rack：PD 供电信息、每日耗电量与平均功率
PD 供电（板卡页新增一格）：
- 优先用遥测里的实时值 status.pd（固件 ≥0.1.17）；老固件退回最近一条 PD_LIMIT 事件（快照的 pd）。
显示 20 V / 档位电流 / 整板功率上限 / 输入功率占上限的比例。
- PD_LIMIT 事件写成「PD 20 V / 3.00 A，上限 60 W」，不再把那两列当电压电流显示；arg 2 = 运行中换档。
耗电量（板卡页新增卡片）：
- 新表 energy_day（永久保留）：从分钟聚合滚出每日能量与有数据秒数，rail 0 = 底板 12 V 输入，1~5 = 各路主板。
每分钟重算今天 / 昨天，更早的只补缺不覆盖（分钟数据 90 天后会被清）。按服务器本地零点切日。
- GET /api/boards/{id}/energy；前端 EnergyCard：今日 / 昨日 / 近 7 天 / 近 30 天 / 累计（各带平均功率）、
每日柱状图、今日各路主板。量的是 12 V 输入，不含 PD 20→12 V 降压损耗。
后端测试 57 项全过；已部署。
Co-Authored-By: Claude Opus 5.5 <[email protected]>
这个提交包含在：
zhou yang
@@ -114,6 +114,15 @@ def create_app(hub: Hub, rec: RecoveryManager, static_dir: Optional[str] = None,
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_board_or_404(hub, board)
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return hub.db.board_history(board, start, end or now_ms())
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@app.get("/api/boards/{board}/energy")
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def energy(board: str, days: int = 90):
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"""每日耗电量（Db.energy_rollup）。单位 mW·s 与秒，换算留给前端；`today` 是服务器本地日期。
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今天这一行最多滞后两分钟（分钟聚合 + 60 s 一次的滚动）。"""
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_board_or_404(hub, board)
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today = hub.db.q("SELECT date(?/1000,'unixepoch','localtime') d", (now_ms(),))[0]["d"]
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return {"today": today, "days": hub.db.energy(board, max(1, min(days, 3660))),
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"total": hub.db.energy_total(board)}
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@app.get("/api/boards/{board}/rails/{rail}/history")
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def history(board: str, rail: int, start: int, end: Optional[int] = None):
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_board_or_404(hub, board)
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@@ -188,6 +197,13 @@ def create_app(hub: Hub, rec: RecoveryManager, static_dir: Optional[str] = None,
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if d["arg"] == 3:
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d["name"] += "：" + protocol.OTA_ERR_NAMES.get(d["mv"], str(d["mv"]))
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d["severe"] = d["arg"] in (3, 5)
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elif d["type"] == protocol.EV_PD_LIMIT:
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pd = protocol.pd_from_event(d["arg"], d["mv"], d["ua"])
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d["name"] += "（%s，上限 %g W）" % (
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"CH224A 读不到，按保守值" if pd["ma"] is None else
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"%sPD %g V / %.2f A" % ("运行中换档：" if d["arg"] == protocol.PD_EV_CHANGED else "",
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pd["mv"] / 1000, pd["ma"] / 1000), pd["limit_mw"] / 1000)
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d["mv"] = d["ua"] = None # 两列装的是上限和档位电流，不是当时的电压电流
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elif d["type"] == 21:
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a = d["arg"]
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d["name"] += "（%s）" % ("手动关" if a == protocol.CHG_EV_OFF else
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@@ -4,6 +4,7 @@
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每分钟降采样一行（均值 / 最小 / 最大）留 `MIN_KEEP_S`（90 天）——
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电流曲线的用途是「这台手机前天夜里是不是卡死过」，一分钟的 min/max 足够看出来。
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事件、审计、恢复记录**永久保留**（量小，而且是排查的唯一线索）。
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每日耗电量（`energy_day`）也永久保留：它从分钟聚合里滚出来，分钟数据过了 90 天被清掉之后就再也算不回来了。
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⚠️ 时间戳一律是**服务器收到的时刻**（毫秒）。板子没有墙钟（需求 §10.12：
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上电从 0 计），它自己的 `t_ms` 只存在事件表的 `t_ms` 列里，作参考。
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@@ -60,6 +61,14 @@ CREATE TABLE IF NOT EXISTS board_tele_min (
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fan_avg INTEGER, in_mv_avg INTEGER, in_ua_avg INTEGER, n INTEGER,
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PRIMARY KEY (board_id, ts)
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);
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-- 每日耗电量（Db.energy_rollup）。rail 0 = 底板 12 V 输入，1~5 = 各路手机主板。
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-- mws = 这一天累计的能量（mW·s，÷3.6e6 = Wh），secs = 这一天里有数据的秒数（平均功率 = mws / secs）。
