Serial monitor redesign: Test box button, InfluxDB row in the checklist

- Test box: restart + start-up capture + online InfluxDB check (data newer
  than the restart), with a status strip; checklist and findings are the
  main view, live log / guided troubleshooting / box details are tabs,
  rarely used actions in a More menu
- light palette on all systems (macOS dark mode made the colours unreadable)
- new rule influx.invalid_value: -inf from a silent microphone makes
  InfluxDB reject every upload (HTTP 400); guide end names it
- exclusive serial port on macOS/Linux: two tool windows no longer split
  the log between them
- InfluxDB check: `since` filter, neutral wording when nothing new arrives

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>

.gitattributes

@@ -1,4 +1,6 @@
+* text=auto eol=lf
 *.command text eol=lf
 *.sh text eol=lf
 *.bat text eol=crlf
 *.bin binary
+*.png binary

README.md

@@ -5,6 +5,9 @@ Działa na Windows 10/11 i macOS 13 (Ventura) lub nowszym, na Macach z Intelem i
 
 Repozytorium: https://gitea.kota-app.com/kkallas/kota-technician-tool (dostęp nadaje właściciel repozytorium).
 
+**Instrukcja krok po kroku ze zrzutami ekranu: [docs/INSTRUKCJA_TECHNIKA.md](docs/INSTRUKCJA_TECHNIKA.md) (do druku: [PDF](docs/INSTRUKCJA_TECHNIKA.pdf)).**
+Box podłączaj tak, żeby po drodze była wtyczka USB 2.0 typu A (do komputera albo do huba).
+
 ## Dla technika: dwa pliki
 
 | System | Aktualizacja | Uruchomienie |
@@ -47,6 +50,13 @@ Stare środowiska `venv-0.x` z poprzednich wersji można usunąć.
 
 Sesje, kopie zapasowe flash i ustawienia są w `~/KotaTechnicianTool` (Windows: `C:\Users\<użytkownik>\KotaTechnicianTool`).
 
+## Dane w InfluxDB
+
+Kontrola **Sensor data in the database (InfluxDB)** (Guided troubleshooting, także ostatni krok Quick check)
+sprawdza online, czy do InfluxDB trafiają dane z czujników boxa, a nie tylko jego status. Wymaga internetu
+na laptopie i jednorazowego ustawienia tokenu tylko do odczytu (od zespołu firmware):
+**Settings > InfluxDB access...**. Tokenu nie zapisujemy w repozytorium.
+
 ## Port sensorboxa
 
 - Windows: `COMx - Sensorbox (native USB) [MAC]`
@@ -55,6 +65,15 @@ Sesje, kopie zapasowe flash i ustawienia są w `~/KotaTechnicianTool` (Windows:
 Kabel USB musi przenosić dane (nie tylko ładowanie). Przy restartach z komunikatem o brownout użyj innego portu
 lub zasilacza.
 
+## Wi-Fi przez USB (bez otwierania obudowy)
+
+Zakładka **Wi-Fi (USB)**: podłącz box kablem USB, kliknij **Connect to the box**, wpisz nazwę sieci i hasło,
+kliknij **Write to the box and connect**. Box zapisuje je na karcie SD, restartuje się i łączy z siecią
+(zamiast Matter); zakładka pokazuje każdy krok aż do „Connected ... (signal -58 dBm)”.
+**Read current Wi-Fi settings** pokazuje zapisaną sieć (bez hasła), **Remove Wi-Fi** wraca do Matter.
+Wymaga firmware z komendami USB (plik `firmware/merged-binary-v13.bin` lub nowszy); starszy firmware
+wgraj w zakładce **Flash firmware** (tryb App only zachowuje parowanie i ustawienia).
+
 ## Firmware
 
 Wgrać można tylko pliki `.bin` z folderu `firmware/`. Lista pokazuje datę kompilacji zapisaną w pliku,

docs/CHANGES-v0.10.md

@@ -0,0 +1,41 @@
+# Technician tool v0.10 - changes (draft)
+
+- New tab **Wi-Fi (USB)**: write the Wi-Fi name and password to the box's SD card over the USB cable, without
+  opening the case (firmware usb_console, `kota wifi set`). Shows each step: command support check, stored,
+  restart in Wi-Fi mode, connected with signal strength (polls `kota health`). Also reads the stored network
+  (`kota wifi get`, password never shown) and removes it (`kota wifi clear`, back to Matter).
+- The password is sent hex-encoded, never written to the session log or the service report.
+- Diagnosis: restarts `usb_wifi_set` / `usb_wifi_clear` are intentional (no "unexpected restart"); box
+  self-report shows the stored Wi-Fi network; `cmd health` replies update the health line.
+- firmware/: `merged-binary-v13.bin` (usb_console, build 3ae273ec) replaces `merged-binary.bin` (build 4f10989e,
+  still in git tag v0.9). Note: v13 reports the same version 1.0.16 and compile date as the previous build;
+  the firmware team should bump the version for the next build.
+- error_ids.csv updated from the firmware (E-CON-01).
+- Test that builds the main window (catches start-up errors).
+- New check **Sensor data in the database (InfluxDB)** (Guided troubleshooting; also the last step of the
+  Quick check on the green path): queries InfluxDB online (read-only) for the box's newest points and tells
+  apart "sensor data arrives", "status arrives but sensor data does not", "offline now" and "never seen".
+  Polls every 30 s for up to 4 minutes. With a stopped RTC in the log it concludes that the sensor readings
+  are lost (they are stamped 1 Jan 2000) - found on box A4:CB:8F:C9:47:3C, which reported only
+  device_status and microphone. The result and the per-measurement times go into the report and the
+  service note.
+- Settings > **InfluxDB access...**: address, organisation, bucket and a read token (or the
+  `KOTA_INFLUX_TOKEN` environment variable). Defaults: influx.kota-app.com, org `kota`, bucket `sensorbox`.
+  The token is never written to the session log or the service report.
+- macOS: Connect no longer restarts the box (pyserial dropped DTR before RTS, passing through the
+  USB-Serial-JTAG reset state). Windows unchanged.
+- **Serial monitor redesigned.** One green **Test box** button: restarts the box, records the start-up and
+  then checks InfluxDB online (data must be newer than the restart), about 4 minutes. A status strip shows
+  what the test is doing and its result. The test checklist (start-up steps + the new row
+  "Sensor data in InfluxDB (online check)") and the findings are the main view; the live log, guided
+  troubleshooting and box details (LED, firmware, self-report) are tabs on the right. Rarely used actions
+  moved to **More**.
+- Light colour scheme on every system: with macOS dark mode the status colours were unreadable.
+  Larger log font on macOS.
+- New finding **Box sends an invalid value (-inf/nan) - InfluxDB rejects all its data**: a silent microphone
+  makes the firmware upload `dbfs=-inf,db=-inf`; InfluxDB then refuses the whole upload (HTTP 400), so neither
+  the status nor the sensor data arrive (box A4:CB:8F:C9:47:3C). The InfluxDB check names it as the cause.
+- The serial port is opened exclusively on macOS/Linux: a second tool window no longer steals half of the
+  log lines; it reports that the port is in use.
+- Start-up step "Data uploaded to InfluxDB" renamed "Upload accepted by InfluxDB (box log)" - it comes
+  from the box's own log, the online row checks the database.

