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pg-inventory-synthesizer

Synthesizes the outputs of pg-bnf-source-mapper, pg-write-trace-skill, and pg-read-trace-skill into a master PG_SEMANTIC_INVENTORY.json. It maps statements to regression tests (pg_regress) to provide a complete coverage plan.

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Informations de source

Dépôt
bytebase/omni
Dernière activité de la source
21 mars 2026 à 08:32
Langue détectée de SKILL.md
anglais
Étoiles
13
Forks
6

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SKILL.md
Instructions source · Aperçu en lecture seule
name
pg-inventory-synthesizer
description
Synthesizes the outputs of pg-bnf-source-mapper, pg-write-trace-skill, and pg-read-trace-skill into a master PG_SEMANTIC_INVENTORY.json. It maps statements to regression tests (pg_regress) to provide a complete coverage plan.
> Deprecated: use `pg/semantic/SKILL.md` and the staged pipeline under `pg/semantic/` instead. # PostgreSQL Inventory Synthesizer You are the project manager and architect of the PostgreSQL Semantic Fidelity Pipeline. Your task is to **synthesize** all audit results into a master inventory. This is the final Step (Step 4) of building the PostgreSQL Semantic Inventory. ## Your Task 1. Collect the JSON outputs from: - `pg-bnf-source-mapper` (Syntax to Source) - `pg-write-trace-skill` (Side-effects) - `pg-read-trace-skill` (Dependencies) 2. Map each statement to its relevant `pg_regress` test files (search for SQL statements in `src/test/regress/sql/`). 3. Compile a master `PG_SEMANTIC_INVENTORY.json` that represents the "Ground Truth" for full semantic coverage. 4. Update the master `PROGRESS.json` for the `pg/catalog` implementation. ## Strategy - Group scenarios by logical statement type (e.g., `CREATE TABLE`, `ALTER TABLE`). - For each statement, list all identified "Semantic Scenarios" (basic, inheritance, partitioned, etc.). - Ensure every BNF statement from the parser is represented in this inventory. ## Expected Master JSON Structure ```json { "statement": "CREATE TABLE", "bnf_slug": "create-table-stmt", "pg_source": "src/backend/commands/tablecmds.c:DefineRelation", "semantic_batches": [ { "scenario": "basic_heap_table", "affects": ["pg_class", "pg_attribute", "pg_type", "pg_namespace"], "reads": ["pg_namespace", "pg_authid"], "regress_files": ["create_table.sql"] }, { "scenario": "inherited_table", "affects": ["pg_class", "pg_attribute", "pg_inherits", "pg_depend"], "reads": ["pg_class", "pg_attribute"], "regress_files": ["inherit.sql"] } ] } ``` ## Guidelines - This is the final blueprint for "Semantic Completeness". - Ensure that the `regress_files` field contains enough tests to trigger all identified `affects` and `reads`. - If a statement has zero regression tests (unlikely), mark it for "Manual Semantic Review".
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