docs(hass): 把主机文档收成现行状态
Quick 布局、季节 gauge、网卡 end1 和 Core 2026.9.3 与旧操作说明不一致。抓包命令改为 end1。
This commit is contained in:
@@ -60,7 +60,9 @@
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> [runbooks/matter-packet-capture.md](../runbooks/matter-packet-capture.md)。
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> 下面是最常用的两条。
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**视角必须在 LAN55**。**HA matter-server 作配对方时推荐直接在 hass `end0` 抓**——配对方
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hass 上网卡名是 `end1`(2026-09-23)。2026-08 笔记里的 `end0` 已经没有了。
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**视角必须在 LAN55**。**HA matter-server 作配对方时推荐直接在 hass `end1` 抓**——配对方
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必然参与配对流程的每一条通讯(mDNS 本段组播 + 自己的 TCP 5540 全程),覆盖最全;AP `br0`
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能看到全部 mDNS 组播 + 无线客户端单播,但**看不到有线↔有线单播**(如 Thread 设备经有线 M3
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配对时 HA↔M3 的 5540 在 AP 侧不可见)。66 网段电脑看不到 55 的组播。BusyBox 注意点仅适用
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@@ -75,7 +77,7 @@ ssh zhiqiangf@192.168.55.5 "tcpdump -ni br0 -s 0 -vvv -tt 'udp port 5353 or tcp
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hass 侧(HA matter-server 作配对方,推荐;非交互 ssh 需显式 `sudo -n -i`):
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```bash
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ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end0 -s 0 -vvv -tt 'udp port 5353 or tcp port 5540 or tcp port 5552'"
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ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end1 -s 0 -vvv -tt 'udp port 5353 or tcp port 5540 or tcp port 5552'"
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```
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精简过滤(只看 Matter 信号):
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@@ -193,7 +195,7 @@ ssh zhiqiangf@192.168.55.5 "tcpdump -ni br0 -s 0 -vvv -tt 'udp port 5353 or tcp
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| 新盏 `34:98:7a:27:10:bc`(`.148`,hostname `matter`) | DHCP 04:40 续租;gw ARP 完整;ping 通(93–122ms,ESP32 省电时延);08-22 16:40 起稳定关联 `wifi0ap1`,关联时 `avg_rssi -70`。mDNS 宣告 3 实例:`4DF2B1455D19402D-02EF079EEB480D07`(**新 node ID——08-22 之后被重新配网过**)、`2F6E56020E1996E7-137147AF27BE4EB6`、`DCE86145C137AF0E-0000000000000011`(HA fabric);host 记录 A `.148` + fe80 + **当前前缀** GUA `240e:3bd:238:4812:*`。支持单播 legacy mDNS 查询(`dig -p 5353 @.148 _matter._tcp.local PTR` 可用) |
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| 工作盏(MAC 已变)`fc:e8:c0:25:a1:f0`(`.146`,hostname `espressif`) | DHCP 07:17 续租;ping 通 v4/v6(v6 fe80 38–61ms)。mDNS 宣告 3 实例:`4DF2B1455D19402D-02EF4CA3F856B615`、`2F6E56020E1996E7-EE8F2E4F1A77BF05`、`DCE86145C137AF0E-000000000000000B`。原 MAC `34:98:7a:25:a1:f0` 全网消失(无租约/ARP/AP 日志)而新 MAC 末 3 字节相同 → 疑固件更新后改 MAC。**拒绝单播 5353**(ICMP port unreachable),只应答组播查询——同族固件行为差异。hass 残留其旧前缀 GUA `240e:3bd:235:1fb2:fee8:c0ff:fe25:a1f0` 的 **FAILED** 邻居项 |
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| 故障盏 `34:98:7a:27:7f:08`(曾 `.145`) | 无租约、ARP incomplete、AP 日志零事件 = 已离网 |
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| **TCP 5540 探测(两盏)** | IPv4(LAN66 与 hass 本段)、IPv6(fe80%end0 + 当前 GUA)全部 **RST(Connection refused)** —— SRV 宣告 :5540 且 TXT `T=1`,但实际无监听 |
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| **TCP 5540 探测(两盏)** | IPv4(LAN66 与 hass 本段)、IPv6(fe80%end1 + 当前 GUA)全部 **RST(Connection refused)** —— SRV 宣告 :5540 且 TXT `T=1`,但实际无监听 |
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| hass matter-server | `started`,v9.0.4,无更新;宣告自身运营实例 `DCE86145C137AF0E-…1B669`(v4+v6,当前 GUA);**无任何 established :5540 会话**;core/add-on 日志无 matter 错误 |
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| 其他 Matter 控制器 | Aqara M3 `.248` 在线(有线 0.8ms),宣告含自身 fabric 节点 `4DF2B1455D19402D-11E158E46D24A000`;SmartThings `.48` 在线并周期查询 `_matter._tcp.local`;手机(当前前缀 GUA)也在浏览。LAN55 共见 **5 个 fabric**:`4DF2B1455D19402D`(M3)、`DCE86145C137AF0E`(HA)、`2F6E56020E1996E7`、`03BCFAEDD6153944`、`6A6FF80C2DB84DEE` |
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@@ -207,9 +209,9 @@ TCP 5540 恢复监听即可确认。
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- gw:`show dhcp leases` / `show arp`(经 `/opt/vyatta/bin/vyatta-op-cmd-wrapper`)。
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- AP:`grep -i <mac> /var/log/messages`(hostapd 关联事件 + stahtd RSSI/soft failure)。
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- hass:`sudo -n -i ha apps info core_matter_server`;`ip -6 neigh show dev end0`
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- hass:`sudo -n -i ha apps info core_matter_server`;`ip -6 neigh show dev end1`
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(看灯泡 fe80/旧新前缀 GUA 与 FAILED 项);被动抓包
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`sudo -n -i timeout 65 tcpdump -ni end0 -s 0 -tt 'udp port 5353'`——配对方周期查询
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`sudo -n -i timeout 65 tcpdump -ni end1 -s 0 -tt 'udp port 5353'`——配对方周期查询
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会自然引出灯泡宣告,无需主动发包。
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- 5540 探测:hass 上 python3 对 v4 / fe80%end0 / GUA 各 connect 一次;RST=无监听,
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- 5540 探测:hass 上 python3 对 v4 / fe80%end1 / GUA 各 connect 一次;RST=无监听,
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超时=不可达(两者含义不同)。
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+65
-202
@@ -11,6 +11,7 @@
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| SSH | `ssh hassio@hass.windy.lan` |
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| **Host** | **x88 Pro physical box** (HAOS bare-metal, `machine: green`; verified 2026-08-18) |
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| Platform | Home Assistant OS; kernel `6.1.115-haos` (aarch64) |
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| Core | 2026.9.3; Supervisor 2026.09.2; HAOS 18.2 (verified 2026-09-23) |
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| Web UI | `http://hass.windy.lan:8123` (LAN); WAN port-forward `hass` on gw → `:8123` |
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Use `hassio` for routine SSH inspection. Key-only login was verified on
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@@ -40,7 +41,7 @@ recovery codes in this repository.