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-- day 是服务器本地时间的日期：「当日」按机房的零点切，不按 UTC。
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CREATE TABLE IF NOT EXISTS energy_day (
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board_id TEXT NOT NULL, day TEXT NOT NULL, rail INTEGER NOT NULL,
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mws INTEGER NOT NULL, secs INTEGER NOT NULL,
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PRIMARY KEY (board_id, day, rail)
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);
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CREATE TABLE IF NOT EXISTS events (
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board_id TEXT NOT NULL, seq INTEGER NOT NULL,
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t_ms INTEGER, rail INTEGER, type INTEGER, arg INTEGER, mv INTEGER, ua INTEGER,
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@@ -190,6 +199,46 @@ class Db:
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self.conn.execute("DELETE FROM tele_min WHERE ts < ?", (t - MIN_KEEP_S * 1000,))
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self.conn.execute("DELETE FROM board_tele_min WHERE ts < ?", (t - MIN_KEEP_S * 1000,))
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# ---- 耗电量 --------------------------------------------------------
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def energy_rollup(self, days_back: int = 1, now: Optional[int] = None):
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"""把分钟聚合滚成每日耗电量。重算最近 `days_back`+1 个本地日（含今天，幂等覆盖），
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更早的日子**只补缺、不覆盖**：分钟数据过了保留期会被清，拿残缺的一天去覆盖就把历史改小了。
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每分钟的能量 = 均值功率 × 这一分钟里的样本数（遥测 1 s 一条，n 就是有数据的秒数，最多按 60 算）；
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功率拿 mv_avg × ua_avg 近似，电压几乎不动（同 board_history）。板子离线的时段没有行，自然不计。"""
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t = now if now is not None else now_ms()
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day = "date(ts/1000,'unixepoch','localtime')"
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srcs = (("0", "in_mv_avg", "in_ua_avg", "board_tele_min"), ("rail", "mv_avg", "ua_avg", "tele_min"))
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with self._lock:
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cut = self.conn.execute("SELECT date(?/1000,'unixepoch','localtime',?)",
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(t, "-%d days" % max(0, days_back))).fetchone()[0]
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for rail, mv, ua, table in srcs:
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self.conn.execute(
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"INSERT INTO energy_day (board_id, day, rail, mws, secs) "
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"SELECT board_id, {day} AS d, {rail} AS r, "
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"CAST(SUM({mv}*{ua}/1e6*MIN(n,60)) AS INTEGER), SUM(MIN(n,60)) FROM {table} "
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"WHERE {mv} IS NOT NULL AND {ua} IS NOT NULL GROUP BY board_id, d, r "
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"ON CONFLICT(board_id, day, rail) DO UPDATE SET mws=excluded.mws, secs=excluded.secs "
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"WHERE excluded.day >= ?".format(day=day, rail=rail, mv=mv, ua=ua, table=table), (cut,))
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def energy(self, board: str, days: int = 90) -> List[dict]:
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"""最近 `days` 个有数据的本地日，旧 → 新。每天：底板输入的能量 / 有数据秒数，各路主板的能量。"""
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rows = self.q("SELECT day, rail, mws, secs FROM energy_day WHERE board_id=? AND day IN "
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"(SELECT DISTINCT day FROM energy_day WHERE board_id=? ORDER BY day DESC LIMIT ?) "
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"ORDER BY day, rail", (board, board, days))
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out: dict = {}
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for r in rows:
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d = out.setdefault(r["day"], {"day": r["day"], "in_mws": None, "secs": 0, "rails": [None] * 5})
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if r["rail"] == 0:
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d["in_mws"], d["secs"] = r["mws"], r["secs"]
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elif 1 <= r["rail"] <= 5:
