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CCA protocol reference — packet types, TDMA timing, 8N1 framing, QS Link fields. Points to authoritative sources, no duplication.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Investigate and patch Lutron Designer feature flags. Use when you need to find out what a named flag controls, locate where it is checked in the .NET DLLs, trace a gated UI element back through ViewModel/ModelView/Domain layers, determine whether a flag is consumed at all, or plan a new DLL patch to force-enable a flag. For the build/deploy cycle of patched DLLs, hand off to anthropic-skills:designer-deploy.
Decompile and analyze Lutron Designer .NET DLLs. Use when investigating how Designer implements a feature (account gating, channel entitlements, device model rules, toolbox platform filtering, protocol handlers), tracing an enum/attribute through the assembly stack, or cross-referencing SQLMODELINFO against in-DLL metadata. Complements designer-feature-flags (flag-specific tracing) and designer-project (project-file/DB queries).
Reverse engineer Lutron S19/LDF firmware files — HCS08 MCU, CC1101 radio, CCA protocol extraction using Ghidra and Binary Ninja MCP tools
Open and query Lutron Designer project files (.hw/.ra3) — CCA address maps, zone assignments, device inventory, link topology. Use when analyzing project structure, planning device additions, or mapping CCA zone bytes.
Gather preset/scene zone assignments from a Designer project file (.hw/.ra3) and generate data/preset-zones.json for the CCX-WiZ bridge. Use when scenes change or bridge needs updated preset data.
nRF52840 USB dongle: flash sniffer or OpenThread RCP firmware, capture and analyze Thread/802.15.4 traffic. Use when asked to switch modes, capture packets, or reflash the dongle.
| name | cca-protocol |
| description | CCA protocol reference — packet types, TDMA timing, 8N1 framing, QS Link fields. Points to authoritative sources, no duplication. |
| metadata | {"author":"alex","version":"1.0"} |
| user_invocable | false |
Do not duplicate protocol knowledge here. Read these files directly:
| File | What it contains |
|---|---|
protocol/cca.protocol.ts | The source of truth. All enums, packet types, field layouts, QS Link constants, timing, sequences, pairing presets, device fingerprints |
protocol/protocol-ui.ts | Runtime parsing: identifyPacket(), parseFieldValue(), format discrimination rules |
protocol/shared.ts | Cross-protocol encoding: level ↔ percent, fade ↔ quarter-seconds |
docs/protocols/cca/index.md | Human-readable protocol reference (packet types, addressing, commands, pairing flows) |
docs/devices/qsm.md | RE findings from QSM firmware: trampoline table, TDMA, 8N1 codec, CRC, CC1101 config, dispatch tables |
docs/protocols/qslink.md | QS Link protocol + CCA field naming mapping appendix |
# Find a packet type or constant by name
grep -n "BEACON\|beacon" protocol/cca.protocol.ts
# Find all QS Link constants
grep -n "Qs\|QS_" protocol/cca.protocol.ts
# Find field layout for a specific packet type
grep -A 20 "BTN_SHORT_A" protocol/cca.protocol.ts
# Find timing constants
grep -n "timing\|repeat\|interval\|Timing" protocol/cca.protocol.ts
# Find how a packet type is identified at runtime
grep -A 10 "0x88\|BTN_SHORT" protocol/protocol-ui.ts
# Find what C constants are generated for firmware
grep "define\|const" firmware/src/cca/cca_generated.h | head -40