using-software-architecture-patterns-and-style

name	using-software-architecture-patterns-and-style
description	Use the software architecture patterns and styles neurosymbolic module: RAG library, agent brain, growable KB — proof-checked
version	0.1.0

using-software-architecture-patterns-and-style

This module is a CULTIVATED, PROOF-CHECKED knowledge organism about software architecture patterns and styles (211 concepts / 192 relations; grown by a KB factory — every region admitted by a Prolog consistency gate, wrongness tracked as open supersede-issues, never hidden).

The four ways to use it

1. As RAG — the sibling understand-{x} skills in this plugin, coordinate-addressed (call number = home class : dependency facets — the import web, literally); FTS5 index via skilltree.build_index over ${CLAUDE_PLUGIN_ROOT}/skills/using-software-architecture-patterns-and-style/references/skilltree.json.
2. As an agent (the runnable brain SHIPS here) — the neuromorphic brain is bundled at ${CLAUDE_PLUGIN_ROOT}/skills/using-software-architecture-patterns-and-style/data/brain/ (kuzu neurodb = the activation graph + tissue/ = the gyri). Point a KbcBrain at it and brain_ask("your question"): the graph FIRES the matching gyri numerically (spreading activation, weights decide — not an agent choosing), each fired gyrus answers over its territory, the synthesis is PROVEN one level up (the SES tower — the join is a theorem), and the prover teaches the graph back (Hebbian). Needs kuzu + brain-agent + ee_v2.kbc installed.
3. As tools your agents hold — ee_v2.kbc.heaven_tools.make_kbc_tools over this module's data root (${CLAUDE_PLUGIN_ROOT}/skills/using-software-architecture-patterns-and-style/data/): 14 heaven tools (kb_, kernel_, brain_*). Hand them to any heaven agent's tools=[...].
4. As a factory — the kbworld round deepens this module on a schedule; file a kb-door issue to point it somewhere; file kb-supersede when you catch it being wrong (it also catches itself — see the round reports).

The data resources (all inside THIS skill)

• data/concepts.jsonl + data/relations.jsonl — the certified graph
• data/hyperedges.jsonl — the certificate ledger (the automaton's KNOWN)
• data/skeletons.jsonl — certified argument DAGs (because/since/…)
• data/worklist.json — what the module knows it doesn't know
• references/skilltree.json — the library index

Etiquette (the laws this module lives under)

• The prover admits; you never hand-edit certified state (file issues).
• Wrongness is fuel: a wrong-but-coherent region is a PENDING OBSERVATION — say what you saw, the next round metabolizes it.
• The worklist is honest: kb_work shows exactly what the module knows it doesn't know.

The map

• software_architecture_patterns_and_styles.microservices_architecture : deep_microservices_archit(16), deep_event_driven_archite(9)
• software_architecture_patterns_and_styles.gateway_routing : deep_microservices_archit(16)
• software_architecture_patterns_and_styles.event_streaming : deep_event_driven_archite(9)
• software_architecture_patterns_and_styles.message_queue : deep_event_driven_archite(8)
• deep_event_driven_archite.pubsub_broker
• deep_event_driven_archite.stream_offset
• software_architecture_patterns_and_styles.event_driven_architecture : deep_event_driven_archite(9)
• software_architecture_patterns_and_styles.api_gateway : deep_microservices_archit(16)
• deep_microservices_archit.dps_001 : software_architecture_patterns_and_styles(15), deep_event_driven_archite(9)
• deep_microservices_archit.dps_014 : deep_event_driven_archite(9), software_architecture_patterns_and_styles(8)
• deep_event_driven_archite.stream_partition
• software_architecture_patterns_and_styles.saga_pattern : deep_event_driven_archite(9)