docs/INSTRUKCJA_TECHNIKA.md

@@ -0,0 +1,204 @@
+# KOTA Sensorbox Technician Tool – instrukcja dla technika
+
+Program służy do sprawdzenia sensorboxa przez USB, podłączenia go do Wi-Fi bez otwierania obudowy,
+wgrania firmware i przygotowania karty SD. Działa na Windows 10/11 i macOS 13 lub nowszym.
+
+> ⚠️ **Między boxem a komputerem musi być po drodze wtyczka USB 2.0 typu A (prostokątna).**
+> Może to być kabel USB 2.0 A wpięty do komputera albo do huba – hub jest w porządku.
+> Połączenie wyłącznie przez USB-C (kabel USB-C–USB-C, przejściówka USB-C bez odcinka USB 2.0 A)
+> często kończy się tym, że box nie jest widoczny w systemie („Unknown USB Device”) albo restartuje się przez
+> spadki napięcia. Kabel musi przenosić dane – kabel „tylko do ładowania” nie zadziała.
+
+---
+
+## Spis treści
+
+1. [Instalacja (raz na komputer)](#1-instalacja-raz-na-komputer)
+2. [Aktualizacja i uruchomienie](#2-aktualizacja-i-uruchomienie)
+3. [Podłączenie boxa](#3-podłączenie-boxa)
+4. [Diagnoza boxa – zakładka Serial monitor](#4-diagnoza-boxa--zakładka-serial-monitor)
+5. [Sprawdzenie krok po kroku – Guided troubleshooting](#5-sprawdzenie-krok-po-kroku--guided-troubleshooting)
+6. [Wi-Fi przez USB – zakładka Wi-Fi (USB)](#6-wi-fi-przez-usb--zakładka-wi-fi-usb)
+7. [Wgrywanie firmware – zakładka Flash firmware](#7-wgrywanie-firmware--zakładka-flash-firmware)
+8. [Karta SD – zakładka SD card](#8-karta-sd--zakładka-sd-card)
+9. [Raport serwisowy](#9-raport-serwisowy)
+10. [Co oznacza kolor diody](#10-co-oznacza-kolor-diody)
+11. [Najczęstsze problemy](#11-najczęstsze-problemy)
+
+---
+
+## 1. Instalacja (raz na komputer)
+
+1. Na https://gitea.kota-app.com/kkallas/kota-technician-tool otwórz **Releases** i przy najnowszej wersji
+   pobierz **Source Code (ZIP)**.
+2. Rozpakuj do zwykłego folderu, np. `Dokumenty\KOTA\technician-tool`
+   (macOS: `~/Documents/KOTA/technician-tool`). **Nie** do folderu Google Drive ani OneDrive.
+3. Uruchom plik aktualizacji dla swojego systemu (patrz rozdział 2). Za pierwszym razem:
+   - zapyta o login do Gitea (hasło lub token) – system go zapamięta,
+   - za Twoją zgodą zainstaluje brakujące narzędzia (Git, `uv`),
+   - pobierze biblioteki (1–2 minuty, potrzebny internet).
+
+**macOS:** jeśli Finder nie chce otworzyć pliku `.command`, otwórz Terminal, wpisz `bash ` (ze spacją),
+przeciągnij plik do okna Terminala i naciśnij Enter. Po pierwszej aktualizacji dwuklik zaczyna działać.
+
+## 2. Aktualizacja i uruchomienie
+
+W folderze narzędzia potrzebujesz tylko dwóch plików:
+
+| System | Aktualizacja | Uruchomienie |
+|---|---|---|
+| Windows | `update_windows.bat` | `run_windows.bat` |
+| macOS | `update_macos.command` | `run_macos.command` |
+
+- **Aktualizacja** – uruchom przed wyjazdem do klienta albo gdy zespół ogłosi nową wersję. Pobiera tylko zmiany
+  i pokazuje ich listę. Wymaga internetu.
+- **Uruchomienie** – otwiera program. Działa bez internetu.
+
+Po uruchomieniu otwiera się zakładka **Quick start** ze skróconą instrukcją i tabelą kolorów diody:
+
+![Quick start](img/01_quick_start.png)
+
+## 3. Podłączenie boxa
+
+1. Włącz box włącznikiem z tyłu obudowy (**ON**). Samo zasilanie z laptopa może nie wystarczyć, szczególnie
+   przy słabej baterii.
+2. Podłącz box tak, żeby **po drodze była wtyczka USB 2.0 typu A** – do portu USB-A komputera albo do huba
+   (patrz ostrzeżenie na górze).
+3. Na liście portów box widać jako:
+   - Windows: `COMx - Sensorbox (native USB) [MAC]`
+   - macOS: `/dev/cu.usbmodemXXXX - Sensorbox (native USB) [MAC]`
+
+   MAC (np. `14:C1:9F:57:72:48`) to numer identyfikacyjny boxa – zapisz go w raporcie.
+
+Jeśli boxa nie ma na liście, zobacz [Najczęstsze problemy](#11-najczęstsze-problemy).
+
+## 4. Diagnoza boxa – zakładka Serial monitor
+
+1. Wybierz port sensorboxa i kliknij **Connect**.
+2. Kliknij **Reset & capture** – box uruchomi się ponownie, a program nagra cały start.
+3. Poczekaj ok. **70 sekund** – co minutę box wysyła raport stanu (health), a program uzupełnia diagnozę.
+
+![Serial monitor i diagnoza](img/02_serial_diagnosis.png)
+
+Po lewej jest log z boxa, po prawej panel **Diagnosis** – czytaj go od góry:
+
+| Element | Co oznacza |
+|---|---|
+| **Pasek na górze** | Werdykt: zielony = wszystko działa, żółty/czerwony = główny problem. |
+| **Status LED should be** | Jaki kolor i wzór powinna mieć dioda. **Porównaj z boxem** – jeśli jest inaczej, zanotuj to. |
+| **Firmware** | Wersja i build firmware na boxie. |
+| **Box self-report** | Co box sam o sobie zgłasza: czujniki (I2C), karta SD, zegar, Matter, mikrofon, Wi-Fi, stan co minutę. ✔ = OK, ! = uwaga, ✖ = błąd. |
+| **Start-up progress** | Kolejne etapy startu z czasem w sekundach. Szare kółko = etap jeszcze nieosiągnięty. |
+| **Findings** | Znalezione problemy – najpierw przyczyny, pod nimi (↳) ich skutki. Kliknij, by zobaczyć, **co to znaczy** i **co zrobić**. |
+
+Przydatne przyciski:
+- **Show: KOTA diagnostics + errors** – pokazuje w logu tylko najważniejsze linie.
+- **Copy report** – kopiuje diagnozę jako tekst (np. do maila).
+- **Open logs folder** – pełne logi każdej sesji (do wysłania zespołowi firmware).
+
+## 5. Sprawdzenie krok po kroku – Guided troubleshooting
+
+Obok zakładki **Diagnosis** jest **Guided troubleshooting**. Program proponuje sprawdzenia pasujące do
+znalezionych problemów. Zacznij od **Quick check – start here**:
+
+![Lista sprawdzeń](img/03_guided_list.png)
+
+Program zadaje pytania (np. jaki kolor ma dioda) i na bieżąco sprawdza log boxa. Odpowiedzi trafiają do raportu:
+
+![Pytanie o kolor diody](img/04_guided_led_question.png)
+
+## 6. Wi-Fi przez USB – zakładka Wi-Fi (USB)
+
+Pozwala podłączyć box do sieci Wi-Fi **bez otwierania obudowy i wyjmowania karty SD**.
+Wymaga firmware z komendami USB – jeśli program zgłosi „The box does not answer USB commands”, najpierw wgraj
+najnowszy firmware (rozdział 7).
+
+1. Kliknij **Connect to the box** (jeśli box nie jest już połączony w Serial monitor).
+2. Opcjonalnie **Read current Wi-Fi settings** – pokazuje zapisaną sieć (hasła nigdy nie pokazuje).
+3. Wpisz **nazwę sieci (SSID)** dokładnie jak na routerze i **hasło** (8–63 znaki).
+   Sieć musi być **2,4 GHz** i mieć hasło.
+4. Kliknij **Write to the box and connect** i potwierdź.
+5. Obserwuj listę kroków. Box zapisuje ustawienia, restartuje się i łączy z siecią. Na końcu zobaczysz
+   **„Connected to '…' (signal … dBm)”**:
+
+![Wi-Fi przez USB](img/06_wifi_usb.png)
+
+- Siła sygnału: powyżej −70 dBm jest dobrze, poniżej −75 dBm połączenie może się zrywać – przestaw box lub router.
+- Po zapisaniu Wi-Fi box **nie używa Matter**. Powrót do Matter: **Remove Wi-Fi (back to Matter)**.
+- Jeśli box nie połączy się w 90 s, sprawdź nazwę sieci, hasło i czy to sieć 2,4 GHz. Ustawienia zostają na
+  boxie, a box sam próbuje dalej.
+
+## 7. Wgrywanie firmware – zakładka Flash firmware
+
+![Wgrywanie firmware](img/05_flash.png)
+
+1. **Sensorbox** – wybierz port. Program pokazuje, jaki firmware jest teraz na boxie i czy wybrany plik jest
+   nowszy.
+2. **Firmware** – wybierz plik. Lista pokazuje **datę kompilacji**, najnowszy jest na górze. Dostępne są tylko
+   pliki z folderu `firmware` narzędzia (aktualizuje je `update_…`).
+3. **Co wgrać:**
+   - **App only** (zalecane przy naprawach) – wymienia tylko program. Parowanie Matter, rejestracja aktualizacji
+     i ustawienia **zostają**.
+   - **Full image** – tylko dla nowych lub całkowicie wyczyszczonych płytek. **Kasuje parowanie Matter** – box
+     trzeba potem sparować od nowa. Wymaga zaznaczenia potwierdzenia.
+   - **Back up…** – kopia całej pamięci boxa przed wgraniem (ok. 3 minuty). Zalecane przy Full image.
+4. Kliknij **Start flashing**. Nie odłączaj kabla, dopóki nie pojawi się **„Success”** – program sam uruchomi
+   box ponownie i sprawdzi, czy działa nowy firmware.
+
+Jeśli wgrywanie nie może się połączyć: inny port/kabel (z wtyczką USB 2.0 A po drodze), zamknij inne programy używające
+portu. Ostateczność (trzeba otworzyć obudowę): przytrzymaj **BOOT**, naciśnij i puść **RESET**, puść **BOOT**,
+kliknij Start jeszcze raz.
+
+## 8. Karta SD – zakładka SD card
+
+Karta SD jest **wewnątrz obudowy**. Ta zakładka służy do przygotowania nowej karty albo naprawy uszkodzonej.
+Do zmiany samego Wi-Fi używaj zakładki **Wi-Fi (USB)** – nie trzeba wtedy otwierać obudowy.
+
+![Karta SD](img/07_sd_card.png)
+
+1. **Settings** – ustawienia wczytują się z pliku od zespołu (INFLUX_URL, INFLUX_TOKEN). Nie zmieniaj ich bez
+   potrzeby. Opcjonalnie możesz wpisać Wi-Fi (sieć i hasło).
+2. Włóż kartę do czytnika w komputerze. Na liście pojawiają się tylko karty wymienne – dyski komputera nie są
+   pokazywane.
+3. **Check card** – sprawdza kartę bez zmieniania czegokolwiek.
+   **Write ENV.TXT only** – zapisuje ustawienia, zostawia pomiary na karcie.
+   **Format card and write ENV.TXT** – kasuje całą kartę (FAT32) i zapisuje ustawienia.
+4. Program sam wysuwa kartę – dopiero wtedy ją wyjmij.
+
+## 9. Raport serwisowy
+
+Kliknij **Service report…** w zakładce Serial monitor. Otworzy się strona boxa w systemie KOTA Serwis
+z wpisaną diagnozą (werdykt, stan boxa, etapy startu, problemy z liczbą wystąpień i czasem). Sprawdź treść,
+dopisz lokalizację i uwagi, kliknij **Zapisz**.
+
+Zaznaczenie **Open service report on disconnect** otwiera raport automatycznie po rozłączeniu boxa.
+
+## 10. Co oznacza kolor diody
+
+| Kolor | Wzór | Znaczenie | Co zrobić |
+|---|---|---|---|
+| Zielony | ciągły | Wszystko OK | Nic |
+| Cyan (turkusowy) | pulsuje / szybko miga | Nie sparowany w Matter / telefon łączy się | Sparuj w aplikacji Matter albo ustaw Wi-Fi przez USB |
+| Biały | szybko miga / ciągły / pulsuje | Błąd karty SD lub ENV.TXT / reset fabryczny / tryb konfiguracji Wi-Fi | Sprawdź kartę SD (zakładka SD card) |
+| Czerwony | 1–6 błysków | Awaria czujnika: 1 BME688, 2 SEN66, 3 AS7341, 4 mikrofon, 5 flicker, 6 test po aktualizacji | Policz błyski, sprawdź przewód tego czujnika |
+| Czerwony | ciągły | Inny błąd wewnętrzny / brak pamięci | Zapisz log, wyślij zespołowi |
+| Niebieski | 1 / 2 błyski | Zegar RTC nie odpowiada / zablokowana magistrala I2C | Sprawdź przewód I2C między płytkami |
+| Fioletowy | ciągły / miga | Brak sieci / serwer odrzuca box (złe ENV.TXT) | Sprawdź Wi-Fi / wgraj poprawne ENV.TXT |
+| Żółty | miga coraz szybciej | Pobiera aktualizację | Nie wyłączaj, poczekaj |
+| Pomarańczowy | ciągły | Test po aktualizacji (~2,5 min) | Poczekaj |
+| Zgaszona | – | Firmware nie działa lub brak zasilania | Sprawdź włącznik i kabel; wgraj firmware |
+
+Mała dioda obok (heartbeat): miga raz na sekundę = online, podwójnie = offline, nie miga = firmware stoi.
+
+## 11. Najczęstsze problemy
+
+| Objaw | Przyczyna | Co zrobić |
+|---|---|---|
+| Boxa nie ma na liście portów | Brak wtyczki USB 2.0 A po drodze (samo USB-C), kabel tylko do ładowania, box wyłączony | **Połączenie z wtyczką USB 2.0 typu A** (do komputera lub huba), kabel z transmisją danych, włącznik ON, odłącz i podłącz ponownie. W Windows sprawdź Menedżer urządzeń – „Unknown USB Device” oznacza problem z kablem/portem/zasilaniem. |
+| Diagnoza: „Power supply voltage drops (brown-out)”, box się restartuje | Za słabe zasilanie | Włącznik boxa ON, inny port USB-A, zasilacz; naładuj baterię |
+| „The box does not answer USB commands” (Wi-Fi USB) | Stary firmware | Wgraj najnowszy firmware (App only) |
+| „Clock chip was stopped at start-up” | Pusta bateria zegara RTC | Zegar ustawi się sam po połączeniu z internetem; przy powtórce wymień baterię pastylkową |
+| „Box is not connected to Wi-Fi (not commissioned in Matter)” | Box nie jest sparowany | Sparuj w Matter (przycisk **Matter pairing QR code…**) albo ustaw Wi-Fi przez USB |
+| Wgrywanie nie może połączyć się z boxem | Port zajęty lub zły kabel | Zamknij inne programy, inny kabel/port; ostatecznie BOOT + RESET (rozdział 7) |
+
+Jeśli problem się powtarza: **Open logs folder** → wyślij plik sesji zespołowi firmware razem z MAC boxa.

