24e97428d3
Brings in the Joule Code agent schema's energy crate (jouleclaw-energy) as the honest, multi-platform source of measured energy, per the Phase 3 scope. - agent_zed_panel: new host_energy() reads a real jouleclaw_energy::EnergyCounter (the host's best counter — Apple Silicon load-avg today, RAPL/NVML = HwShunt measured). Surfaced as a 'host N J this session (provenance)' line, distinct from the L4 token estimate. map_provenance binds jouleclaw's Provenance to joule_code's 1:1 (the two enums are deliberately identical). - The honesty split the standard requires: an L4 op's receipt energy is the REMOTE agent's inference (token-estimated — we cannot read a vendor's datacenter shunt); the host line is OUR machine's energy, which becomes a local-tier op's receipt energy once L0-L3 land (Phase 3c/3d). - Honest disclosure carried through: on this Mac the reading is an Estimator (jouleclaw has not wired Apple IOReport yet), not HwShunt. True measured energy is real on RAPL/NVML hosts. Toolchain: jouleclaw requires rustc 1.96; agent-zed pinned 1.95. Bumped rust-toolchain.toml to 1.96.0 to match the agent schema it now depends on — a necessary consequence of the integration. Full rebuild on 1.96 = 0 errors. Verified: cargo build --bin agent-zed = 0 errors; launched and live-captured the panel showing 'host 17.160 J this session (est.)' — a real EnergyCounter reading, honestly tagged, rendering before any agent connection. JOULE_CODE.md §6 updated. Co-Authored-By: Claude Opus 4.8 <[email protected]>
9 lines
262 B
TOML
9 lines
262 B
TOML
[toolchain]
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channel = "1.96.0"
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profile = "minimal"
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components = [ "rustfmt", "clippy", "rust-analyzer", "rust-src" ]
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targets = [
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"wasm32-wasip2", # extensions
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"wasm32-unknown-unknown", # gpui on the web
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"x86_64-unknown-linux-musl", # remote server
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]
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