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| Interface | Address / role |
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|---|---|
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| `end0` | IPv4 static `192.168.55.11/24` (gw `.254`, DNS `192.168.66.36`); IPv6 SLAAC `auto` with GUA on the current PD-derived /64 (`240e:3bd:235:1fb2:*` at 2026-08-22; rotates on PPPoE redial); primary LAN55 NIC (interface name verified live 2026-08-22 — `end1` does not exist) |
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| `end1` | IPv4 static `192.168.55.11/24` (gw `.254`, DNS `192.168.66.36`); IPv6 SLAAC `auto` (prefixes rotate on PPPoE redial; old GUAs can linger). Primary LAN55 NIC. Live name on 2026-09-23 is `end1`; the 2026-08-22 `end0` name is gone |
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| `wlan0` | Supervisor **disabled** (verified 2026-08-14, W1N-104); IPv6 remains off on this RTL8821CS radio |
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| `wg0` | `10.13.13.2/32`; WireGuard (add-on / integration tunnel) |
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| `hassio` / `docker0` | internal HAOS Docker bridges (`172.30.32.0/23`, `172.30.232.0/23`) |
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@@ -99,7 +100,7 @@ See `~/.config/zsh/env/local/environment.env` for the client-side setting.
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## Safe verification
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```bash
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ssh -o BatchMode=yes hassio@hass.windy.lan 'hostname; ip -4 addr show end0'
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ssh -o BatchMode=yes hassio@hass.windy.lan 'hostname; ip -4 addr show end1'
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```
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From a LAN client, confirm DNS and UI reachability:
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@@ -262,8 +263,7 @@ no template errors; 14 csg_* entities total.
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**电力监控面板(`lovelace.dashboard_unknown` / view `power-monitor`)
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updated 2026-08-29 (W1N-240 + W1N-242):** 「本月累计」gauge 对齐夏季阶梯:
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`max:650`、segments `0/260/600`(绿/橙/红 = 一/二/三档;冬季 11-01 需切
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`max:450`、`0/200/400` — **seasonal switch point**,见下文)。「📊 统计
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`max:650`、segments `0/260/600`(绿/橙/红 = 一/二/三档)。冬季档不要再手改,由下方 v4 的 `binary_sensor.csg_summer_tariff` 切换。「📊 统计
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数据」卡新增本年/去年 4 行(原生传感器,口径标注「电费(账单)」、本年
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「(至今)」)+ 本月日均/预测进度 2 行(`csg_this_month_daily_avg` /
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`csg_prediction_progress`,W1N-242);面板共引用 **20** 个实体。改前备份:
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@@ -279,7 +279,7 @@ updated 2026-08-29 (W1N-240 + W1N-242):** 「本月累计」gauge 对齐夏季
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数据日)。备份 `csg_sensors.yaml.bak-20260829-w1n242`。验证:Core
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restart 后回归值不变(334.81 / -0.3 / 10.8 / 90.3 / 200.94 / 180.28)。
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**CSG 面板重构 2026-09-04(VPS-90,先核对计价后展示层改动):** 核对
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**CSG 面板重构 2026-09-04(VPS-90;面板布局已被下方 2026-09-22 v4 取代。仍有效的是均价传感器和两条季节提醒):** 核对
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`power-monitor` 计价与 8 月账单一致(198.65 vs 账单 198.64,差 ≤0.01 元,
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因模板用公众圆整价 0.589/0.639/0.889、账单用 6 位精确价),不改阶梯常量。
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改动:① `csg_sensors.yaml` Block B 新增
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@@ -296,12 +296,9 @@ availability 照 W1N-239 惯例;**csg_* 实体 14→15**);② 面板改名
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`.lovelace-backups/dashboard-unknown-power-monitor-20260904-204757-pre-refactor.json`、
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`.csg-backups/csg_sensors.yaml.bak-20260904-204757-pre-refactor`(及
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`-205301-pre-avgprice`)、`.automations-backups/automations.yaml.bak-*`。
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**WS 改法(2026.8,本机实测)**:core/主机 python 无 ws 库、core 容器内经
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supervisor 代理 WS 被拒(loop prevention),用
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`docker run --rm --network host -e SUPERVISOR_TOKEN`(supervisor 镜像
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`aarch64-hassio-supervisor:2026.08.0`)连 `ws://172.30.32.2/core/websocket`;
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命令名 `lovelace/config`(读)+ `lovelace/config/save`(写),
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`lovelace/config/get` 已不存在(unknown_command)。验证:新实体
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**WS 改法**:`lovelace/config` 读、`lovelace/config/save` 写
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(`lovelace/config/get` 不存在)。客户端用 [`scripts/ha-ws-client.py`](../scripts/ha-ws-client.py),
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见下方 Quick 节。勿直改 `.storage/`。验证:新实体
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0.589 元/kWh、15 个 csg_* 数值齐全、回归值不变(14.09/198.65/331.22/
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304.99/181.89)、automations on、`ha core check` OK、日志无 template 错误。
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@@ -417,18 +414,14 @@ live state 完全一致(`csg_30d_avg` 9.07 / `csg_predicted_usage` 268.45 /
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(`states_raw` 08:17:04Z 158.54 → 08:17:10Z 157.19)。**注意**:`w` 的爬升窗口
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(14 天)是回测选出来的单月参数,属弱证据,换季/换季后值得复看。
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> **Seasonal gauge switch (W1N-240 已知事项):** 每年 **11-01** 把
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> `power-monitor` 视图「本月累计」gauge 切到冬季 `max:450` /
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> `0/200/400`,**5-01** 切回夏季 `max:650` / `0/260/600`(与模板
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> `now().month` 季节逻辑对齐;模板常量在 Block B/D `variables`)。
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> **提醒 automation(2026-09-04 起,VPS-90):**
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> `automation.csg_mian_ban_qie_dong_ji_dang_ti_xing`(10-25)与
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> `automation.csg_mian_ban_qie_xia_ji_dang_ti_xing`(4-25)09:00 经
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> `matrix_e2ee.send_message` 发操作步骤提醒;gauge 的 max/segments 无法
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> 模板化,仍需人工改卡配置。
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> **季节 gauge:** 不要手改 max/segments。`binary_sensor.csg_summer_tariff`
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> (`on` = 5–10 月)切换夏季 `650 / 260 / 600` 与冬季 `450 / 200 / 400`,
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> 见上方 VPS-90 v4。`automation.csg_mian_ban_qie_dong_ji_dang_ti_xing`(10-25)
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> 与 `automation.csg_mian_ban_qie_xia_ji_dang_ti_xing`(4-25)仍会在 09:00
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> 发 Matrix 提醒;提醒正文这次没核对。
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Home PPPoE IPv4 to CSG is still blackholed (`curl -4` to `218.19.148.218:443`
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times out). `end0` IPv6 is enabled (`ipv6.method: auto`); from HA,
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times out). `end1` IPv6 is enabled (`ipv6.method: auto`); from HA,
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`curl -6 https://95598.csg.cn` returns HTTP 200 via `240e:f9:8060::1:16`.