kota_tech/__main__.py

@@ -1,13 +1,42 @@
 import sys
 
+from PySide6.QtGui import QColor, QPalette
 from PySide6.QtWidgets import QApplication
 
 from .ui.main_window import MainWindow
 
 
+def light_palette() -> QPalette:
+    """The same light look on every system. All status colours in the tool are
+    chosen for a light background; with macOS dark mode they were unreadable."""
+    p = QPalette()
+    roles = {
+        QPalette.ColorRole.Window: "#f4f5f7",
+        QPalette.ColorRole.WindowText: "#1d1d1f",
+        QPalette.ColorRole.Base: "#ffffff",
+        QPalette.ColorRole.AlternateBase: "#f0f2f5",
+        QPalette.ColorRole.Text: "#1d1d1f",
+        QPalette.ColorRole.Button: "#e9ebef",
+        QPalette.ColorRole.ButtonText: "#1d1d1f",
+        QPalette.ColorRole.ToolTipBase: "#ffffe8",
+        QPalette.ColorRole.ToolTipText: "#1d1d1f",
+        QPalette.ColorRole.PlaceholderText: "#8a8a8a",
+        QPalette.ColorRole.Highlight: "#2e6da4",
+        QPalette.ColorRole.HighlightedText: "#ffffff",
+        QPalette.ColorRole.Link: "#1f5fa8",
+        QPalette.ColorRole.BrightText: "#ffffff",
+    }
+    for role, colour in roles.items():
+        p.setColor(role, QColor(colour))
+    for role in (QPalette.ColorRole.WindowText, QPalette.ColorRole.Text, QPalette.ColorRole.ButtonText):
+        p.setColor(QPalette.ColorGroup.Disabled, role, QColor("#9a9a9a"))
+    return p
+
+
 def main() -> int:
     app = QApplication(sys.argv)
     app.setStyle("Fusion")
+    app.setPalette(light_palette())
     win = MainWindow()
     win.show()
     return app.exec()

kota_tech/diag/engine.py

@@ -73,7 +73,7 @@ MILESTONES = [
     ("wifi_connected", "Connected to Wi-Fi", False),
     ("time_synced", "Clock set from the Internet", False),
     ("clock_verified", "Clock keeps time (RTC verified)", True),
-    ("data_uploaded", "Data uploaded to InfluxDB", False),
+    ("data_uploaded", "Upload accepted by InfluxDB (box log)", False),
     ("ota_registered", "Registered for firmware updates", False),
     ("ota_checked", "Checked for firmware updates", False),
     ("ota_update_started", "Firmware update started", True),
@@ -335,6 +335,8 @@ class DiagnosticsEngine:
         self.matter_qr: str | None = None       # "KOTA: matter ... qr=MT:..."
         self.matter_manual: str | None = None
         self.kota_seen = False                  # firmware prints KOTA: lines
+        self.console_api: int | None = None     # "cmd ping ... api=N": box accepts USB commands
+        self.wifi_config: dict[str, str] | None = None   # last "cmd wifi_get" reply (never a password)
         self._reset_led_state()
 
     def _reset_led_state(self) -> None:
@@ -714,6 +716,20 @@ class DiagnosticsEngine:
             fd = self._custom(key, Severity[sev.upper()], title, meaning, actions, expl)
             self._touch(fd, line)
 
+    def _kota_cmd(self, line: LogLine, f: dict[str, str]) -> None:
+        """Replies to commands sent by this tool (firmware usb_console)."""
+        name = line.words[0] if line.words else ""
+        if f.get("ok") != "1":
+            return                                  # the Wi-Fi tab reports failures itself
+        if name == "ping":
+            api = f.get("api", "")
+            self.console_api = int(api) if api.isdigit() else None
+        elif name == "health":
+            self.boot.kota["health"] = line         # same fields as the periodic health line
+            self._kota_health(line, f)
+        elif name == "wifi_get":
+            self.wifi_config = {k: f.get(k, "?") for k in ("ssid", "password_set", "mode")}
+
     def _kota_led(self, line: LogLine, f: dict[str, str]) -> None:
         if "previous_boot" in line.words:
             code = f.get("code", "0")
@@ -845,6 +861,12 @@ class DiagnosticsEngine:
         if ln := k.get("mic"):
             on = ln.fields.get("enabled") == "1"
             out.append(("Microphone", "on" if on else "switched OFF (switch on the back)", "ok" if on else "info"))
+        if self.wifi_config:
+            from ..serialio.commands import unhex_utf8
+            w = self.wifi_config
+            ssid = unhex_utf8(w["ssid"])
+            out.append(("Wi-Fi config", (f"network '{ssid}', password {'set' if w['password_set'] == '1' else 'NOT set'}"
+                                         if ssid else "no network on the SD card") + f", mode {w['mode']}", "info"))
         if ln := k.get("health"):
             f = ln.fields
             wifi = f.get("wifi", "?")

kota_tech/diag/error_ids.csv

@@ -191,3 +191,4 @@ E-GATH-01,GATH,error,Failed to take line protocol mutex,Internal error - send th
 E-GATH-02,GATH,error,Failed to get line protocol from sensor,Device ran out of memory; restart it and send the log to the firmware team
 E-GATH-03,GATH,error,Failed to create task for sensor,Internal error - send the log to the firmware team
 E-GATH-04,GATH,error,Failed to create main gather task,Internal error - send the log to the firmware team
+E-CON-01,CON,error,Failed to install USB-Serial-JTAG driver: %s,Internal error - send the log to the firmware team

kota_tech/diag/guides.py

@@ -4,7 +4,8 @@ GUI-independent. The runner is fed the same LogLines as the diagnostics
 engine, reads the engine's report to route and to skip questions the log
 already answers, asks the host to perform tool actions (board reset), and
 records every answer and conclusion in the engine so they appear in the
-report and the session log.
+report and the session log. "influx" steps ask the host to query InfluxDB
+(on_action("influx")); the host answers with influx_result().
 """
 
 from __future__ import annotations
@@ -24,7 +25,9 @@ GUIDES_PATH = Path(__file__).with_name("guides.toml")
 LED_ANSWERS = ["GREEN", "PURPLE", "RED", "BLUE", "WHITE", "YELLOW", "ORANGE", "CYAN", "OFF", "CYCLING"]
 LED_ANSWER_LABELS = {**{k: v[0] for k, v in LED.items()},
                      "CYCLING": "Keeps changing / goes dark every few seconds"}
-STEP_TYPES = {"led", "question", "info", "wait", "route"}
+STEP_TYPES = {"led", "question", "info", "wait", "route", "influx"}
+# Results of an InfluxDB check (service.influx.OUTCOMES).
+INFLUX_OUTCOMES = ("ok", "sensors_missing", "silent", "never", "unavailable")
 END_SEVERITY = {"ok": None, "info": Severity.INFO, "warning": Severity.WARNING,
                 "error": Severity.ERROR, "critical": Severity.CRITICAL}
 
@@ -58,9 +61,12 @@ class Step:
     skip_unless_feature: str | None = None
     skip_to: str | None = None
     show_qr: bool = False              # show the Matter pairing QR next to the step text
+    outcomes: dict[str, str] = field(default_factory=dict)   # influx result -> target
+    poll_s: float = 30.0               # influx: query again after this many seconds
 
     def targets(self) -> list[str]:
         t = [o.next for o in self.options] + list(self.route.values()) + list(self.routes.values())
+        t += list(self.outcomes.values())
         t += [x for x in (self.default, self.next, self.on_ok, self.on_fail, self.on_timeout, self.skip_to) if x]
         return t
 
@@ -103,6 +109,7 @@ def load_guides(path: Path = GUIDES_PATH) -> dict[str, Guide]:
                 on_ok=s.get("on_ok"), on_fail=s.get("on_fail"), on_timeout=s.get("on_timeout"),
                 skip_if_finding=s.get("skip_if_finding"), skip_unless_feature=s.get("skip_unless_feature"),
                 skip_to=s.get("skip_to"), show_qr=bool(s.get("show_qr", False)),
+                outcomes=dict(s.get("outcomes", {})), poll_s=float(s.get("poll_s", 30)),
             )
         ends = {e["id"]: End(e["id"], e["severity"], e["title"], e["text"], tuple(e.get("actions", ())))
                 for e in g.get("end", [])}
@@ -123,6 +130,10 @@ def _validate(guides: dict[str, Guide]) -> None:
                 raise ValueError(f"{g.id}.{s.id}: unknown LED colours {set(s.route) - set(LED_ANSWERS)}")
             if s.type == "wait" and not (s.until or s.until_milestone or s.pass_on_timeout):
                 raise ValueError(f"{g.id}.{s.id}: wait step needs until/until_milestone/pass_on_timeout")
+            if s.type == "influx" and set(INFLUX_OUTCOMES) - set(s.outcomes):
+                raise ValueError(f"{g.id}.{s.id}: influx step needs outcomes {set(INFLUX_OUTCOMES) - set(s.outcomes)}")
+            if set(s.outcomes) - set(INFLUX_OUTCOMES):
+                raise ValueError(f"{g.id}.{s.id}: unknown influx outcomes {set(s.outcomes) - set(INFLUX_OUTCOMES)}")
             if s.tool_action not in (None, "reset"):
                 raise ValueError(f"{g.id}.{s.id}: unknown tool_action {s.tool_action!r}")
             for t in s.targets():
@@ -191,6 +202,10 @@ class GuideRunner:
         self._wait_started = 0.0
         self._wait_boot = 0
         self._wait_milestones: set[str] = set()
+        self._influx_pending = False
+        self._influx_next = 0.0
+        self._influx_last: str | None = None
+        self._influx_noted = ""
 
     def start(self, guide_id: str) -> None:
         self.cancel()
@@ -227,6 +242,28 @@ class GuideRunner:
         elif s.type == "wait":
             self._record(s, "technician skipped the wait")
             self._finish_wait("timeout")
+        elif s.type == "influx":
+            self._record(s, "technician skipped the InfluxDB check")
+            self._finish_influx(self._influx_last or "unavailable")
+
+    def influx_result(self, outcome: str, summary: str, details: list[str] | tuple[str, ...] = ()) -> None:
+        """Result of the host's InfluxDB query for the current influx step."""
+        s = self.step
+        if s is None or s.type != "influx" or not self._influx_pending:
+            return      # stale answer: the technician moved on
+        self._influx_pending = False
+        self._influx_last = outcome
+        note = "InfluxDB: " + "; ".join([summary, *details])
+        if note != self._influx_noted:          # polls repeat the same answer
+            self._influx_noted = note
+            self.engine.note_technician(note)
+            self._on_log(f"InfluxDB check: {summary}")
+        waited = self._clock() - self._wait_started
+        if outcome in ("ok", "unavailable") or waited >= s.timeout_s:
+            self._finish_influx(outcome)
+        else:
+            self._influx_next = self._clock() + s.poll_s
+            self.note = f"{summary}. Checking again in {s.poll_s:.0f} s..."
 
     def back(self) -> None:
         # Never step back into a wait: re-entering it could restart the box.
@@ -256,6 +293,11 @@ class GuideRunner:
         s = self.step
         if s is not None and s.type == "wait" and self._clock() - self._wait_started >= s.timeout_s:
             self._finish_wait("ok" if s.pass_on_timeout else "timeout")
+        elif s is not None and s.type == "influx" and not self._influx_pending:
+            if self._clock() - self._wait_started >= s.timeout_s:
+                self._finish_influx(self._influx_last or "unavailable")
+            elif self._clock() >= self._influx_next:
+                self._request_influx()
 
