refactor

Refactor

Relies on BDK foundation (STARTUP_INSTRUCTIONS.md) for project context and MCP tool preference.

For each <!-- INJECT: <name> --> marker below, run python3 ${CLAUDE_PLUGIN_ROOT}/scripts/inject-rules.py <name> and substitute its stdout in place of the marker before acting on it.

Complex refactor needed. Code messy, needs clean class separation.

Workflow:

1. Architecture survey:

!python3 ${CLAUDE_PLUGIN_ROOT}/scripts/inject.py --chain ${CLAUDE_PLUGIN_ROOT}/fragments/tool-tiers/explore.chain.json

Using the exploration tools above: understand current community structure, identify tightly-coupled communities, detect cross-cutting concerns, and identify dead code with refactor_tool(mode="dead_code") if graph is available.

1. Launch explorer subagent with architecture findings as context (not blind). For follow-up questions on the same exploration, prefer SendMessage(to: "<agentId>", ...) over re-spawning. See STARTUP "Continuing a Spawned Agent".
2. Propose OO architecture with well-separated classes — reference community boundaries, address surprising connections
3. Identify applicable design patterns and explain fit — see rules below
4. Create docs in .bdk/refactor/:
5. Architecture overview
6. Applicable patterns with rationale
7. Implementation plan

Problem description:

$ARGUMENTS

<!-- INJECT: design-patterns -->