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**`tianqi` weather recorder patch (verified 2026-08-13, W1N-75):**
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@@ -585,20 +578,20 @@ deployed 2026-08-18 from `216cc99` (backup
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`template: !include_dir_merge_list templates`. No `packages/`.
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- `scribe.yaml` (config root): the Scribe block, content identical to the
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former inline one; import semantics unchanged.
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- `templates/`: `csg_sensors.yaml` (12 template sensors, top-level **list**)
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+ `quick_sensors.yaml` (scaffold for Quick-derived `quick_*` sensors, empty
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list with convention header). **`!include_dir_merge_list` merges per-file
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lists; non-list files are silently skipped** — every file in `templates/`
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must be a top-level list (`- sensor:` blocks). Directory include only picks
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up `*.yaml`, so the `.bak` / `.pre-*` backups in the dir are ignored. After
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adding sensors, verify template-platform entity count = 12 + N (entity
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registry `platform: template`).
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- `templates/`: `csg_sensors.yaml` (15 `csg_*` template sensors, top-level **list**)
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+ `quick_sensors.yaml` (`sensor.quick_wen_cha`, same top-level list).
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**`!include_dir_merge_list` merges per-file lists; non-list files are silently skipped**
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— every file in `templates/` must be a top-level list (`- sensor:` blocks).
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Directory include only picks up `*.yaml`, so `.bak` / `.pre-*` backups in the
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dir are ignored. UI helpers such as `binary_sensor.csg_summer_tariff` are not
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in this directory. After adding sensors, count template-platform entities
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against these files plus the UI helpers, not against the old "12".
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- Convention (per review + W1N-233): pure sums/averages stay min_max helpers
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(e.g. `sensor.dang_qian_zong_gong_lu`); only template-logic derivations
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(ladder pricing, cross-entity conditions) go into `quick_sensors.yaml`.
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- Post-change verification 20:19 CST: `ha core check` ok, 92 s restart
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(2026.8.3), `binary_sensor.scribe_database_connection` on,
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`scribe_states_written` 18581→19426 growing, template entities still 12,
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`scribe_states_written` 18581→19426 growing, template entities still 12 that day (later 15 `csg_*` + `quick_wen_cha`),
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csg sensors numeric, no scribe/template log errors.
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### Timescale Plotly card + database reader (verified 2026-08-29)
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@@ -634,181 +627,48 @@ manual copies): reader `remmob/timescale_database_reader` **v1.1.0** (main
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- Scribe stores numeric sensor values in `states_raw.value` with `state` NULL,
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so `sensor_minute.state` shows `'0'` for numeric sensors; the card plots
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`avg_state` (from `value`) — expected, not a bug.
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- **Quick 仪表盘(`dashboard-quick`)图表套件**(2026-08-29 创建,经 WS