     # --------------------------------------------------------------- view
     def view(self) -> View:
@@ -268,7 +310,7 @@ class GuideRunner:
             v.options = [(k, LED_ANSWER_LABELS[k]) for k in LED_ANSWERS if k in s.route]
         elif s.type == "question":
             v.options = [(str(i), o.label) for i, o in enumerate(s.options)]
-        elif s.type == "wait":
+        elif s.type in ("wait", "influx"):
             v.waiting = True
             v.remaining_s = max(0.0, s.timeout_s - (self._clock() - self._wait_started))
         return v
@@ -316,6 +358,27 @@ class GuideRunner:
             if s.until_milestone and not s.tool_action and s.until_milestone in self.engine.milestones:
                 self._record(s, f"already reached: {s.until_milestone}")
                 self._finish_wait("ok")
+        if s.type == "influx":
+            self._wait_started = self._clock()
+            self._influx_last = None
+            self._request_influx()
+
+    def _request_influx(self) -> None:
+        self._influx_pending = True
+        if not self._on_action("influx"):
+            self._influx_pending = False
+            self._influx_last = "unavailable"
+            self._record(self.step, "InfluxDB check not possible from this computer")
+            self._finish_influx("unavailable")
+
+    def _finish_influx(self, outcome: str) -> None:
+        s = self.step
+        self._influx_pending = False
+        target = s.outcomes.get(outcome)
+        if target is None:
+            return
+        self._push()
+        self._go(target)
 
     def _auto(self, s: Step, why: str, target: str | None) -> None:
         self._on_log(f"technician guide: {s.id}: {why}")

kota_tech/diag/guides.toml

@@ -16,6 +16,9 @@
 #             counts as ok (used for "watch for N seconds").
 #   route     automatic: first current root finding whose rule id is in
 #             `routes` decides; otherwise `default`.
+#   influx    the tool asks InfluxDB (online) whether this box's data arrives,
+#             again every `poll_s` until "ok" or `timeout_s`; `outcomes` maps
+#             ok / sensors_missing / silent / never / unavailable -> target.
 # Targets: "<step id>", "end:<end id>", "guide:<guide id>".
 # Optional on any step: skip_if_finding / skip_unless_feature (+ skip_to).
 # Text placeholders: {expected_led} {failing_sensors} {top_finding}
@@ -48,14 +51,7 @@ options = [
 id = "green_route"
 type = "route"
 routes = { "rtc.clock_not_running" = "guide:clock", "mic.silent" = "guide:mic", "mic.disabled" = "guide:mic", "matter.not_commissioned" = "guide:network", "net.dns_fail" = "guide:network" }
-default = "end:healthy"
+default = "guide:influx"
-
-[[guide.end]]
-id = "healthy"
-severity = "ok"
-title = "Box looks healthy"
-text = "Green LED, firmware running and no problems in the log."
-actions = ["If the customer still reports missing data, keep the tool connected for 5 minutes and check that 'Data uploaded to InfluxDB' gets ticked."]
 
 [[guide.end]]
 id = "hung"
@@ -169,6 +165,7 @@ text = "Pairing, Internet time and the first upload all worked."
 actions = [
   "The box may now download a firmware update (yellow, then orange LED, a few minutes). Do not switch it off.",
   "It should end green.",
+  "Then run the check 'Sensor data in the database' - the first upload may carry only the box status.",
 ]
 
 [[guide.end]]
@@ -738,3 +735,99 @@ severity = "error"
 title = "Microphone records nothing"
 text = "Even loud noise next to the box gives no signal, although the switch is on."
 actions = ["Check the microphone board/cable (inside the case); replace the microphone if needed."]
+
+# ================================================================== influx
+[[guide]]
+id = "influx"
+title = "Sensor data in the database (InfluxDB)"
+summary = "Checks online that the sensor readings of this box reach InfluxDB, not only its status."
+recommend = ["always"]
+start = "check"
+
+[[guide.step]]
+id = "check"
+type = "influx"
+text = "Checking in InfluxDB that this box's data arrives: device status, microphone and the sensors (AS7341, BME688, SEN66). Keep the box switched on and online. The tool checks again every 30 s for up to 4 minutes (the air sensor needs about 2 minutes after a restart). The laptop needs Internet for this check."
+timeout_s = 240
+poll_s = 30
+outcomes = { ok = "end:data_ok", sensors_missing = "why", silent = "why_silent", never = "why_silent", unavailable = "end:unavailable" }
+
+[[guide.step]]
+id = "why_silent"
+type = "route"
+routes = { "influx.invalid_value" = "end:invalid_value" }
+default = "end:silent"
+
+[[guide.step]]
+id = "why"
+type = "route"
+routes = { "influx.invalid_value" = "end:invalid_value", "kota.rtc_stopped" = "end:sensors_clock", "rtc.clock_not_running" = "end:sensors_clock", "kota.rtc_not_ticking" = "end:sensors_clock", "kota.time_invalid" = "end:sensors_clock", "kota.rtc_read_failed" = "guide:rtc_i2c", "rtc.init_failed" = "guide:rtc_i2c", "sensor.init_failed" = "guide:sensors", "kota.sensor_missing" = "guide:sensors" }
+default = "end:sensors_missing"
+
+[[guide.end]]
+id = "data_ok"
+severity = "ok"
+title = "Box is healthy and its sensor data reaches InfluxDB"
+text = "Status, microphone and all sensor readings of this box arrived in InfluxDB in the last 15 minutes."
+actions = []
+
+[[guide.end]]
+id = "invalid_value"
+severity = "critical"
+title = "InfluxDB rejects every upload of this box (invalid value -inf)"
+text = "The box is online and uploads, but one measurement carries -inf (the microphone records pure silence). InfluxDB refuses the whole upload with HTTP 400, so neither the status nor the sensor data arrive."
+actions = [
+  "Run the Microphone check: a working microphone (and its switch ON) avoids the -inf value.",
+  "Save the session log and send it to the firmware team: the firmware must skip invalid values.",
+]
+
+[[guide.end]]
+id = "sensors_clock"
+severity = "error"
+title = "Sensor data is lost: the box clock (RTC) is not running"
+text = "The box sends its status and microphone level with the Internet time, but the sensor readings are timestamped by the clock module. With the clock stopped they are stamped 1 Jan 2000 and do not show up in InfluxDB."
+actions = [
+  "Replace the RTC coin cell (inside the case), switch the box off and on, then run this check again.",
+  "If the Diagnosis tab still shows the clock not running with a new cell: replace the RTC module.",
+  "Save the session log for the firmware team.",
+]
+
+[[guide.end]]
+id = "sensors_missing"
+severity = "error"
+title = "Status arrives, sensor data does not"
+text = "The box is online and InfluxDB receives its status, but readings of some sensors are missing (the list is in the technician notes of the report)."
+actions = [
+  "Check the Diagnosis tab for sensor errors; re-seat the cable of the missing sensor (inside the case).",
+  "If the log shows no sensor error: save the session log and send it to the firmware team.",
+]
+
+[[guide.end]]
+id = "silent"
+severity = "warning"
+title = "Box is not uploading right now"
+text = "InfluxDB has older data from this box, but nothing from the last 15 minutes."
+actions = [
+  "Check that the box has Wi-Fi and Internet (Purple LED / no Internet check), then run this check again.",
+  "The technician notes of the report show when each kind of data arrived last - if the sensor data stopped long before the status, treat it like 'Status arrives, sensor data does not'.",
+]
+
+[[guide.end]]
+id = "never"
+severity = "warning"
+title = "No data from this box in InfluxDB"
+text = "In the last 30 days InfluxDB received nothing from this box: it was never online, or its SD card has wrong database settings."
+actions = [
+  "Run the Purple LED / no Internet check.",
+  "If the box is online: re-provision the SD card with the current ENV.TXT (SD card tab).",
+]
+
+[[guide.end]]
+id = "unavailable"
+severity = "info"
+title = "Could not check InfluxDB"
+text = "The tool could not query InfluxDB from this computer (no Internet on the laptop, InfluxDB access not set up, or the box MAC not known yet)."
+actions = [
+  "Settings > InfluxDB access: enter the read token from the firmware team.",
+  "Or check the box later in the service system (Stan w InfluxDB).",
+]

kota_tech/diag/kota.py

@@ -39,6 +39,7 @@ I2C_DEVICES = {"0x39": "AS7341", "0x68": "DS1307", "0x6B": "SEN66", "0x76": "BME
 INTENTIONAL_RESTARTS = {
     "ota_update", "button_provisioning_abort", "button_wifi_cleared",
     "button_provisioning_toggle", "provisioning_saved",
+    "usb_wifi_set", "usb_wifi_clear",        # Wi-Fi changed from the technician tool (usb_console)
 }
 
 MODULES = {

kota_tech/diag/rules.toml

@@ -280,6 +280,20 @@ severity = "warning"
 title = "InfluxDB refused some measurements (HTTP 400)"
 meaning = "A measurement was malformed and dropped (firmware issue, not a hardware fault)."
 actions = ["Save the session log and send it to the firmware team."]
+explained_by = ["influx.invalid_value"]
+
+[[rule]]
+id = "influx.invalid_value"
+# Line protocol printed by SENSOR_GATHERER / INFLUX: "-inf"/"nan" are not valid
+# numbers, and one bad line makes InfluxDB reject the whole upload.
+pattern = '^(?:.*format: )?(?P<measurement>[a-z0-9_]+),device=\S+ \S*=-?(?:inf|nan)\b'
+severity = "critical"
+title = "Box sends an invalid value (-inf/nan) - InfluxDB rejects all its data"
+meaning = "A measurement contains -inf or nan (the microphone: pure silence gives -inf dB). InfluxDB refuses the whole upload with HTTP 400, so status and sensor data from this box are lost too. Firmware bug; a silent microphone triggers it."
+actions = [
+  "Check the microphone (Microphone check): a working microphone avoids the -inf value.",
+  "Save the session log and send it to the firmware team: invalid values must be skipped, not uploaded.",
+]
 
 [[rule]]
 id = "influx.env_missing"
@@ -713,7 +727,7 @@ actions = [
   "Check the network has Internet (open a website on a phone on the same Wi-Fi).",
   "Check INFLUX_URL / INFLUX_TOKEN in ENV.TXT (re-provision the SD card).",
 ]
-explained_by = ["kota.time_invalid", "influx.auth", "influx.not_found", "status.conn.1", "net.dns_fail", "net.tls_fail", "influx.server_error"]
+explained_by = ["influx.invalid_value", "kota.time_invalid", "influx.auth", "influx.not_found", "status.conn.1", "net.dns_fail", "net.tls_fail", "influx.server_error"]
 
