| # Pair qualification and GB10 C/x/C; only the coordinator may use --execute. | |
| # shellcheck source=offload/launch/windows/common.sh | |
| source "$(dirname -- "$0")/common.sh" | |
| w_init native "$@" | |
| [[ ${#W_ARGS[@]} == 4 ]] || w_die 'usage: native.sh [--dry-run|--execute] CONTROL_CONFIG CONTROL_KV NATIVE_KV TIMING_JSON (pair: use native_pair.sh)' | |
| control=${W_ARGS[0]} control_kv=${W_ARGS[1]} native_kv=${W_ARGS[2]} timing=${W_ARGS[3]} | |
| w_uint "$control_kv"; w_uint "$native_kv" | |
| w_step timings "$W_PY" "$W_DIR/checks.py" timing "$timing" | |
| w_open_checks | |
| # The adapter must stage a NEW timing-patched config after validating the pair/verify-only cost evidence. | |
| w_gate recalibrate native "$timing" offload/launch/configs/E4-native-kx2-async.env | |
| for rep in 1 2 3; do | |
| for phase in C1 X C2; do | |
| arm=native-r$rep-$phase | |
| if [[ $phase == X ]]; then | |
| cfg=offload/launch/configs/WR1-E4-native-kx2-async-calibrated.env; kv=$native_kv; worker=native-hybrid-kx2 | |
| else cfg=$control; kv=$control_kv; worker=k2-tp2; fi | |
| # Gate owns transient worker switch under prod_window.sh pair COORD; validates lock/PID/hash/identity. | |
| w_gate worker "$arm" "$worker" | |
| w_start "$arm" "$cfg" "$kv" | |
| w_greedy "$arm" | |
| w_measure "$arm" | |
| done | |
| w_compare native-r$rep-C1 native-r$rep-C2 | |
| w_compare native-r$rep-C1 native-r$rep-X | |
| done | |
| w_summary | |