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d["rails"][r["rail"] - 1] = {"mws": r["mws"], "secs": r["secs"]}
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return list(out.values())
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def energy_total(self, board: str) -> dict:
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r = self.q("SELECT COALESCE(SUM(mws),0) mws, COALESCE(SUM(secs),0) secs, MIN(day) since, COUNT(*) days "
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"FROM energy_day WHERE board_id=? AND rail=0", (board,))[0]
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return dict(r)
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def history(self, board: str, rail: int, t0: int, t1: int, max_points: int = 1500) -> dict:
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"""[t0, t1) 的电压电流曲线。跨度 ≤ 原始数据保留期且点数不多时回原始 1 s 数据，
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否则回分钟聚合（带 min/max，界面画成带状）。点太多时按时间桶再抽一次。"""
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+15
-1
@@ -58,6 +58,7 @@ class Hub:
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self.bus.start()
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for kind in ("rsp", "tele", "state"):
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self.bus.subscribe("%s/+/%s" % (protocol.TOPIC_ROOT, kind), 0 if kind == "tele" else 1)
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self.db.energy_rollup(days_back=1) # 补上停机期间没滚的日子（更早的只补缺，见 Db.energy_rollup）
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self._tasks = [asyncio.ensure_future(self._flusher()), asyncio.ensure_future(self._maint())]
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async def stop(self):
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@@ -192,6 +193,8 @@ class Hub:
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self.db.x("UPDATE boards SET ev_cursor=? WHERE id=?", (nxt, board))
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if ev:
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self.broadcast({"t": "events", "board": board, "ev": ev, "received": now})
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if any(e[3] == protocol.EV_PD_LIMIT for e in ev): # 板子重启过：供电档位可能换了
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self.broadcast({"t": "board", "board": self.snapshot(board)})
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if nxt >= rsp.get("next", nxt) or not ev:
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return
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except CmdTimeout:
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@@ -200,6 +203,16 @@ class Hub:
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self._syncing.discard(board)
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# ---- 查 ----------------------------------------------------------------
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def pd(self, board: str) -> Optional[dict]:
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"""CH224A 协商到的供电档位。固件只在启动时读一次、记成 PD_LIMIT 事件（不进遥测），
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所以取最近一条；板子还没同步过事件是 None。充电器不断电换不了，启动那一次就是现状。"""
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rows = self.db.q("SELECT arg, mv, ua, received FROM events WHERE board_id=? AND type=? "
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"ORDER BY received DESC, seq DESC LIMIT 1", (board, protocol.EV_PD_LIMIT))
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if not rows:
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return None
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r = rows[0]
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return dict(protocol.pd_from_event(r["arg"], r["mv"], r["ua"]), ts=r["received"])
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def snapshot(self, board: str) -> dict:
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b = self._board(board)
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meta = self.db.q("SELECT name, location FROM boards WHERE id=?", (board,))
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@@ -208,7 +221,7 @@ class Hub:
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stale = b["last_tele"] == 0 or now_ms() - b["last_tele"] > STALE_MS
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return {"id": board, "name": meta[0]["name"] if meta else "", "location": meta[0]["location"] if meta else "",
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"online": b["online"], "stale": stale, "fw": b["fw"], "ip": b["ip"],
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"last_tele": b["last_tele"], "status": b["status"],