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`lovelace/config/save` 写入;W1N-230 修复 + W1N-231 round-2 改进):
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5 张 timescale 卡——大功率电器/常驻负载功率(按量级拆图,避免尖峰压扁
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<70 W 基线)、按插座用电量(`energy_mode` + cumulative/diff,数据质量前提
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见 pgdb 的 refresh 过程补丁)、室内外温湿度(温度左轴/湿度右轴,4 位置同色
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配对)、人体感应活动状态(3 个 `motion_state`,banded `state_map`
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none/small/medium/large → 0-11,per-entity `line_color` 红/蓝/绿)。
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空调实体引用为 `kong_diao_*`(`kong_tiao` 是笔误,W1N-230 修复;`grep -c
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kong_tiao` 应为 0)。灯区:2×2 嵌套 grid(`grid_options: {columns: "full"}`,
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内层 `columns: 2`)+ 4 卡统一 `mushroom-light-card`(显式 name、
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`use_light_color: false`、内联亮度/色温控制),heading icon
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`mdi:lightbulb-group`。heading badges:环境 4 温度(迷你/mini数显/数显/广州)、
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大功率电器 空调/电脑当前功率、常驻负载 总功率
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(`sensor.dang_qian_zong_gong_lu`,min_max **sum** helper,`round_digits: 0`,
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任一源掉线 fail-closed → unknown)。常驻负载图卡级 `fill: 'tozeroy'` +
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冰箱/主网络 per-entity `fill_color`(线色 20% 透明)+ 其余 5 条 `fill: false`
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(per-entity fill 逐系列退出,卡 JS `seriesConfig.fill !== false`)。
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布局:视图 `type: sections` + `max_columns: 4`;灯/用电/环境/人体感应
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`column_span: 4`,功率两图拆两个 `column_span: 2` 分区**并排**(等高 280px,
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桌面并排、手机回落堆叠;去卡内 title 省半宽图垂直空间)。
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**分区/卡片是两套尺寸键,不可混用**:分区宽 = `column_span`
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(`hui-sections-view.ts` 缺省按 1 列渲染,绝不省略);卡片宽 =
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`grid_options: {columns: <n|"full">}`(`hui-card.ts` 只读 `config.grid_options`,
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写在卡片上的 `column_span` 被静默忽略;缺省 12 列,分区内格 = 12 × 分区
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span,故 span-4 分区里缺省卡片只有 1/4 宽)。
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修改前备份:`/homeassistant/.lovelace-backups/dashboard-quick-*.json`
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(W1N-230 修复: `20260829-190256`;round-2 改进: `20260829-194040`)。
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|
||||
- **Quick 时间范围扩容 (2026-09-13, VPS-92)**: 用户反馈「48 小时不够」。
|
||||
各 timescale 卡可选档上调——大功率电器/常驻负载 `…,24h` → `+3d,7d`;
|
||||
环境 `6h,12h,24h,48h` → `+7d,14d,30d`;人体感应 `…,24h` → `+3d,7d`;
|
||||
用电量(按插座) `energy_time_ranges` `today,week,month,custom` → `+3mo`。
|
||||
**默认档未改**(6h / 6h / today / 24h / 12h)。备份
|
||||
`.lovelace-backups/dashboard-quick-20260913-190912-pre-timerange.json`。
|
||||
⚠️ **本条的 `d` 档当天其实是坏的**——见下方 2026-09-21 修复;`energy_mode`
|
||||
命名档(today/week/month/3mo)当时就是好的。卡片命名档只能是
|
||||
`today|week|month|3mo|6mo|year|years|custom`。**数据下界注意**:scribe
|
||||
`sensor_minute` 最早只到 **2026-08-29**,所以 >15d 的档(14d 边缘、30d 明显)
|
||||
前半段仍是空白,等归档继续累积才好看。
|
||||
### Quick 仪表盘(`dashboard-quick`,现行 2026-09-23)
|
||||
|
||||
- **Quick 面板改造 + timescale 卡两个真 bug 修复 (2026-09-21)**:起因是用户
|
||||
觉得「面板标题 + 统计方式」不对劲。只读审查查出三个问题并全部修掉:
|
||||
`http://hass.windy.lan:8123/dashboard-quick`。视图 `type: sections`,`max_columns: 4`。
|
||||
分区宽用 `column_span`(缺省是 1 列,不要省)。卡片宽用 `grid_options.columns`
|
||||
(写在卡片上的 `column_span` 会被忽略)。空调实体是 `kong_diao_*`;`kong_tiao` 是笔误,应为 0 处。
|
||||
|
||||
**① 卡 JS:`<n>d` 档实际渲染成 n 小时(VPS-92 的扩容其实没生效)**。
|
||||
非 energy 档走 `const hours = parseInt(this._selectedRange) || 24;`,
|
||||
`parseInt("7d") === 7`。全卡唯一能解析 `d` 的 `parseDurationToMs()`
|
||||
(正则 `/^(\d+)(m|h|d)$/`)**只被 `resolveEnergyWindow()` 调用一次**,
|
||||
即只服务 energy 卡。后果:`3d` 比 `24h` 还短(3h),`14d`→14h、`30d`→30h。
|
||||
**修复**:改用 `Math.max(1, parseDurationToMs(...)/3600000)`;顺带把采样密度
|
||||
目标 80 → 160 点(7d 档从 2.1h/桶降到 1.05h/桶)。备份
|
||||
`.lovelace-backups/timescale-plotly-card.js.bak-20260921-pre-dayfix`。
|
||||