 [[rule]]
 id = "kota.low_heap"

kota_tech/flash/runner.py

@@ -26,7 +26,7 @@ HINTS = [
      "The box did not enter flashing mode by itself. Open the case, hold the BOOT button, press and release RESET, "
      "release BOOT, then press Start again."),
     (re.compile(r"device reports readiness to read but returned no data|The port disappeared|device disconnected", re.I),
-     "The USB connection dropped. Use a short data-capable USB cable directly on the laptop (no hub) and try again."),
+     "The USB connection dropped. Use a data-capable cable with a USB 2.0 type-A plug on the way to the laptop (not USB-C only) and try again."),
     (re.compile(r"Invalid head of packet|timed out", re.I),
      "Communication errors. Try another USB cable or port."),
 ]

kota_tech/serialio/commands.py

@@ -0,0 +1,283 @@
+"""Commands to the box over the USB serial port (firmware with usb_console, api=1).
+
+Protocol (kota-sensorboard main/usb_console.hpp): ASCII lines "kota ...",
+one reply line each, logged as "KOTA: cmd <name> ok=1|0 [key=value ...]":
+
+    kota ping                            -> cmd ping ok=1 fw=<version> api=1
+    kota health                          -> cmd health ok=1 <health fields> | ok=0 err=not_ready
+    kota wifi get                        -> cmd wifi_get ok=1 ssid=<hex|-> password_set=0|1 mode=...
+    kota wifi set <ssid_hex> <pass_hex>  -> cmd wifi_set ok=1 restart=1, then restart (usb_wifi_set)
+    kota wifi clear                      -> cmd wifi_clear ok=1 restart=1, then restart (usb_wifi_clear)
+
+Firmware without the console never answers. The password is only ever sent
+hex-encoded and is never written to the log by the box or by this tool.
+
+WifiFlow runs a whole "write / clear Wi-Fi" job as a small state machine
+driven by `feed(line)` and `tick(now)`, so it is testable without Qt or a box.
+"""
+
+from __future__ import annotations
+
+import enum
+import time
+from collections.abc import Callable
+from dataclasses import dataclass, field
+
+from ..core.logline import LineKind, LogLine
+
+API_VERSION = 1
+
+# Technician-facing text for the firmware's err= codes.
+ERRORS = {
+    "bad_args": "The box did not understand the command (tool/firmware mismatch).",
+    "bad_hex": "The box could not decode the settings (tool/firmware mismatch).",
+    "bad_char": "The name or password contains a line break.",
+    "ssid_length": "The network name must be 1-32 bytes.",
+    "password_length": "The password must be 8-63 characters.",
+    "sd_not_mounted": "The box cannot read its SD card, so it cannot store the settings.",
+    "write_failed": "Writing ENV.TXT on the SD card failed.",
+    "verify_failed": "ENV.TXT did not read back correctly after writing.",
+    "unknown_command": "This firmware does not know the command.",
+    "not_ready": "The box is still starting; try again in a few seconds.",
+}
+
+
+def hex_utf8(text: str) -> str:
+    return text.encode("utf-8").hex()
+
+
+def unhex_utf8(value: str) -> str | None:
+    if not value or value == "-":
+        return None
+    try:
+        return bytes.fromhex(value).decode("utf-8", errors="replace")
+    except ValueError:
+        return None
+
+
+def validate_wifi(ssid: str, password: str) -> list[str]:
+    """Same limits as the firmware (usb_console.cpp); empty list = OK."""
+    problems = []
+    if not ssid:
+        problems.append("Enter the Wi-Fi network name (SSID).")
+    elif len(ssid.encode("utf-8")) > 32:
+        problems.append("The network name is longer than 32 bytes.")
+    if not 8 <= len(password.encode("utf-8")) <= 63:
+        problems.append("The password must be 8-63 characters (WPA2). Open networks are not supported.")
+    if any(c in ssid + password for c in "\r\n\0"):
+        problems.append("The name or password contains a line break.")
+    return problems
+
+
+def wifi_set_command(ssid: str, password: str) -> str:
+    problems = validate_wifi(ssid, password)
+    if problems:
+        raise ValueError(" ".join(problems))
+    return f"kota wifi set {hex_utf8(ssid)} {hex_utf8(password)}"
+
+
+def loggable(command: str) -> str:
+    """The command as it may appear in the session log: never the password."""
+    parts = command.split()
+    if parts[:3] == ["kota", "wifi", "set"] and len(parts) == 5:
+        return f"kota wifi set (network '{unhex_utf8(parts[3])}', password hidden)"
+    return command
+
+
+@dataclass(frozen=True)
+class Reply:
+    name: str                 # ping | health | wifi_get | wifi_set | wifi_clear | unknown
+    ok: bool
+    fields: dict[str, str]
+
+    @property
+    def error(self) -> str:
+        code = self.fields.get("err", "")
+        return ERRORS.get(code, f"The box reported an error ({code or 'unknown'}).")
+
+
+def parse_reply(line: LogLine) -> Reply | None:
+    """'I (5) KOTA: cmd wifi_set ok=1 restart=1' -> Reply('wifi_set', True, {...})."""
+    if line.kind != LineKind.KOTA or line.record != "cmd" or not line.words:
+        return None
+    return Reply(line.words[0], line.fields.get("ok") == "1", dict(line.fields))
+
+
+@dataclass(frozen=True)
+class WifiInfo:
+    """What `kota wifi get` reported."""
+    ssid: str | None
+    password_set: bool
+    mode: str
+
+    @classmethod
+    def from_reply(cls, r: Reply) -> WifiInfo:
+        return cls(unhex_utf8(r.fields.get("ssid", "-")), r.fields.get("password_set") == "1",
+                   r.fields.get("mode", "?"))
+
+    def describe(self) -> str:
+        mode = {"wifi": "local Wi-Fi from the SD card", "matter": "Matter (Wi-Fi given by the Matter app)",
+                "provisioning": "Wi-Fi setup portal"}.get(self.mode, self.mode)
+        net = f"network '{self.ssid}'" + (", password set" if self.password_set else ", NO password")
+        return f"Mode: {mode}. " + (net if self.ssid else "No network stored on the SD card.")
+
+
+# ------------------------------------------------------------------ flows
+
+class Step(str, enum.Enum):
+    PING = "Checking the box accepts USB commands"
+    READ = "Reading the Wi-Fi settings"
+    SEND = "Storing the settings on the box's SD card"
+    RESTART = "Waiting for the box to restart"
+    CONNECT = "Waiting for the box to join the Wi-Fi network"
+    DONE = "Done"
+    FAILED = "Failed"
+
+
+@dataclass
+class FlowEvent:
+    step: Step
+    text: str
+    ok: bool | None = None        # None = in progress, True = finished OK, False = failed
+
+
+PING_TIMEOUT_S = 3.0
+REPLY_TIMEOUT_S = 8.0
+RESTART_TIMEOUT_S = 40.0
+CONNECT_TIMEOUT_S = 90.0
+HEALTH_POLL_S = 5.0
+
+
+@dataclass
+class WifiFlow:
+    """One technician job: "read", "set" (ssid+password) or "clear".
+
+    `send(text)` writes one command line to the box (returns False when the
+    port is not connected); `on_event` reports progress for the UI.
+    """
+    action: str
+    send: Callable[[str], bool]
+    on_event: Callable[[FlowEvent], None]
+    ssid: str = ""
+    password: str = ""
+    now: Callable[[], float] = time.monotonic
+    step: Step = Step.PING
+    info: WifiInfo | None = None
+    _deadline: float = 0.0
+    _next_poll: float = 0.0
+    _events: list[FlowEvent] = field(default_factory=list)
+
+    @property
+    def finished(self) -> bool:
+        return self.step in (Step.DONE, Step.FAILED)
+
+    def start(self) -> None:
+        if self.action == "set":
+            problems = validate_wifi(self.ssid, self.password)
+            if problems:
+                return self._fail(" ".join(problems))
+        self._go(Step.PING, "kota ping", PING_TIMEOUT_S)
+
+    def cancel(self) -> None:
+        if not self.finished:
+            self._fail("Cancelled.")
+
+    # -------------------------------------------------------- driving
+    def feed(self, line: LogLine) -> None:
+        if self.finished:
+            return
+        if self.step == Step.RESTART and line.kind == LineKind.KOTA and line.record == "boot":
+            return self._on_boot(line.fields)
+        r = parse_reply(line)
+        if r is None:
+            return
+        if self.step == Step.PING and r.name == "ping":
+            if not r.ok or int(r.fields.get("api", "0") or 0) < API_VERSION:
+                return self._fail("The box answered, but its command version is not supported.")
+            self._emit(f"Firmware {r.fields.get('fw', '?')} accepts USB commands.", True)
+            if self.action == "read":
+                return self._go(Step.READ, "kota wifi get", REPLY_TIMEOUT_S)
+            if self.action == "set":
+                return self._go(Step.SEND, wifi_set_command(self.ssid, self.password), REPLY_TIMEOUT_S)
+            return self._go(Step.SEND, "kota wifi clear", REPLY_TIMEOUT_S)
+        if self.step == Step.READ and r.name == "wifi_get":
+            if not r.ok:
+                return self._fail(r.error)
+            self.info = WifiInfo.from_reply(r)
+            return self._finish(self.info.describe())
+        if self.step == Step.SEND and r.name in ("wifi_set", "wifi_clear"):
+            if not r.ok:
+                return self._fail(r.error)
+            self._emit("The box stored the settings and is restarting.", True)
+            self.step, self._deadline = Step.RESTART, self.now() + RESTART_TIMEOUT_S
+            return self._emit(Step.RESTART.value + "...")
+        if self.step == Step.CONNECT and r.name == "health" and r.ok:
+            return self._on_health(r.fields)
+
+    def tick(self) -> None:
+        """Call periodically (e.g. every 0.5 s): timeouts and health polling."""
+        if self.finished:
+            return
+        t = self.now()
+        if self.step == Step.CONNECT and t >= self._next_poll:
+            self._next_poll = t + HEALTH_POLL_S
+            self.send("kota health")
+        if t < self._deadline:
+            return
+        if self.step == Step.PING:
+            self._fail("The box does not answer USB commands. It needs firmware with the USB console "
+                       "(Flash firmware tab), or it is still starting - try again in 10 s.")
+        elif self.step == Step.RESTART:
+            self._fail("The box stored the settings but no restart was seen. Press Reset & capture in the "
+                       "Serial monitor and check the Diagnosis panel.")
+        elif self.step == Step.CONNECT:
+            self._fail(f"The box did not join '{self.ssid}' within {int(CONNECT_TIMEOUT_S)} s. Check the network "
+                       "name and password, that it is a 2.4 GHz network and that it is in range. The settings stay "
+                       "on the box; it keeps retrying.")
+        else:
+            self._fail("The box did not answer. Check the USB connection and try again.")
+
+    # -------------------------------------------------------- internals
+    def _on_boot(self, f: dict[str, str]) -> None:
+        mode, last = f.get("mode", "?"), f.get("last_restart", "?")
+        want = "usb_wifi_set" if self.action == "set" else "usb_wifi_clear"
+        if last != want:
+            return self._fail(f"The box restarted for another reason ({last}); the settings may not be applied.")
+        self._emit(f"Restarted in {mode} mode.", True)
+        if self.action == "clear":
+            ok = mode == "matter"
+            return self._finish("Wi-Fi removed; the box uses Matter again (pair it in the Matter app if needed).") \
+                if ok else self._fail(f"The box restarted in {mode} mode instead of Matter.")
+        if mode != "wifi":
+            return self._fail(f"The box restarted in {mode} mode instead of local Wi-Fi.")
+        self.step = Step.CONNECT
+        self._deadline = self.now() + CONNECT_TIMEOUT_S
+        self._next_poll = self.now() + HEALTH_POLL_S
+        self._emit(Step.CONNECT.value + f" '{self.ssid}'...")
+
+    def _on_health(self, f: dict[str, str]) -> None:
+        if f.get("wifi") != "connected":
+            return
+        rssi = f.get("rssi", "?")
+        note = " - weak signal, consider moving the box or the router" if rssi.lstrip("-").isdigit() \
+            and int(rssi) < -75 else ""
+        self._finish(f"Connected to '{self.ssid}' (signal {rssi} dBm{note}). Data upload starts within a minute.")
+
+    def _go(self, step: Step, command: str, timeout: float) -> None:
+        self.step, self._deadline = step, self.now() + timeout
+        self._emit(step.value + "...")
+        if not self.send(command):
+            self._fail("The box is not connected. Connect it first.")
+
+    def _emit(self, text: str, ok: bool | None = None) -> None:
+        ev = FlowEvent(self.step, text, ok)
+        self._events.append(ev)
+        self.on_event(ev)
+
+    def _finish(self, text: str) -> None:
+        self.step = Step.DONE
+        self._emit(text, True)
+
+    def _fail(self, text: str) -> None:
+        self.step = Step.FAILED
+        self._emit(text, False)

kota_tech/serialio/manager.py

@@ -10,6 +10,7 @@ from __future__ import annotations
 
 import enum
 import queue
+import sys
 import threading
 import time
 from collections.abc import Callable
@@ -50,6 +51,7 @@ class SerialManager:
         self._thread: threading.Thread | None = None
         self._stop = threading.Event()
         self._target: _Target | None = None
+        self._open_error = ""
         self.state = State.DISCONNECTED
 