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"last_tele": b["last_tele"], "status": b["status"], "pd": self.pd(board),
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"phones": [dict(p) for p in phones]}
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def boards(self) -> List[dict]:
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@@ -257,6 +270,7 @@ class Hub:
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await asyncio.sleep(MAINT_S)
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try:
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self.db.downsample()
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self.db.energy_rollup() # 先滚再清：今天 / 昨天每分钟重算一遍，量是几千行
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self.db.prune()
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except Exception:
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log.exception("降采样 / 清理失败")
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@@ -42,6 +42,21 @@ EVENT_TYPES: Dict[int, Tuple[str, str]] = {
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22: ("HUB", "Hub 启停"), # 0.1.14：arg 0 = 休眠、1 = 唤醒、0x10|模式 = 改模式；mV 列 = 唤醒理由（HUB_WHY）
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}
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# LOG_EV_PD_LIMIT（firmware/main/bringup.c 的 pd_up）：每次启动记一条，arg 1 = CH224A 读不到 / 读到 0、按保守值；
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# 固件 0.1.17 起运行中档位变了也记（arg 2，pdmon.h），并且遥测里有实时的 `pd`:{st,ma}（界面优先用它）。
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# mV 列 = 整板功率上限 mW/100，µA 列 = CH224A 0x50 读到的档位电流 mA（读不到是 0）。两列都不是电压电流。
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EV_PD_LIMIT = 16
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PD_EV_FALLBACK, PD_EV_CHANGED = 1, 2
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PD_FIXED_MV = 20000 # 板上 R7 硬件固定请求 20 V 档（ch224a.h 的 CH224A_FIXED_MV）
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def pd_from_event(arg: int, mv: int, ua: int) -> dict:
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"""PD_LIMIT 事件 → 界面用的供电信息。`ma` 是充电器在 20 V 档给的最大电流（读不到是 None），
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`limit_mw` 是固件据此定的整板功率上限，`fallback` = 没读到、按保守值。"""
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return {"mv": PD_FIXED_MV, "ma": ua if ua and arg != PD_EV_FALLBACK else None,
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"limit_mw": (mv or 0) * 100, "fallback": arg == PD_EV_FALLBACK}
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# LOG_EV_HUB 的 arg 与理由（firmware/main/hubctl.h）。⚠️ 冻结。
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HUB_EV_OFF, HUB_EV_ON, HUB_EV_MODE = 0, 1, 0x10
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HUB_MODES = ("auto", "on") # hub_mode_t 的下标
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@@ -52,8 +52,10 @@ class SimBoard:
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self.ota_req: Optional[dict] = None
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self.ota_rate = 400000 # 每次 tick 下载多少字节（真板 ≈125 KB/s）
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self.hub = {"on": True, "mode": "auto", "why": "idle", "hold": 0, "idle": 600} # 0.1.14，只回显不计时
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self.pd: Optional[dict] = {"st": 8, "ma": 3250}
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bus.on_message = self._on_message
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self._ev(0, 1, 0) # BOOT
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self._ev(0, 16, 0, 650, 3250) # PD_LIMIT：65 W 充电器（mV 列 = 上限 mW/100，µA 列 = 档位 mA）
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# ---- 对外 --------------------------------------------------------------
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def start(self):
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@@ -143,6 +145,7 @@ class SimBoard:
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"rpm": [3300, 3280], "stall": [False, False]}, "derate": False,
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"safety": {"cycles": self.up_ms // 20, "skipped": 0, "i2c_err": 0, "events": 0},
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"hub": dict(self.hub),
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"pd": dict(self.pd) if self.pd else None, # 0.1.17：CH224A 实时档位（st = 0x09 原值，bit3 = PD）
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"ota": dict(self.ota), "ev_next": len(self.events), "ev_pending": 0,
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"cmd": {"lines": len(self.received), "dups": 0, "rej": 0}}
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