实测(本地 node 跑卡里的 `parseDurationToMs`):`3d→72h / 7d→168h /
|
||||
14d→336h / 30d→720h`,各档均 ~160 点;`node --check` JS 语法 OK。
|
||||
**资源 URL 已加 `?v=20260921` 强制浏览器重取**(原来无 hacstag,缓存问题会
|
||||
让修复「看不见」)。
|
||||
|
||||
**② 功率卡画的是瞬时采样而非统计量**。reader 对 `table=sensor_minute`
|
||||
(时间列名 `minute`)默认 `downsample_method = "last"`
|
||||
(`custom_components/timescale_database_reader/__init__.py` L385-389),
|
||||
即每桶取「末一分钟的瞬时值」。实测空调 1 小时桶:03:00 真实均值 241.6 W /
|
||||
峰值 1128 W,图上只画 157;19:00 真实均值 97.6 / 峰值 676,图上画 **13**
|
||||
(看起来像停机)。因 `sensor_minute` 已是均匀 1 分钟 LOCF 序列,`avg()`
|
||||
才是正确时间均值。**修复**:两张功率卡加 `downsample_method: "avg"`。
|
||||
**用电量卡不用改**——累计计数器配 `last()` 就是桶末读数,卡片再 diff,
|
||||
本来就是对的;人体感应卡显式 `last` 对分类信号也对。
|
||||
|
||||
**③ 标题与分组名不副实**。按 7d 实测(峰值/均值)重分组并改名:
|
||||
| 位置 | 改前 | 改后 |
|
||||
| 分区 | span | 现在有什么 |
|
||||
|---|---|---|
|
||||
| 分区 | 大功率电器 | **峰值负载**(厨房电器 1839 / 空调 1128 / 电水壶 957 / 咖啡机 882 / 电脑 363 W) |
|
||||
| 分区 | 常驻负载 | **基础负载**(主网络 75 / 冰箱 137 / 大房 290 / 水设备 171 / 无线AP 976* W) |
|
||||
| 分区 | 用电 | **今日用电** |
|
||||
| 分区 | 灯 + 开关(分开在最顶和最底) | **灯与开关**(合并置顶,可操作项集中) |
|
||||
| 分区(新) | — | **此刻耗电** |
|
||||
| 徽标 | 总功率 | **插座合计**(只是 9 个插座之和,不含灯/换气) |
|
||||
| 实体 | 迷你 / mini数显 / 数显 | **卫生间 / 客厅 / 卧室**(HA area 本来就有,之前用的是设备型号名) |
|
||||
| 实体 | 电池(移动) | **厨房(电池)**(该设备 area 也是厨房) |
|
||||
删除 3 张与分区标题重复的卡 title(用电量(按插座) / 室内外温湿度 / 活动状态)。
|
||||
\* 无线AP 7 天里只有 2 分钟 >150 W 却记到 976 W —— 单点毛刺,会把 y 轴顶飞,
|
||||
待查。
|
||||
| 灯与开关 | 4 | 2 列网格:卫生间灯、厨房灯、客厅长明灯、厨房远灯、Matter 开关「马桶换气电源」(`switch.wei_sheng_jian_ma_tong_huan_qi_dian_yuan`)。不放 `switch.0xa4c138a4c2fe4c8b`。徽章「换气功率」= `sensor.0xa4c138a4c2fe4c8b_power` |
|
||||
| 实时功率 | 2 | apexcharts donut,11 路当前功率(与下面两张功率图同一批)。末项「马桶换气」= 上面那颗 Zigbee 功率。图例在右,`chart.height` 510;card-mod 把 `ha-card` 撑到 520px。徽章「插座合计」= `sensor.dang_qian_zong_gong_lu` |
|
||||
| 人体感应 | 2 | 厨房 / 卫生间 / 厨房(电池)。`state_map` 0–11,`downsample_method: last`。卡高 280,card-mod 520px,和圆环并排。默认 12h |
|
||||
| 峰值负载 | 2 | 厨房电器、空调、电水壶、咖啡机、电脑。`downsample_method: avg`,高 280,默认 6h。徽章:空调、电脑。不要把约 25 W 的马桶换气放这里 |
|
||||
| 基础负载 | 2 | 主网络、冰箱、大房、水设备、无线AP、马桶换气(`sensor.0xa4c138a4c2fe4c8b_power`)。卡 `fill: tozeroy`;主网络和冰箱有 `fill_color`,其余 4 条 `fill: false`。同样 `avg`、高 280、默认 6h |
|
||||
| 今日用电 | 4 | `energy_mode`,11 路 kWh。末项「马桶换气」= `sensor.0xa4c138a4c2fe4c8b_energy`(`total_increasing`)。高 320,默认 today |
|
||||
| 温湿度 | 4 | `sensor.quick_wen_cha`(室内均温 − 室外)+ 湿度 4 条。两张卡 card-mod 520px,默认 24h。徽章:卫生间 / 客厅 / 卧室 / 室外温度 |
|
||||
|
||||
**④ 新展示**:新增「此刻耗电」区 = `custom:apexcharts-card` **donut**,11 个
|
||||
插座当前功率(`graph_span: 10min` + `update_interval: 1min`),回答「现在什么
|
||||
在吃电」;环境区拆成**室内外温差**(新模板传感器 `sensor.quick_wen_cha` =
|
||||
3 个室内温度均值 − 室外,画零线上下 fill)+ **湿度**(4 条),4 个温度进徽标。
|
||||
传感器加在 `templates/quick_sensors.yaml`(W1N-238 约定的落点,顶层列表,
|
||||
`quick_` 前缀 + unique_id),非 trigger 型模板卡,**`template.reload` 即可生效,
|
||||
无需重启 Core**(实测 `POST /core/api/services/template/reload` → 200,
|
||||
`sensor.quick_wen_cha` = 3.9 °C)。备份
|
||||
`templates/quick_sensors.yaml.bak-20260921-pre-wencha`。
|
||||
最终分区顺序(按「可变性」):灯与开关 → 此刻耗电 → 今日用电 →
|
||||
峰值负载(2) → 基础负载(2) → 环境 → 人体感应。
|
||||
功率图档 `1h,3h,6h,12h,24h,3d,7d`。人体感应档 `3h,6h,12h,24h,3d,7d`。温湿度档 `6h,12h,24h,48h,7d,14d,30d`。今日用电档 `today,week,month,3mo,custom`。`sensor_minute` 最早只到 **2026-08-29**,长于约 15 天的档前半段是空的。
|
||||
|
||||
**⑤ Quick 布局重构 (2026-09-21 晚)**:用户反馈饼图(apexcharts donut)撑满
|
||||
整行(span 4)且不满、马桶换气开关 tile `columns: "full"` 占满整行太宽、整体
|
||||
布局需要重新思考。改动:
|
||||
「插座合计」是 min_max **sum**(entry `01M16N648QBFG13P07XQMESBSP`,`round_digits: 0`),含上面 11 路功率,不含灯。任一源掉线则 unknown。2026-09-23 读回 380 W,与 11 路之和一致。
|
||||
|
||||
**布局重排**(阅读流:控制 → 此刻 → 趋势 → 今日 → 环境):
|
||||
| 行 | 左 (span 2) | 右 (span 2) | 主题 |
|
||||
|---|---|---|---|
|
||||
| 1 | 灯与开关 (span 4) | | 可操作项置顶 |
|
||||
| 2 | 实时功率 (donut) | 人体感应 | 「此刻状态」 |
|
||||
| 3 | 峰值负载 | 基础负载 | 「功率趋势」(原配对保留) |
|
||||
| 4 | 今日用电 (span 4) | | 11 条堆叠柱需要宽度 |
|
||||
| 5 | 温湿度 (span 4) | | 温差+湿度两图并排 |
|
||||
**别按旧说明操作:**
|
||||
|
||||
**标题改名**:此刻耗电→**实时功率**(与峰值负载对仗)、环境→**温湿度**
|
||||
(更具体)。删饼图卡内冗余标题 "各插座当前功率 (W)"。
|
||||
- 功率图必须 `downsample_method: avg`。reader 对 `sensor_minute` 默认 `last`(桶末瞬时值),空调会画成停机。今日用电用累计表的 `last` 再 diff,不要改成 avg。人体感应保持 `last`。
|
||||
- 卡 JS 曾把 `7d` 解析成 7 小时。2026-09-21 已改用 `parseDurationToMs`,资源 URL 带 `?v=20260921`。换 JS 后要再 bump `?v=`。命名档只有 `today|week|month|3mo|6mo|year|years|custom`。
|
||||
- apexcharts 的 `chart.height` 含图例,timescale 的 `height` 只是绘图区。并排等高用 card-mod 的 `ha-card`,不要把两个数字写成一样。