     # ---- public API (any thread) -------------------------------------
@@ -88,19 +90,35 @@ class SerialManager:
         info = find_port(self._target.serial_number, self._target.device)
         if info is None:
             return None
+        posix = sys.platform != "win32"
         # serial_for_url also accepts test URLs such as "loop://".
+        # exclusive: a second tool window must not read the same port (on
+        # macOS/Linux both would get half of the lines). COM ports on Windows
+        # are always exclusive.
         ser = serial.serial_for_url(
-            info.device, baudrate=self._baud, timeout=READ_TIMEOUT_S, do_not_open=True
+            info.device, baudrate=self._baud, timeout=READ_TIMEOUT_S, do_not_open=True,
+            **({"exclusive": True} if posix else {}),
         )
-        # Deassert both lines before open. On USB-Serial-JTAG, RTS=1/DTR=0
+        # On USB-Serial-JTAG, RTS=1/DTR=0 holds the chip in reset and DTR=1
-        # holds the chip in reset and DTR=1 during reset selects download
+        # during reset selects download mode.
-        # mode; pyserial would otherwise assert both on open (Windows).
+        # Windows: pyserial applies both lines atomically at open, so
-        ser.dtr = False
+        # deassert both beforehand (it would otherwise assert both).
+        # macOS/Linux: the OS asserts both lines on open and pyserial then
+        # writes DTR before RTS, passing through RTS=1/DTR=0 and resetting
+        # the box on every connect. Drop RTS first, then DTR.
+        if not posix:
+            ser.dtr = False
         ser.rts = False
         try:
             ser.open()
-        except (serial.SerialException, OSError):
+            if posix:
+                ser.dtr = False
+        except (serial.SerialException, OSError) as exc:
+            busy = "exclusive" in str(exc).lower() or "busy" in str(exc).lower() or "access" in str(exc).lower()
+            self._open_error = ("The port is used by another program (another Technician Tool window?)"
+                                if busy else "")
             return None
+        self._open_error = ""
         self._target.device = info.device  # COM number / node may change
         return ser
 
@@ -134,7 +152,7 @@ class SerialManager:
                     ser = self._open()
                     if ser is None:
                         if not announced_wait:
-                            self._set_state(State.WAITING, "Plug in / power on the sensorbox")
+                            self._set_state(State.WAITING, self._open_error or "Plug in / power on the sensorbox")
                             announced_wait = True
                         self._drain_cmds(None)
                         time.sleep(REOPEN_POLL_S)

kota_tech/service/influx.py

@@ -0,0 +1,202 @@
+"""Does the box's data reach InfluxDB? (read-only query, InfluxDB 2.x)
+
+The box writes to the "sensorbox" bucket with the tag device=<MAC without
+separators>. device_status and microphone use the system time, the sensor
+measurements (AS7341, BME688, SEN66) are timestamped from the box's RTC -
+so a box can report its status while none of its sensor data arrives
+(e.g. a stopped RTC stamps readings with 1 Jan 2000).
+
+The token must be a read token for the bucket. It comes from the
+KOTA_INFLUX_TOKEN environment variable or the tool settings and is never
+written to the session log or the service report.
+"""
+
+from __future__ import annotations
+
+import csv
+import datetime as dt
+import io
+import json
+import urllib.error
+import urllib.parse
+import urllib.request
+from dataclasses import dataclass, field
+
+DEFAULT_URL = "https://influx.kota-app.com"
+DEFAULT_ORG = "kota"
+DEFAULT_BUCKET = "sensorbox"
+LOOKBACK = "-30d"
+FRESH_MIN = 15               # like SEEN_OK_MIN in the service system
+FUTURE_TOLERANCE_MIN = 10    # newer than now + this: the box clock is ahead
+SINCE_SLACK_S = 60           # clock difference box / laptop when counting "since the test started"
+TIMEOUT_S = 20
+
+# Sensor groups that every box must upload: name -> measurement prefixes.
+SENSOR_GROUPS = {
+    "AS7341 (light)": ("as7341_",),
+    "BME688 (air)": ("bme688",),
+    "SEN66 (air quality)": ("sen66",),
+}
+STATUS = "device_status"
+MIC = "microphone"
+
+OK = "ok"                            # all sensor groups arrive
+SENSORS_MISSING = "sensors_missing"  # status/microphone arrive, (some) sensor data does not
+SILENT = "silent"                    # data exists, but nothing recent
+NEVER = "never"                      # no data for this box in the lookback window
+UNAVAILABLE = "unavailable"          # no token / no Internet / query failed
+OUTCOMES = (OK, SENSORS_MISSING, SILENT, NEVER, UNAVAILABLE)
+
+
+@dataclass(frozen=True)
+class InfluxConfig:
+    token: str
+    url: str = DEFAULT_URL
+    org: str = DEFAULT_ORG
+    bucket: str = DEFAULT_BUCKET
+
+
+@dataclass
+class InfluxCheck:
+    outcome: str
+    summary: str
+    latest: dict[str, dt.datetime] = field(default_factory=dict)   # measurement -> newest point
+    missing: list[str] = field(default_factory=list)                # sensor groups without fresh data
+    details: list[str] = field(default_factory=list)
+
+
+def build_query(bucket: str, mac: str) -> str:
+    """Newest point per measurement of one box (future times included)."""
+    return "\n".join([
+        f"from(bucket: {json.dumps(bucket)})",
+        f"  |> range(start: {LOOKBACK}, stop: 2100-01-01T00:00:00Z)",
+        f"  |> filter(fn: (r) => r.device == {json.dumps(mac)})",
+        "  |> last()",
+        # Drop _value first: string and float fields cannot share a table.
+        '  |> keep(columns: ["_measurement", "_time"])',
+        '  |> group(columns: ["_measurement"])',
+        '  |> max(column: "_time")',
+        "  |> group()",
+    ])
+
+
+def parse_time(value: str) -> dt.datetime:
+    """RFC 3339 from InfluxDB; nanoseconds are cut to microseconds."""
+    value = value.strip().replace("Z", "+00:00")
+    if "." in value:
+        head, rest = value.split(".", 1)
+        frac, sign, tz = rest.partition("+") if "+" in rest else rest.partition("-")
+        value = f"{head}.{frac[:6]}{sign}{tz}"
+    return dt.datetime.fromisoformat(value)
+
+
+def parse_csv(text: str) -> dict[str, dt.datetime]:
+    """Annotated/plain CSV from /api/v2/query -> {measurement: newest time}."""
+    latest: dict[str, dt.datetime] = {}
+    header: list[str] | None = None
+    for row in csv.reader(io.StringIO(text)):
+        if not row or not any(row):
+            header = None          # tables are separated by an empty line
+            continue
+        if row[0].startswith("#"):
+            continue
+        if header is None:
+            header = row
+            continue
+        rec = dict(zip(header, row))
+        m, t = rec.get("_measurement"), rec.get("_time")
+        if m and t:
+            ts = parse_time(t)
+            if m not in latest or ts > latest[m]:
+                latest[m] = ts
+    return latest
+
+
+def _ago(now: dt.datetime, t: dt.datetime) -> str:
+    minutes = (now - t).total_seconds() / 60
+    if minutes < -1:
+        return f"{-minutes:.0f} min in the FUTURE"
+    if minutes < 90:
+        return f"{max(minutes, 0):.0f} min ago"
+    if minutes < 48 * 60:
+        return f"{minutes / 60:.0f} h ago"
+    return f"{minutes / 1440:.0f} days ago"
+
+
+def classify(latest: dict[str, dt.datetime], now: dt.datetime, fresh_min: int = FRESH_MIN,
+             since: dt.datetime | None = None) -> InfluxCheck:
+    """`since`: only data newer than this counts (the box was restarted then)."""
+    def newest(prefixes: tuple[str, ...]) -> dt.datetime | None:
+        times = [t for m, t in latest.items() if m.startswith(prefixes)]
+        return max(times) if times else None
+
+    def fresh(t: dt.datetime | None) -> bool:
+        if t is None or (now - t).total_seconds() > fresh_min * 60:
+            return False
+        return since is None or (since - t).total_seconds() <= SINCE_SLACK_S
+
+    details = []
+    for label, prefixes in (("Device status", (STATUS,)), ("Microphone", (MIC,)),
+                            *SENSOR_GROUPS.items()):
+        t = newest(prefixes)
+        details.append(f"{label}: " + (f"{t:%Y-%m-%d %H:%M} UTC ({_ago(now, t)})" if t else "no data"))
+        if t is not None and (t - now).total_seconds() > FUTURE_TOLERANCE_MIN * 60:
+            details.append(f"{label}: timestamp is in the future - the box clock is wrong")
+    missing = [g for g, p in SENSOR_GROUPS.items() if not fresh(newest(p))]
+    status_t = max(filter(None, (newest((STATUS,)), newest((MIC,)))), default=None)
+    sensors_t = [newest(p) for p in SENSOR_GROUPS.values()]
+    lagging = status_t is not None and any(t is None or (status_t - t).total_seconds() > fresh_min * 60
+                                           for t in sensors_t)
+    if lagging:
+        details.append("Sensor data stopped (or never started) while the status still arrived")
+
+    if not latest:
+        return InfluxCheck(NEVER, f"No data from this box in InfluxDB in the last {LOOKBACK[1:]}",
+                           latest, missing, details)
+    if not missing:
+        return InfluxCheck(OK, "Sensor data arrives in InfluxDB", latest, missing, details)
+    if fresh(status_t):
+        return InfluxCheck(SENSORS_MISSING, "Status arrives in InfluxDB, sensor data does not: "
+                           + ", ".join(missing), latest, missing, details)
+    if lagging:
+        # Offline now, but the history already shows the fault.
+        return InfluxCheck(SENSORS_MISSING, f"Nothing new in InfluxDB (last status {_ago(now, status_t)}); "
+                           "before that the status arrived without sensor data: " + ", ".join(missing),
+                           latest, missing, details)
+    if since is not None:
+        return InfluxCheck(SILENT, "No new data in InfluxDB since the test started", latest, missing, details)
+    return InfluxCheck(SILENT, f"No recent data in InfluxDB (nothing in the last {fresh_min} min)",
+                       latest, missing, details)
+
+
+def query_latest(cfg: InfluxConfig, mac: str) -> dict[str, dt.datetime]:
+    url = cfg.url.rstrip("/") + "/api/v2/query?" + urllib.parse.urlencode({"org": cfg.org})
+    req = urllib.request.Request(url, data=build_query(cfg.bucket, mac).encode(), method="POST", headers={
+        "Authorization": f"Token {cfg.token}",
+        "Content-Type": "application/vnd.flux",
+        "Accept": "application/csv",
+    })
+    with urllib.request.urlopen(req, timeout=TIMEOUT_S) as resp:
+        return parse_csv(resp.read().decode("utf-8"))
+
+
+def check_device(cfg: InfluxConfig | None, mac: str, now: dt.datetime | None = None,
+                 since: dt.datetime | None = None) -> InfluxCheck:
+    """Blocking; run it off the UI thread. Never raises."""
+    mac = "".join(c for c in (mac or "") if c.isalnum()).upper()
+    if cfg is None or not cfg.token:
+        return InfluxCheck(UNAVAILABLE, "InfluxDB access is not set up (Settings > InfluxDB access)")
+    if len(mac) != 12:
+        return InfluxCheck(UNAVAILABLE, "The box MAC address is not known yet")
+    try:
+        latest = query_latest(cfg, mac)
+    except urllib.error.HTTPError as exc:
+        why = {401: "the token was rejected", 403: "the token has no read access",
+               404: "organisation or bucket not found"}.get(exc.code, f"HTTP {exc.code}")
+        return InfluxCheck(UNAVAILABLE, f"InfluxDB query failed: {why}")
+    except (urllib.error.URLError, OSError) as exc:
+        reason = getattr(exc, "reason", exc)
+        return InfluxCheck(UNAVAILABLE, f"InfluxDB not reachable from this computer ({reason})")
+    except (ValueError, csv.Error) as exc:
+        return InfluxCheck(UNAVAILABLE, f"Unexpected InfluxDB answer ({exc})")
+    return classify(latest, now or dt.datetime.now(dt.timezone.utc), since=since)

