StillHammer
61ef2293ad
- Remove old 10-engine system (engines/ directory deleted) - Implement C++ triple interface architecture: * IEngine: Execution coordination (Debug → Production) * IModuleSystem: Strategy pattern (Sequential → Threaded → Cluster) * IModule: Pure game logic interface (200-300 lines per module) * IIO: Communication transport (Intra → Local → Network) - Add autonomous module structure: * modules/factory/: Production logic with autonomous build * modules/economy/: Market simulation with autonomous build * modules/logistic/: Supply chain with autonomous build * Each module: CLAUDE.md + CMakeLists.txt + shared/ + build/ - Benefits for Claude Code development: * Ultra-focused contexts (200 lines vs 50K+ lines) * Autonomous builds (cmake . from module directory) * Hot-swappable infrastructure without logic changes * Parallel development across multiple Claude instances 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
67 lines
2.0 KiB
Markdown
67 lines
2.0 KiB
Markdown
# Logistic Module - Pure Supply Chain Logic
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## Context
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You are working EXCLUSIVELY on logistics and transportation logic. No infrastructure, no networking, no threading.
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## Responsibilities
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- **Supply chains**: Resource routing, delivery optimization
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- **Transportation**: Vehicle routing, capacity planning
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- **Warehousing**: Inventory management, distribution centers
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- **Route optimization**: Shortest path, load balancing
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## Interface Contract
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```cpp
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// Input JSON examples:
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{
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"type": "plan_route",
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"from": "factory_A",
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"to": "warehouse_B",
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"cargo": {"steel_plate": 100, "copper_wire": 50},
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"constraints": {"max_weight": 1000, "max_distance": 500}
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}
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{
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"type": "optimize_supply_chain",
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"demand": {"location_1": {"steel_plate": 50}, "location_2": {"copper_wire": 30}},
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"supply": {"factory_A": {"steel_plate": 200}, "factory_B": {"copper_wire": 100}}
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}
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// Output JSON examples:
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{
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"route": ["factory_A", "hub_1", "warehouse_B"],
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"distance": 350,
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"time": 45,
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"cost": 120.5,
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"vehicles_needed": 2
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}
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{
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"supply_plan": [
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{"from": "factory_A", "to": "location_1", "items": {"steel_plate": 50}},
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{"from": "factory_B", "to": "location_2", "items": {"copper_wire": 30}}
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],
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"total_cost": 95.0,
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"efficiency": 0.92
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}
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```
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## Build Commands
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```bash
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cd modules/logistic/
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cmake . # Build from THIS directory
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make logistic-module # Generates logistic.so
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make test-logistic # Run isolated tests
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./build/logistic-module # Test the module
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```
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## File Limits
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- **LogisticModule.cpp**: Max 300 lines
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- **Pure logic only**: No sockets, threads, or engine dependencies
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- **JSON in/out**: All communication via JSON messages
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## Focus Areas
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1. Routing algorithms (A*, Dijkstra, optimization)
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2. Supply chain optimization (linear programming concepts)
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3. Inventory management (stock levels, reorder points)
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Claude Code should NEVER leave this directory or reference parent paths! |