|
||||
- 保存后圆环可能缩在角落。配置没变,拖一下窗口让它重算。
|
||||
- 无线 AP 曾有单点 976 W,会把基础负载的 y 轴顶飞。未查。
|
||||
- `/energy` 的马桶换气仍是 Matter 积分 `sensor.wei_sheng_jian_ma_tong_huan_qi_dian_yuan_energy`,不是这颗 Zigbee 电量。能源面板也没有主网络、无线 AP。
|
||||
|
||||
**开关收窄**:马桶换气电源 tile 从独立 `columns: "full"`(48 列全宽)→ 移入
|
||||
灯的 2 列嵌套网格第 5 格,与灯卡等宽(半行)。
|
||||
**改法:** WS `lovelace/config` 读、`lovelace/config/save` 写。勿改 `.storage/`。
|
||||
用 [`scripts/ha-ws-client.py`](../scripts/ha-ws-client.py)(supervisor 镜像里的 python3 + `SUPERVISOR_TOKEN`,不要 `-v /tmp`)。
|
||||
min_max 在 HA 2026.9 没有 WS `config_entries/options/flow`,走 supervisor 的
|
||||
`POST /core/api/config/config_entries/options/flow`。`scribe.yaml` 已是 `record_states: true`,新传感器不用改它。
|
||||
`sensor.quick_wen_cha` 在 `templates/quick_sensors.yaml`,`template.reload` 即可,不用重启 Core。
|
||||
|
||||
**饼图高度**:`apex_config.chart.height` 280→350(11 项底部图例占 ~100px,
|
||||
280 时饼图本体太扁)。
|
||||
|
||||
**⑥ card-mod 等高 (2026-09-21 晚)**:不同卡类型(apexcharts vs timescale-plotly)
|
||||
的 `height` 渲染比例不同(apexcharts 含图例/内边距,timescale 是纯绘图区),
|
||||
直接对齐数字无法视觉等高。安装 **card-mod**(HACS → card-mod + card-mod-studio)
|
||||
后用 CSS 强制 `ha-card` 高度:
|
||||
|
||||
```yaml
|
||||
card_mod:
|
||||
style: "ha-card { height: 520px !important; }"
|
||||
```
|
||||
|
||||
**最终高度**:饼图+人体感应 = **520px**,温湿度双图 = **520px**。其余图表
|
||||
(峰值/基础负载 280、今日用电 320)保持各自原生高度,不强制统一——不同图表
|
||||
类型适合不同高度,强行统一反而让简单图表显得太空。
|
||||
|
||||
**关键认知**:apexcharts `chart.height` 包含图例区域,timescale-plotly `height`
|
||||
是纯绘图区。同一数字渲染出来 apexcharts 视觉上更矮。card-mod 直接控制
|
||||
`ha-card` 容器高度,绕过内部渲染差异。
|
||||
|
||||
备份:`.lovelace-backups/dashboard-quick-20260921-pre-titles.json`(同日早期
|
||||
备份,覆盖标题+布局全部改动的回滚)。
|
||||
|
||||
**验证**:`ha core check` OK;WS 读回与写入 payload **逐字节相同**;
|
||||
新配置引用的 **40 个实体全部存在**且无 unknown/unavailable;
|
||||
卡 JS `node --check` 通过、时长解析实测正确。
|
||||
**改法(可复用)**:写 Lovelace 配置必须走 WS
|
||||
`lovelace/config/save`(**勿直改 `.storage/`**)。本机 python/HA 容器内经
|
||||
supervisor 代理连 WS 会被 loop-prevention 拒;可行路径是
|
||||
`docker run --rm -i --network host -e SUPERVISOR_TOKEN --entrypoint python3
|
||||
r.hassbus.com/home-assistant/aarch64-hassio-supervisor:<ver> -c "..."`
|
||||
跑本仓库的 [`scripts/ha-ws-client.py`](../scripts/ha-ws-client.py)(纯 stdlib,
|
||||
不依赖 websockets/aiohttp,也不依赖 `-v` 挂载——`-v /tmp/...` 会落到 Docker 宿主
|
||||
而不是 SSH add-on 的 `/tmp`)。读配置:`{"action":"get","url_path":"dashboard-quick"}`;
|
||||
写:`{"action":"save",...,"config":{...}}`。备份
|
||||
`.lovelace-backups/dashboard-quick-20260921-pre-titles.json`。
|
||||
|
||||
**回滚**:还原 `dashboard-quick-20260921-pre-titles.json`(WS save)+
|
||||
`timescale-plotly-card.js.bak-20260921-pre-dayfix` + 删 `quick_wen_cha`
|
||||
(还原 `quick_sensors.yaml.bak-20260921-pre-wencha` + `template.reload`)。
|
||||
改了卡 JS 就要把资源 URL 的 `?v=` 再 bump 一次。
|
||||
|
||||
**马桶换气计量插座 (2026-09-23)**:Zigbee/Tuya `0xa4c138a4c2fe4c8b`
|
||||
(设备名「卫生间马桶换气电源」)替换 Quick 上原 Matter 风扇插座的计量点。
|
||||
Matter 开关 `switch.wei_sheng_jian_ma_tong_huan_qi_dian_yuan` 仍是「灯与开关」
|
||||
里唯一的插座开关;不放 `switch.0xa4c138a4c2fe4c8b`(曾加过磁贴,同日撤掉)。
|
||||
徽章「换气功率」与实时功率圆环「马桶换气」改为
|
||||
`sensor.0xa4c138a4c2fe4c8b_power`;今日用电「马桶换气」改为
|
||||
`sensor.0xa4c138a4c2fe4c8b_energy`(kWh,`total_increasing`)。
|
||||
基础负载追加 `sensor.0xa4c138a4c2fe4c8b_power`(名称「马桶换气」)。
|
||||
峰值负载未改。min_max「当前总功率」(`type: sum`)追加该功率实体;
|
||||
HA 2026.9 已无 WS `config_entries/options/flow`,改走
|
||||
`POST /api/config/config_entries/options/flow`。`scribe.yaml` 未改
|
||||
(`record_states: true`,新传感器本来就记)。写入前备份
|
||||
**回滚:** 计量改动前
|
||||
`.lovelace-backups/dashboard-quick-20260923-080213-pre-meter-plug.json`
|
||||
(SHA-256 `a30b200350923633ddde0f2f071f2b75f0f37b347da4dd9a688da295dd8c8f35`)。
|
||||
Timescale `scribe.states_raw` / `sensor_minute` 已有这两条(设备加入起就在写,
|
||||
未改 `scribe.yaml`):power 末值 25 W,energy 末值 0.28 kWh,
|
||||
`sensor_minute` 与空调/冰箱同停在当时的最新分钟。
|
||||
验证:WS 读回无新开关、Matter 开关仍在、计量实体已换;合计 380.0 W 与 11 路功率之和差 0。
|
||||
基础负载读回 6 条,末条「马桶换气」;峰值负载仍 5 条。
|
||||
保存后实时功率圆环曾缩在卡片一角,卡片配置未改;拖动窗口触发重算后恢复。
|
||||
布局和卡 JS:`dashboard-quick-20260921-pre-titles.json` +
|
||||
`timescale-plotly-card.js.bak-20260921-pre-dayfix`。
|
||||
还原 JSON 用 WS save。改过卡 JS 要把资源 `?v=` 再 bump。
|
||||
|
||||
### 地图仪表盘:CARTO keyed tiles via `custom:map-card` (verified 2026-08-30, W1N-261)
|
||||
|
||||
@@ -839,9 +699,8 @@ manual copies): reader `remmob/timescale_database_reader` **v1.1.0** (main
|
||||
- **验证 8/30:** 同瓦片无 key=水印 / 带 key=干净(256×256 PNG 视觉对比);
