agent-wiki-compare-out…
Compare successful and failed normalized agent trajectories to derive evidence-backed agent-wiki guidelines. Use when Codex has multiple runs for the same or…
Analyze saved trajectories and recall audit events offline to record whether recalled guidelines influenced completed sessions.
$ npx -y skills add AgentToolkit/altk-evolve --skill evolve-lite-provenance --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/evolve-lite-provenanceContext preview
The summary Claude sees to decide when to auto-load this skill.
Analyze saved trajectories and recall audit events offline to record whether recalled guidelines influenced completed sessions.
name: evolve-lite:provenance description: Analyze saved trajectories and recall audit events offline to record whether recalled guidelines influenced completed sessions.
This skill runs after one or more sessions have completed. It reads `recall` events from `.evolve/audit.log`, locates each session's trajectory, and records post-hoc `influence` events for the recalled guidelines.
The mechanical work — reading recall rows, skipping already-assessed pairs, resolving entity files, and locating trajectories — is done deterministically by `provenance.py candidates`. Your job is the judgment: read each candidate and decide whether the recalled guideline was `followed`, `contradicted`, or `not_applicable`, then persist that verdict.
Use this skill when you want to compute usage provenance without coupling the work to the live learn step.
Run the candidate builder. It emits one JSON object per line (JSONL), one per unresolved `(session_id, entity)` recall pair:
python3 .bob/skills/evolve-lite-provenance/scripts/provenance.py candidates
Each candidate looks like:
{
"session_id": "<session-id>",
"entity_id": "<type>/<name>",
"entity_excerpt": "<frontmatter + content of the entity file>",
"trajectory_path": "/path/to/transcript.jsonl",
"trajectory_excerpt": "<head of the trajectory transcript>",
"missing": ["trajectory"]
}Notes:
suffix, e.g. `feedback/foo`, `guideline/bar`, or `subscribed/alice/guideline/baz`.
reuses the same dedup rule used when influence rows are written. You will never be handed a duplicate.
to the native Claude transcript at `~/.claude/projects/<slug>/<session-id>.jsonl`. This means provenance works even when no `.evolve/trajectories/` file was written.
emitted with a `missing: [...]` field so the gap is visible. When the trajectory is missing you usually cannot judge the pair — skip it (do not guess), unless the entity content alone makes `not_applicable` certain.
For each candidate, read `entity_excerpt` (and open `trajectory_path` for the full transcript if the excerpt is not enough). Compare the recalled guideline against the agent's actual actions in the trajectory and pick exactly one verdict:
repeated the avoidable dead end.
session.
Keep `evidence` to one short sentence citing a concrete action, tool call, or absence in the trajectory. This judgment is yours — there is no heuristic fallback.
Persist each verdict. Either pipe one verdict per call to `provenance.py record`:
echo '{
"session_id": "<session-id>",
"entity": "<type>/<name>",
"verdict": "followed",
"evidence": "Agent used the saved parser before trying shell fallbacks."
}' | python3 .bob/skills/evolve-lite-provenance/scripts/provenance.py record…or, to batch many assessments for one session in a single call, pipe to the underlying writer directly:
echo '{
"session_id": "<session-id>",
"assessments": [
{"entity": "feedback/foo", "verdict": "followed", "evidence": "Agent followed it."},
{"entity": "guideline/bar", "verdict": "not_applicable", "evidence": "Did not apply."}
]
}' | python3 .bob/skills/evolve-lite-provenance/scripts/log_influence.pyBoth paths write the identical `influence` audit row and skip duplicates. The `entity` value must match the candidate's `entity_id` exactly, including any `subscribed/<source>/` prefix.
It is valid to record nothing when recall events exist but no recalled guideline can be assessed (e.g. every candidate is missing its trajectory).
Coding agents repeat the same mistakes because they start fresh every session. Evolve gives agents memory — they learn from what worked and what didn't, so each session is better than the last.
Repo: AgentToolkit/altk-evolve
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