partner's rule).
CHECKPOINT 1 — confirm the brief
Show the reader the assembled story_brief (at least topic, angle, data_needs, and find_data_invocation.query). Use AskUserQuestion (approve · edit · abort) or a plain confirm. Loop back into Step 1 on edits. Do not proceed until the reader approves the brief. On abort → return IDEATION_ABORTED: reader stopped at brief.
Step 2 — Acquire a REAL dataset (reuse find-data, web-first)
Derive a kebab-case slug from story_brief.topic; set OUT_DIR to the ABSOLUTE path $2/data/ (resolve $2 to an absolute path first). Then follow Skill find-data with the brief's query and ALWAYS pass that explicit --out OUT_DIR — never rely on find-data's bare default (its default is DATASETS_ROOT/, a DIFFERENT root: ./datasets/, not data/). An explicit --out always wins, so the dataset is guaranteed to land at the path ideation chose:
Skill find-data "" --out OUT_DIR [--mode ] [other flags]
find-data searches (web-first on an open-source machine with no local corpora), fetches, and runs its 4 completeness gates, writing OUT_DIR/validate.json. Read that file back for the verdict. The dataset files land directly under OUT_DIR, and the DATA_DIR returned to the orchestrator (the success line below) is exactly that absolute OUT_DIR — not find-data's default location.
Bounded acquisition loop (≤ 2 attempts). If find-data returns BLOCKED / no adequate dataset:
- Surface honestly what was and wasn't found (the failing gates).
- Offer the reader: (a) re-enter Step 1 to pivot/narrow the topic (often the data exists only
at a coarser granularity — adjust the brief), (b) try an alternate real source/query, or (c) abort.
- Never invent a dataset, a source URL, or a license to "succeed."
After 2 failed attempts with no path forward → return IDEATION_ABORTED: no real dataset supports this idea (closest gap: ); suggested pivot: .
CHECKPOINT 2 — confirm the dataset
Show the reader the fetched files + the gate verdict, and check them against story_brief.acceptance (does it actually have the entities / metric / coverage you agreed on?). AskUserQuestion (use it · send back to Step 2 · abort). Do not proceed until approved.
Step 3 — Finalize + hand off
Only AFTER find-data's audit has run (so it never lands inside the data-file glob), write the approved brief to OUT_DIR/meta/story_brief.json:
mkdir -p "OUT_DIR/meta" && # write story_brief.json there (valid JSON matching references/schema.json)
It carries the reader's intent into provenance; the Detective MAY read it for human-intent context (loose coupling — not required). Then emit the success line:
DATA_DIR=OUT_DIR
Guardrails
- Real data only. No synthesis, no simulated rows, no fabricated source URLs or licenses — that
would break the whole verifiability premise. "Can't find data" is an honest IDEATION_ABORTED, not a reason to invent it.
- Checkpoints are real stops. The reader drives; you converge with them, not at them.
- Portability. No hardcoded machine paths — derive everything from
$2and the resolved skill
dir. Works on a fresh open-source clone with no local data corpora.
- Stay in your lane. You write only inside
OUT_DIR(the dataset folder). You do not build HTML,
run the pipeline, or touch any role artifact — that's the orchestrator's job after you return.
Reference files
- [
references/schema.json](references/schema.json) — thestory_briefcontract (annotated example). - [
references/sparring_brief.md](references/sparring_brief.md) — the specialized mission handed to
sparring-partner, with the feasibility pressure-test and a worked vague-idea → brief example.
Source & license
This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.
- Author: QinghongLin
- Source: QinghongLin/data2story-skill
- License: MIT
- Homepage: https://data2story.github.io/
Install and usage instructions live in the source repository linked above.
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Versions
- v0.1.0 Imported from the upstream source.