example-synthesizer

name	example-synthesizer
description	Generate SFT training examples from raw sources using Self-Instruct / Evol-Instruct / SQuAD / STaR patterns
namespace	training-complete
category	synthesis
platforms	["claude","copilot","cursor","factory","windsurf","warp","codex","opencode","openclaw","hermes"]
commandHint	{"argumentHint":"<source-glob> [--pattern <name>] [--count <n>] [--temperature <t>] [--model <haiku|sonnet|opus>]"}

example-synthesizer

Generate supervised fine-tuning (SFT) examples from raw ingested sources by delegating to the semantic-memory kernel and applying a chosen synthesis pattern. Produces fully-provenanced example records ready for preference generation, decontamination, and dataset versioning.

When to Use

• Bootstrapping a new SFT dataset from a small seed corpus
• Expanding domain coverage by evolving existing examples (depth/breadth)
• Extracting Q&A pairs from long-form documents (papers, manuals, specs)
• Augmenting examples with CoT rationales to enable STaR-style reasoning training
• Any scenario where hand-authoring SFT examples is too expensive and you have a higher-quality seed set or source corpus to derive from

Parameters

<source-glob> (required)

A glob matching ingested source records or a seed example set (e.g., sources/*, examples/seed/*).

--pattern <self-instruct|evol-instruct|squad|star> (optional)

Synthesis pattern to apply. Default: self-instruct.

--count <n> (optional)

Target number of examples to generate per source. Default: 10.

--temperature <t> (optional)

Generation temperature. Default: 0.7 (balance of diversity and coherence).

--model <haiku|sonnet|opus> (optional)

Generator model. Default: sonnet per RLM cost guidance (sonnet is the recommended tier for synthesis — haiku loses coherence on complex patterns; opus is cost-prohibitive at scale).

--seed <int> (optional)

Random seed for reproducibility. Default: system time.

Supported Patterns

Pattern	Reference	Mechanism
Self-Instruct	REF-375	Bootstrap new instruction/response pairs from a small pool of seed examples by prompting the generator to produce novel-but-similar tasks
Evol-Instruct	—	Apply depth evolution (add constraints, deepen reasoning) and breadth evolution (change topic, rephrase) to existing examples
SQuAD-style	REF-454	Extract span-grounded question/answer pairs from document sources; each answer cites a specific passage
STaR	REF-445	Augment existing examples with chain-of-thought reasoning traces; rationales are filtered by whether they yield the correct answer

Operation

1. Resolve sources — glob expansion via kernel memory-ingest consumer interface; load records into generator context.
2. Select pattern — validate --pattern against source type (SQuAD requires document sources; STaR requires existing I/O pairs).
3. Generate candidates — prompt generator model with pattern-specific template, producing count × len(sources) candidates.
4. Score candidates — pipe each candidate through example-quality-assess for GRADE rating.
5. Tag provenance — stamp synthetic: true, synthetic_depth: 1 (or source depth + 1 for evolved examples), and per-example metadata (see below).
6. Write accepted examples — append to derivedPages.synthesizedExamples collection in the training-complete memory consumer.
7. Log event — memory-log-append with op synthetic-generate, including pattern, count, model, temperature, seed, acceptance rate.
8. Emit report — summary to reports/synthesis-<timestamp>.md with pattern, input/output counts, quality distribution, and quarantine pointers.

Provenance

Every synthesized example carries:

metadata:
  synthetic: true
  synthetic_depth: 1             # incremented if derived from another synthetic example
  seeds_used: [ex-abc, ex-def]   # IDs of source/seed records
  generator_agent: example-synthesizer
  model: sonnet
  temperature: 0.7
  pattern: self-instruct
  seed: 42

This lineage feeds grade-on-ingest, decontamination-check, and dataset versioning downstream.

Quality Gate

Generated candidates are NOT accepted automatically. Each runs through example-quality-assess:

• Candidates meeting the configured --min-grade (default MODERATE) land in derivedPages.synthesizedExamples.
• Below-threshold candidates land in derivedPages.synthesizedQuarantine for human review (per human-authorization rule — no auto-delete).
• Aggregate acceptance rate is reported; < 30% acceptance triggers a warning (likely prompt drift or hallucinating generator).

Error Handling

• API failures — retry with exponential backoff (max 3 attempts); persistent failure aborts batch and logs synthetic-generate-error.
• Model hallucination — quality score < LOW with "hallucinated citation" downgrade → candidate rejected, incident counted toward batch stats.
• Pattern/source mismatch — fail fast with actionable error (e.g., "SQuAD pattern requires document sources; got example records").
• Duplicate generation — deduplicate on exact-match output before quality scoring; near-duplicates flagged for decontamination-check.

Examples

# Bootstrap 50 examples per seed using Self-Instruct
example-synthesizer "examples/seed/*" --pattern self-instruct --count 50

# Deepen existing examples via Evol-Instruct with higher creativity
example-synthesizer "examples/raw/*" --pattern evol-instruct --temperature 0.9 --count 5

# Extract Q&A from ingested papers with reproducible seed
example-synthesizer "sources/papers/*" --pattern squad --count 20 --seed 42 --model opus

Delegation

• Source loading: @agentic/code/addons/semantic-memory/skills/memory-ingest/SKILL.md
• Quality scoring: @agentic/code/frameworks/training-complete/skills/example-quality-assess/SKILL.md
• Deeper synthetic workflows (multi-turn, persona-grounded): synthetic-data-generator agent
• Event logging: @agentic/code/addons/semantic-memory/skills/memory-log-append/SKILL.md

References

• REF-375 Self-Instruct — bootstrap from seed pool
• REF-436 Phi-1 — textbook-quality synthetic data
• REF-445 STaR — CoT rationale filtering
• REF-448 PersonaHub — persona-grounded generation
• REF-454 SQuAD — document-to-QA span extraction
• REF-470 Orca — reasoning-rich explanation synthesis

ADR-022 D10