kota_tech/service/report.py

@@ -33,13 +33,15 @@ CONNECTIVITY = "Problem z łącznością"
 _STATUS_BY_RULE = [
     ("reboot.brownout", POWER), ("reboot.power", POWER), ("tech.power.", POWER),
     ("sys.crash", SOFTWARE), ("reboot.watchdog", SOFTWARE), ("sys.out_of_resources", SOFTWARE),
-    ("influx.bad_request", SOFTWARE), ("ota.selfcheck_failed", SOFTWARE), ("tech.quick.hung", SOFTWARE),
+    ("influx.bad_request", SOFTWARE), ("influx.invalid_value", SOFTWARE), ("ota.selfcheck_failed", SOFTWARE), ("tech.quick.hung", SOFTWARE),
     ("rtc.init_failed", HARDWARE), ("rtc.lost_after_sync", HARDWARE), ("i2c.", HARDWARE), ("sensor.", HARDWARE),
     ("sd.", HARDWARE), ("sen66.", HARDWARE), ("bme688.", HARDWARE), ("as7341.", HARDWARE),
     ("mic.read_fail", HARDWARE), ("mic.silent", HARDWARE), ("tech.rtc_i2c.", HARDWARE), ("tech.sensors.", HARDWARE),
     ("tech.mic.mic_faulty", HARDWARE), ("tech.mic.mic_switch_faulty", HARDWARE), ("tech.white.sd_", HARDWARE),
     ("matter.", CONNECTIVITY), ("net.", CONNECTIVITY), ("wifi.", CONNECTIVITY), ("influx.", CONNECTIVITY),
     ("ota.", CONNECTIVITY), ("tech.network.", CONNECTIVITY),
+    ("tech.influx.invalid_value", SOFTWARE), ("tech.influx.sensors_clock", HARDWARE), ("tech.influx.silent", CONNECTIVITY),
+    ("tech.influx.never", CONNECTIVITY), ("tech.influx.", CHECK),
     # firmware 1.0.16+ (KOTA: lines, status, error IDs)
     ("reboot.crash", SOFTWARE), ("reboot.status_oom_watchdog", SOFTWARE), ("status.oom", SOFTWARE),
     ("kota.low_heap", SOFTWARE),

kota_tech/ui/cheatsheet.py

@@ -54,7 +54,8 @@ HINTS = [
 
 STEPS = [
     "Switch the sensorbox <b>power switch ON</b>.",
-    "Connect the laptop to the box's <b>native USB</b> port with a data-capable cable.",
+    "Connect the box so that a <b>USB 2.0 type-A plug</b> is on the way to the laptop (into the laptop or a "
+    "hub; USB-C only often fails). The cable must carry data.",
     "Open the <b>Serial monitor</b> tab, choose the sensorbox port, press "
     "<b>Connect</b>.",
     "Press <b>Reset &amp; capture</b> to record a full boot log from the first line.",

kota_tech/ui/diag_panel.py

@@ -1,9 +1,11 @@
 """Diagnostics side panel: renders a diag.engine.Report.
 
-Layout: verdict banner, expected LED (colour + pattern + meaning when the
+Layout: verdict banner, the test checklist (start-up milestones plus the
-box reports it), firmware, the box's own self-report (KOTA lines), start-up
+online InfluxDB check), a findings tree (root causes; their consequences as
-milestones, a findings tree (root causes; their consequences as children;
+children; titles only) and a wrapped detail pane for the selected finding.
-titles only) and a wrapped detail pane for the selected finding.
+`details` is a separate widget for the host to place: expected LED (colour +
+pattern + meaning when the box reports it), firmware and the box's own
+self-report (KOTA lines).
 """
 
 from __future__ import annotations
@@ -17,6 +19,7 @@ from PySide6.QtWidgets import (
     QListWidget,
     QListWidgetItem,
     QPushButton,
+    QScrollArea,
     QSizePolicy,
     QSplitter,
     QTextBrowser,
@@ -43,13 +46,19 @@ BANNER = {
 }
 _KEY = Qt.ItemDataRole.UserRole
 BOX_STATE = {"ok": ("#1b7a33", "✔"), "warn": ("#c77c02", "!"), "bad": ("#b03a2e", "✖"), "info": ("#2e6da4", "i")}
+# Extra checklist rows (e.g. the InfluxDB check): state -> (mark, colour)
+ROW_STATE = {"ok": ("✔", "#1b7a33"), "bad": ("✖", "#b03a2e"), "warn": ("!", "#a86400"),
+             "running": ("…", "#2e6da4"), "pending": ("○", "#6b6b6b"), "off": ("–", "#6b6b6b"),
+             "note": ("", "#444444")}
 
 
 def _heading(text: str) -> QLabel:
     lbl = QLabel(text)
     f = lbl.font()
     f.setBold(True)
+    f.setPointSize(f.pointSize() + 1)
     lbl.setFont(f)
+    lbl.setContentsMargins(0, 6, 0, 2)
     return lbl
 
 
@@ -87,7 +96,14 @@ class DiagnosticsPanel(QWidget):
         self.milestones = QListWidget()
         self.milestones.setFrameShape(QFrame.Shape.NoFrame)
         self.milestones.setSelectionMode(QListWidget.SelectionMode.NoSelection)
+        self.milestones.setFocusPolicy(Qt.FocusPolicy.NoFocus)
+        self.milestones.setWordWrap(True)
+        self.milestones.setHorizontalScrollBarPolicy(Qt.ScrollBarPolicy.ScrollBarAlwaysOff)
         self.milestones.setSizePolicy(QSizePolicy.Policy.Preferred, QSizePolicy.Policy.Maximum)
+        self.milestones.setStyleSheet("QListWidget { background: transparent; } QListWidget::item { padding: 2px; }")
+        mf = self.milestones.font()
+        mf.setPointSize(mf.pointSize() + 1)
+        self.milestones.setFont(mf)
 
         self.tree = QTreeWidget()
         self.tree.setHeaderHidden(True)
@@ -101,22 +117,31 @@ class DiagnosticsPanel(QWidget):
         findings.setSizes([220, 260])
 
         lay = QVBoxLayout(self)
-        lay.setContentsMargins(4, 0, 0, 0)
+        lay.setContentsMargins(4, 0, 4, 0)
         lay.addWidget(self.verdict)
-        lay.addWidget(_heading("Status LED should be"))
+        lay.addWidget(_heading("Test checklist (current boot)"))
-        lay.addLayout(led_row)
-        lay.addWidget(_heading("Firmware"))
-        lay.addWidget(self.firmware)
-        self.qr_btn = QPushButton("Matter pairing QR code...")
-        self.qr_btn.setToolTip("Show the box's Matter QR code on screen to scan with the phone")
-        lay.addWidget(self.qr_btn, 0, Qt.AlignmentFlag.AlignLeft)
-        lay.addWidget(self.box_title)
-        lay.addWidget(self.box)
-        lay.addWidget(_heading("Start-up progress (current boot)"))
         lay.addWidget(self.milestones)
         lay.addWidget(_heading("Findings - root causes first; click one for details"))
         lay.addWidget(findings, 1)
 
+        # Box details: placed by the host (a separate tab).
+        inner = QWidget()
+        dl = QVBoxLayout(inner)
+        dl.addWidget(_heading("Status LED should be"))
+        dl.addLayout(led_row)
+        dl.addWidget(_heading("Firmware"))
+        dl.addWidget(self.firmware)
+        self.qr_btn = QPushButton("Matter pairing QR code...")
+        self.qr_btn.setToolTip("Show the box's Matter QR code on screen to scan with the phone")
+        dl.addWidget(self.qr_btn, 0, Qt.AlignmentFlag.AlignLeft)
+        dl.addWidget(self.box_title)
+        dl.addWidget(self.box)
+        dl.addStretch(1)
+        self.details = QScrollArea()
+        self.details.setWidgetResizable(True)
+        self.details.setFrameShape(QFrame.Shape.NoFrame)
+        self.details.setWidget(inner)
+
         self._findings: dict[str, Finding] = {}
         self._selected: str | None = None
         # key -> expanded, chosen by the user; survives the rebuild on refresh.
@@ -126,7 +151,8 @@ class DiagnosticsPanel(QWidget):
         self.tree.itemExpanded.connect(lambda it: self._remember(it, True))
 
     # ------------------------------------------------------------------
-    def show_report(self, r: Report) -> None:
+    def show_report(self, r: Report, extra_rows: list[tuple[str, str]] = ()) -> None:
+        """extra_rows: (state, text) appended to the checklist, state in ROW_STATE."""
         bg, fg = BANNER.get(r.verdict_severity, BANNER[Severity.WARNING])
         if r.lines == 0:
             bg, fg = "#e6e6e6", "#333333"
@@ -161,10 +187,20 @@ class DiagnosticsPanel(QWidget):
             done = t is not None
             it = QListWidgetItem(("✔  " if done else "○  ") + label
                                  + (f"   ({t / 1000:.1f} s)" if done else ""))
-            it.setForeground(QBrush(QColor("#1b7a33" if done else "#8a8a8a")))
+            it.setForeground(QBrush(QColor("#1b7a33" if done else "#6b6b6b")))
             self.milestones.addItem(it)
-        rows = min(max(self.milestones.count(), 1), 15)
+        for state, text in extra_rows:
-        self.milestones.setFixedHeight(rows * max(self.milestones.sizeHintForRow(0), 16) + 6)
+            mark, colour = ROW_STATE[state]
+            it = QListWidgetItem(f"{mark}  {text}" if mark else text)
+            it.setForeground(QBrush(QColor(colour)))
+            if state != "note":
+                f = it.font()
+                f.setBold(True)
+                it.setFont(f)
+            it.setToolTip(text)
+            self.milestones.addItem(it)
+        height = sum(max(self.milestones.sizeHintForRow(i), 16) for i in range(self.milestones.count()))
+        self.milestones.setFixedHeight(min(max(height, 16), 560) + 6)
 
         self._fill_tree(r)
 

kota_tech/ui/flash_tab.py

@@ -36,7 +36,7 @@ BACKUP_DIR = SESSIONS_DIR.parent / "backups"
 VERIFY_TIMEOUT_MS = 45_000
 
