#!/usr/bin/env bash
# 批量运行 F 臂实验，用同一组仓库验证内联函数体 trace 加 trace-first 引导的效果。
# 主要输入是 `RUNS` 和 `CORPUS`；主要副作用是循环调用 `run-arms.sh`，把多轮实验结果写到默认输出目录。
# Arm F (body-inlining trace + trace-first steering) across the same 6 repos as
# arms-matrix.sh, so F vs B isolates the trace-enrichment effect (same surface,
# old thin trace in B vs body-inlining trace here).
set -uo pipefail
H="$(cd "$(dirname "$0")" && pwd)"; RUNS="${RUNS:-2}"; C="${CORPUS:-/tmp/codegraph-corpus}"
ROWS=(
"$C/flutter-samples/add_to_app/books/flutter_module_books|How does the books UI build and what child widgets does it show?"
"$C/aspnet-realworld|How is creating an article handled? Trace the controller to the service."
"$C/spring-mall|How is a product-list request handled? Trace the controller to the service."
"$C/vapor-spi|How is a package-show request handled? Name the route and controller."
"$C/excalidraw|How does updating an element re-render the canvas on screen? Trace the flow."
"$C/spring-halo|How is publishing a post handled? Trace the controller to the service."
)
ARM="${ARM:-F}"
echo "### ARM $ARM START $(date) RUNS=$RUNS"
for row in "${ROWS[@]}"; do
  repo="${row%%|*}"; q="${row#*|}"
  for r in $(seq 1 "$RUNS"); do bash "$H/run-arms.sh" "$repo" "$q" "$ARM" "$r"; done
done
echo "### ARM $ARM COMPLETE $(date)"