|
||||
resource HTTP 200 text/javascript;WS 读回卡片配置(type/entities/key/
|
||||
attribution/options)全部符合;HA 主机 `curl -4` 带 key 瓦片 200。
|
||||
- **Follow-up:** Core 升 2026.9.0 stable 后内置地图/zone 编辑器自动切
|
||||
OSMF 矢量瓦片;届时可保留 custom 卡(继续 keyed CARTO)或用备份还原
|
||||
内置卡。zone 编辑器等其余内置地图的水印在 2026.9 前无解。
|
||||
- **Follow-up:** Core 现为 2026.9.3(2026-09-23)。内置地图是否已切 OSMF
|
||||
矢量瓦片没有复查;本仪表盘仍用 keyed CARTO 的 `custom:map-card`。
|
||||
|
||||
## Known issues
|
||||
|
||||
@@ -904,6 +763,10 @@ advertised correctly over v4+v6. Both ESP32-C2 bulbs now announce `_matter._tcp`
|
||||
|
||||
## 马桶换气电源(Matter 插座,半计量)+ 电量估算 (2026-09-13)
|
||||
|
||||
Quick 从 2026-09-23 起不再用这颗插座的功率或积分电量,见上方 Quick 节。
|
||||
下面的积分实体仍是 `/energy` 的第 9 个 grid 源(当日读回)。Matter 开关仍在「灯与开关」。
|
||||
|
||||
|
||||
**设备**:Matter `Smart Plug`(SIXWGH,`model_id 3596`,hw 1.0 / sw 1.3.0),node 18
|
||||
(0x12),`device_id 5ef1850953466d6e7a9c6b901fbebe1c`,config entry
|
||||
`01JF51VQ48PGJGXX3RNAG6MVAA`,区域**卫生间** (`wei_sheng_jian`),label `power`;
|
||||
@@ -939,9 +802,8 @@ Voltage / ActiveCurrent / ActivePower 都随负载变化(实测 220.3 V / 118
|
||||
- **能源仪表盘** (`/energy`):grid 源 `[8]` 由 `…_dian_li` 改为 `…_energy`,
|
||||
其余 8 条插座源未动。注意这 9 条「插座」全部以 `type: grid` 注册,被当作
|
||||
全屋用电代理;`switch` 卡片所在的 Grid 卡片此前第 9 行是空的,即本次修复点。
|
||||
- **Quick 仪表盘**:「用电量(按插座)」图第 11 项由 `…_dian_li` 改为
|
||||
`…_energy`;新增 `column_span: 2` 的「开关」区块(heading + tile
|
||||
`switch.…` + `toggle` feature + 功率徽标)→ 视图 6→7 分区。
|
||||
- **Quick(已过时):** 2026-09-13 曾把用电量图指到 `…_energy`,并单独加过开关分区。
|
||||
现行 Quick 见上方。不要按本段把 Quick 改回去。
|
||||
|
||||
**口径警告**:`…_energy` 是**估算值**(Riemann 积分,只在 HA 运行期间累计、
|
||||
非账单级),与另外 8 个原生计量插座的累计电量口径不同;功率传感器更新
|
||||
@@ -971,13 +833,14 @@ curl -s -X POST -H "Authorization: Bearer $SUPERVISOR_TOKEN" \
|
||||
**备份/回滚**:`.lovelace-backups/dashboard-quick-20260913-181251-pre-ma-tong-plug.json`
|
||||
(改动前原件)、`…-20260913-183210-pre-repoint.json`(改名/换源前);
|
||||
`.ha-backups/energy-20260913-183135-pre-ma-tong-repoint.json`(能源 prefs)。
|
||||
回滚 = 把能源 prefs 的源 [8] 指回 `…_dian_li` + 还原 Quick 面板 JSON;
|
||||
如需彻底放弃估算电量 = 删除 config entry `01M2D53T188FW8WEC547ENHSVH`。
|
||||
回滚能源估算 = 把能源 prefs 的源 [8] 指回 `…_dian_li`。
|
||||
不要用 2026-09-13 的 Quick JSON 覆盖现在的面板,那会撤掉后来的布局和 Zigbee 计量。
|
||||
彻底放弃估算电量 = 删除 config entry `01M2D53T188FW8WEC547ENHSVH`。
|
||||
|
||||
**验证 (2026-09-13 18:3x)**:`…_energy` 0.002→0.003 kWh 且随 24.6 W 负载
|
||||
增长(换气扇关掉后回落 0.0 W,累计值保留);`recorder/list_statistic_ids`
|
||||
已含该实体;Quick 面板 WS 读回 7 分区、用电量图 11 项指向新实体、旧
|
||||
`_dian_li` 引用 0 处;能源 prefs 读回 9 源、第 9 条为新实体。
|
||||
`_dian_li` 引用 0 处;能源 prefs 读回 9 源、第 9 条为新实体(Quick 的这次读回只对 2026-09-13 有效;2026-09-23 起 Quick 改指 Zigbee,`/energy` 第 9 源仍是该积分实体)。
|
||||
**`energy/validate` 已全绿**(9 源 0 issue):创建后 ~5 min 内曾报
|
||||
`statistics_not_defined`(recorder 的统计任务周期是 5 min,`statistics_meta`
|
||||
行由该任务建立),18:39 复核时已自动消失——建辅助元素后**不要**把这条
|
||||
|
||||
@@ -1,7 +1,7 @@
|
||||
# Runbook: Home Assistant maintenance (hass.windy.lan)
|
||||
|
||||
Target: [hass.windy.lan](../hosts/hass.windy.lan.md) (physical x88 Pro box, HAOS `machine: green`)
|
||||
Upstream: HAOS 18.2 / Supervisor 2026.09.0 / Core 2026.9.1 (verified 2026-09-13)
|
||||
Upstream: HAOS 18.2 / Supervisor 2026.09.2 / Core 2026.9.3 (verified 2026-09-23)
|
||||
|
||||
This runbook covers routine Home Assistant maintenance through the **`ha`
|
||||
supervisor CLI**. All commands are wrapped by a single script
|
||||
@@ -395,7 +395,7 @@ full backup `pre-maintenance-20260813` (slug `411a4ba5`). Remaining:
|
||||
- `host info` reports `disk_life_time: 10` (boot eMMC ~10% life left) —
|
||||
monitor on each snapshot; plan disk replacement / data-disk migration.
|
||||
- **Home PPPoE IPv4 to CSG is blackholed** (`curl -4` to
|
||||
`218.19.148.218:443` times out). `end0` IPv6 works (`curl -6
|
||||
`218.19.148.218:443` times out). `end1` IPv6 works (`curl -6
|
||||
https://95598.csg.cn` → HTTP 200). Entry `ip_family: ipv4` still
|
||||
matches the stored option; first post-restart poll can still time out
|
||||
— reload the config entry rather than reinstalling.
|
||||
|
||||
@@ -11,6 +11,7 @@ is read-only and changes no device or network state.
|
||||
|
||||
- Environment: LAN55 (`hass.windy.lan`, Aqara M3, ESP32-C2 Matter bulbs,
|
||||
phone / HA matter-server all on the 55 subnet).
|
||||
- NIC on hass is `end1` (verified 2026-09-23). Notes from 2026-08 called it `end0`; that name is gone.
