| 169 | |
| 170 | |
| 171 | def summarize(rows): |
| 172 | grouped = {} |
| 173 | for row in rows: |
| 174 | grouped.setdefault(f"{row['scenario']}:{row['workers']}:{row['mode']}", []).append(row) |
| 175 | output = {} |
| 176 | for key, runs in grouped.items(): |
| 177 | sessions = [s for r in runs for s in r["sessions"]] |
| 178 | reads = [x for s in sessions for x in s["reads"]] |
| 179 | stops = [x for s in sessions for x in s["stops"]] |
| 180 | writes = [x for s in sessions for x in s["writes_ms"]] |
| 181 | lat = lambda xs: base.summary(xs) if xs else None |
| 182 | output[key] = {"runs": len(runs), "wall_s_median": statistics.median(r["wall_s"] for r in runs), |
| 183 | "wall_s_range": [min(r["wall_s"] for r in runs), max(r["wall_s"] for r in runs)], |
| 184 | "read_ok": sum(x["ok"] for x in reads), "read_total": len(reads), |
| 185 | "read_ms": lat([x["ms"] for x in reads if x["ok"]]), |
| 186 | "write_ms": lat(writes), "stop_ms": lat([x["ms"] for x in stops if x["ok"]]), |
| 187 | "stop_ok": sum(x["ok"] for x in stops), "stop_total": len(stops), |
| 188 | "verified_sessions": sum(len(r["verified"]) for r in runs), |
| 189 | "expected_sessions": sum(r["workers"] for r in runs), |
| 190 | "verification_failures": sum(len(r["verification_errors"]) for r in runs), |
| 191 | "worker_failures": sum(len(s["failures"]) for s in sessions), |
| 192 | "turn_ms": lat([x for s in sessions for x in s["turn_ms"]])} |
| 193 | return output |
| 194 | |
| 195 | |
| 196 | def main(): |