|
||||
- Subject: Matter over Wi-Fi and Thread relay nodes. The Thread 802.15.4 air
|
||||
side itself is not capturable — only IPv6 forwarding by a Thread relay such
|
||||
as the M3 is visible.
|
||||
@@ -28,11 +29,11 @@ equals capturing the whole flow.
|
||||
|
||||
| Capture point | Sees | Blind spot | Notes |
|
||||
|---|---|---|---|
|
||||
| **hass `end0` — commissioner side (recommended)** | The full HA-driven commissioning conversation: all mDNS queries/announcements (segment multicast) + the complete TCP 5540 PASE/CASE session | Phone-as-commissioner flows (the phone's session to the device does not pass through hass) | `core_matter_server` uses **host networking**, so tcpdump on `end0` sees the add-on's traffic directly; `/` is overlay with ~42 GB free — no 60 MB tmpfs rotation needed |
|
||||
| **hass `end1` — commissioner side (recommended)** | The full HA-driven commissioning conversation: all mDNS queries/announcements (segment multicast) + the complete TCP 5540 PASE/CASE session | Phone-as-commissioner flows (the phone's session to the device does not pass through hass) | `core_matter_server` uses **host networking**, so tcpdump on `end1` sees the add-on's traffic directly; `/` is overlay with ~42 GB free — no 60 MB tmpfs rotation needed |
|
||||
| **UAP-AC-Lite `br0` (192.168.55.5)** | All mDNS multicast (flooded; igmp snooping off) + all wireless-client unicast + unicast to/from the AP | Wired↔wired unicast — e.g. HA↔M3 TCP 5540 while a Thread device commissions via the M3 (wired, observed) — is switched locally and never traverses the AP | AP `/tmp` is a ~60 MB tmpfs → rotating capture is **mandatory** |
|
||||
|
||||
For the common "add device" case with HA matter-server as the commissioner,
|
||||
capture on hass `end0`. Use the AP `br0` point for wireless-device or
|
||||
capture on hass `end1`. Use the AP `br0` point for wireless-device or
|
||||
phone-driven flows (a wireless client's unicast to/from its AP is only visible
|
||||
there).
|
||||
|
||||
@@ -45,7 +46,7 @@ A third point, `gw` `switch0`, is **verified as a limited capture point**
|
||||
- Owner: personal ops (Windy)
|
||||
- Last reviewed: 2026-08-22
|
||||
- Related systems: UAP-AC-Lite AP `192.168.55.5` (br0), `core_matter_server` on
|
||||
`hass.windy.lan` (`end0`), Aqara M3, ESP32-C2 Matter bulbs
|
||||
`hass.windy.lan` (`end1`), Aqara M3, ESP32-C2 Matter bulbs
|
||||
|
||||
## Preconditions
|
||||
|
||||
@@ -89,7 +90,7 @@ A third point, `gw` `switch0`, is **verified as a limited capture point**
|
||||
|
||||
**Action**
|
||||
|
||||
- HA matter-server is the commissioner (the "add device" case) → hass `end0`.
|
||||
- HA matter-server is the commissioner (the "add device" case) → hass `end1`.
|
||||
- Wireless device or phone-driven flow → AP `br0`.
|
||||
|
||||
**Expected**
|
||||
@@ -114,7 +115,7 @@ ssh zhiqiangf@192.168.55.5 "tcpdump -ni br0 -s 0 -tt 'udp port 5353 or tcp port
|
||||
hass (commissioner side):
|
||||
|
||||
```bash
|
||||
ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end0 -s 0 -tt 'udp port 5353 or tcp port 5540 or tcp port 5552'"
|
||||
ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end1 -s 0 -tt 'udp port 5353 or tcp port 5540 or tcp port 5552'"
|
||||
```
|
||||
|
||||
Keep the window open, trigger the device behavior (enter commissioning mode /
|
||||
@@ -153,7 +154,7 @@ ssh zhiqiangf@192.168.55.5 "tcpdump -ni br0 -s 0 -C 5 -W 12 -w /tmp/matter.pcap
|
||||
hass (rotation optional — overlay disk):
|
||||
|
||||
```bash
|
||||
ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end0 -s 0 -C 5 -W 12 -w /tmp/matter.pcap 'udp port 5353 or tcp port 5540 or tcp port 5552'"
|
||||
ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end1 -s 0 -C 5 -W 12 -w /tmp/matter.pcap 'udp port 5353 or tcp port 5540 or tcp port 5552'"
|
||||
```
|
||||
|
||||
Trigger the traffic, then `Ctrl+C`. Files are `/tmp/matter.pcap`,
|
||||
@@ -246,7 +247,7 @@ ssh zhiqiangf@192.168.55.5 "tcpdump -ni br0 -s 0 -C 5 -W 12 -w /tmp/matter-\$(da
|
||||
> command so the remote shell expands it.
|
||||
|
||||
For the hass point, prefix the same commands with
|
||||
`ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end0 …"`.
|
||||
`ssh hassio@hass.windy.lan "sudo -n -i tcpdump -ni end1 …"`.
|
||||
|
||||
## Capture point: gw switch0
|
||||
|
||||
@@ -266,7 +267,7 @@ LAN55.**
|
||||
- **What `switch0` still sees:** cross-subnet (66↔55) unicast, traffic to/from
|
||||
the gateway itself (DHCP, DNS forwarding, port-forwards), and LAN55 mDNS
|
||||
multicast (flooded up the uplink). Use it only for those flows; for a full
|
||||
commissioning conversation use the hass `end0` or AP `br0` point instead.
|
||||
commissioning conversation use the hass `end1` or AP `br0` point instead.
|
||||
- **Full mirror:** only via SE5420 port mirroring (the switch cannot run
|
||||
tcpdump). Not configured; out of scope here.
|
||||
- **Verification commands (EdgeOS v3.0.1 build 5862409):**
|
||||
@@ -295,7 +296,7 @@ LAN55.**
|
||||
- Realtime capture consistently shows the target device's mDNS announcements
|
||||
(`_matterc` / `_matter._tcp`) on the chosen point.
|
||||
- Commissioning shows the TCP 5540 handshake (SYN/SYN-ACK/ACK); on the hass
|
||||
`end0` point this includes wired Thread-relay commissioning (HA↔M3), which
|
||||
`end1` point this includes wired Thread-relay commissioning (HA↔M3), which
|
||||
the AP point cannot see.
|
||||
- Saved pcap opens in Wireshark and filters by `mDNS` / `tcp.port==5540`.
|
||||
|
||||
|
||||
Reference in New Issue
Block a user