 HELP = (
-    "<b>If flashing cannot connect:</b> use a data-capable USB cable directly on the laptop, close "
+    "<b>If flashing cannot connect:</b> use a data-capable cable with a USB 2.0 type-A plug on the way, close "
     "other programs using the port, then retry. Last resort (case must be opened): hold <b>BOOT</b>, "
     "press and release <b>RESET</b>, release <b>BOOT</b>, and press Start again."
 )

kota_tech/ui/guide_panel.py

@@ -167,7 +167,8 @@ class GuidePanel(QWidget):
             self.wait_bar.setMaximum(int(total))
             self.wait_bar.setValue(int(total - v.remaining_s))
             m, s = divmod(int(v.remaining_s), 60)
-            self.wait_label.setText(f"Watching the live log... {m}:{s:02d} left")
+            doing = "Checking InfluxDB" if v.step.type == "influx" else "Watching the live log"
+            self.wait_label.setText(f"{doing}... {m}:{s:02d} left")
         self.note.setText(v.note)
         self.note.setVisible(bool(v.note))
         self.back_btn.setEnabled(v.can_back)
@@ -212,9 +213,10 @@ class GuidePanel(QWidget):
             self.options.addWidget(b)
         step_type = v.step.type if v.step else None
         self.continue_btn.setVisible(step_type == "info")
-        self.skip_btn.setVisible(step_type == "wait")
+        waits = step_type in ("wait", "influx")
-        self.wait_bar.setVisible(step_type == "wait")
+        self.skip_btn.setVisible(waits)
-        self.wait_label.setVisible(step_type == "wait")
+        self.wait_bar.setVisible(waits)
+        self.wait_label.setVisible(waits)
         self.end_box.setVisible(is_end)
         if is_end:
             e = v.end

kota_tech/ui/main_window.py

@@ -1,5 +1,10 @@
 from __future__ import annotations
 
+import datetime as dt
+import os
+import sys
+import threading
+import time
 from pathlib import Path
 
 from PySide6.QtCore import QCoreApplication, QObject, QSettings, Qt, QTimer, QUrl, Signal
@@ -7,17 +12,23 @@ from PySide6.QtGui import QColor, QDesktopServices, QFont, QGuiApplication, QTex
 from PySide6.QtWidgets import (
     QCheckBox,
     QComboBox,
+    QDialog,
+    QDialogButtonBox,
     QFileDialog,
+    QFormLayout,
     QHBoxLayout,
     QInputDialog,
     QLabel,
+    QLineEdit,
     QMainWindow,
+    QMenu,
     QMessageBox,
     QPlainTextEdit,
     QPushButton,
     QSplitter,
     QTabWidget,
     QTextBrowser,
+    QToolButton,
     QVBoxLayout,
     QWidget,
 )
@@ -28,9 +39,11 @@ from ..core.logline import LineKind, LogLine, host_event
 from ..core.session import SessionLog
 from ..diag.engine import DiagnosticsEngine
 from ..diag.guides import GuideRunner
+from ..serialio.commands import loggable
 from ..serialio.manager import SerialManager, State
 from ..serialio.ports import PortInfo, list_serial_ports
 from ..matter.payload import SetupPayload, payload_from_log
+from ..service import influx
 from ..service.report import DEFAULT_BASE, normalize_mac, report_url
 from .cheatsheet import cheatsheet_html
 from .diag_panel import DiagnosticsPanel
@@ -38,8 +51,16 @@ from .flash_tab import FlashTab
 from .matter_qr import MatterQrDialog
 from .guide_panel import GuidePanel
 from .sd_tab import SdTab
+from .wifi_tab import WifiTab
 
 MAX_LINES = 20000
+TEST_INFLUX_AFTER_S = 30      # Test box: start the online check this long after the restart
+INFLUX_ROW = "Sensor data in InfluxDB (online check)"
+# test status strip: (background, text colour)
+STRIP = {"idle": ("#eef1f4", "#333333"), "running": ("#dde9f7", "#123a63"), "ok": ("#d8f0dd", "#1b5e2a"),
+         "info": ("#dde9f7", "#123a63"), "warning": ("#fdebc8", "#6b4400"), "error": ("#f9dedc", "#8a2019"),
+         "critical": ("#f6d5d1", "#7b1e14")}
+CLOUD_STATE = {"ok": "ok", "sensors_missing": "bad", "silent": "warn", "never": "warn", "unavailable": "off"}
 # "KOTA" = the firmware's structured diagnostic lines (1.0.16+) plus errors.
 LEVEL_FILTERS = {"All lines": None, "KOTA diagnostics + errors": "KOTA",
                  "Warnings + errors": {"W", "E"}, "Errors only": {"E"}}
@@ -56,11 +77,16 @@ COLORS = {
 }
 
 
+def _esc(s: str) -> str:
+    return s.replace("&", "&amp;").replace("<", "&lt;").replace(">", "&gt;")
+
+
 class _Bridge(QObject):
     """Marshals SerialManager callbacks (reader thread) onto the UI thread."""
 
     line = Signal(object)
     state = Signal(object, str)
+    influx = Signal(object)     # InfluxCheck from the query thread
 
 
 class SerialTab(QWidget):
@@ -69,6 +95,7 @@ class SerialTab(QWidget):
         self._bridge = _Bridge()
         self._bridge.line.connect(self._on_line)
         self._bridge.state.connect(self._on_state)
+        self._bridge.influx.connect(self._on_influx)
         self._manager = SerialManager(self._bridge.line.emit, self._bridge.state.emit)
         self._session = SessionLog()
         self._ports: list[PortInfo] = []
@@ -76,84 +103,130 @@ class SerialTab(QWidget):
         self._engine = DiagnosticsEngine()
         self._diag_dirty = True
         self._runner = GuideRunner(self._engine, on_action=self._guide_action, on_log=self._guide_log)
+        self._line_listeners: list = []     # other tabs following the live log (Wi-Fi over USB)
 
         # --- controls
-        self.port_combo = QComboBox(minimumWidth=320)
+        self._settings = QSettings("KOTA", "TechnicianTool")
-        self.all_ports = QCheckBox("Show all ports")
+        self.port_combo = QComboBox(minimumWidth=360)
-        self.refresh_btn = QPushButton("Refresh")
+        self.refresh_btn = QPushButton("↻")
+        self.refresh_btn.setToolTip("Look for boxes again")
+        self.refresh_btn.setFixedWidth(40)
+        self.test_btn = QPushButton("▶  Test box")
+        self.test_btn.setToolTip("Restart the box, check its start-up and whether its sensor data reaches "
+                                 "InfluxDB (about 4 minutes)")
+        self.test_btn.setMinimumHeight(38)
+        self.test_btn.setStyleSheet(
+            "QPushButton { background:#1f7a3a; color:white; font-weight:bold; font-size:15px; "
+            "padding:4px 22px; border-radius:6px; border:none; }"
+            "QPushButton:hover { background:#25904a; } QPushButton:disabled { background:#9dbfa6; }")
         self.connect_btn = QPushButton("Connect")
-        self.reset_btn = QPushButton("Reset && capture")
+        self.connect_btn.setMinimumHeight(32)
-        self.reset_btn.setToolTip("Reboot the sensorbox and record the log from the first boot line")
+
+        # Less frequent actions live in the "More" menu.
+        self.more_btn = QToolButton(text="More  ▾")
+        self.more_btn.setPopupMode(QToolButton.ToolButtonPopupMode.InstantPopup)
+        self.more_btn.setMinimumHeight(32)
+        menu = QMenu(self.more_btn)
+        self.reset_btn = menu.addAction("Reset && capture (restart the box, no online check)")
+        menu.addSeparator()
+        self.service_btn = menu.addAction("Service report...")
+        self.service_btn.setToolTip("Open this box's page in the KOTA service system with the diagnosis "
+                                    "filled in; check it and press Save there")
+        self.copy_btn = menu.addAction("Copy report")
+        self.save_btn = menu.addAction("Save log view as...")
+        self.folder_btn = menu.addAction("Open logs folder")
+        self.analyze_btn = menu.addAction("Analyze log file...")
+        menu.addSeparator()
+        self.auto_service = menu.addAction("Open service report on disconnect")
+        self.auto_service.setCheckable(True)
+        self.auto_service.setChecked(self._settings.value("service/auto", False, type=bool))
+        self.auto_service.toggled.connect(lambda on: self._settings.setValue("service/auto", on))
+        self.all_ports = menu.addAction("Show all serial ports")
+        self.all_ports.setCheckable(True)
+        self.more_btn.setMenu(menu)
+        self._active_port: PortInfo | None = None
+
+        top = QHBoxLayout()
+        box_lbl = QLabel("<b>Box:</b>")
+        for w in (box_lbl, self.port_combo, self.refresh_btn):
+            top.addWidget(w)
+        top.addSpacing(12)
+        top.addWidget(self.test_btn)
+        top.addWidget(self.connect_btn)
+        top.addStretch(1)
+        top.addWidget(self.more_btn)
+
+        # Test status strip (what the test is doing / its result).
+        self.test_status = QLabel(wordWrap=True)
+        self.test_status.setMargin(8)
+        tf = self.test_status.font()
+        tf.setPointSize(tf.pointSize() + 1)
+        self.test_status.setFont(tf)
+
+        # --- live log (a tab on the right)
         self.filter_combo = QComboBox()
         self.filter_combo.addItems(LEVEL_FILTERS)
         self.clear_btn = QPushButton("Clear view")
-        self.save_btn = QPushButton("Save view as...")
-        self.folder_btn = QPushButton("Open logs folder")
-        self.analyze_btn = QPushButton("Analyze log file...")
-        self.analyze_btn.setToolTip("Load a saved session log or serial capture and diagnose it")
-        self.copy_btn = QPushButton("Copy report")
-        self.copy_btn.setToolTip("Copy the diagnosis as text (e.g. to send to the firmware team)")
-        self.service_btn = QPushButton("Service report...")
-        self.service_btn.setToolTip("Open this box's page in the KOTA service system with the diagnosis "
-                                    "filled in; check it and press Save there")
-        self._settings = QSettings("KOTA", "TechnicianTool")
-        self.auto_service = QCheckBox("Open service report on disconnect")
-        self.auto_service.setChecked(self._settings.value("service/auto", False, type=bool))
-        self.auto_service.toggled.connect(lambda on: self._settings.setValue("service/auto", on))
-        self._active_port: PortInfo | None = None
-
-        row1 = QHBoxLayout()
-        for w in (QLabel("Port:"), self.port_combo, self.all_ports, self.refresh_btn,
-                  self.connect_btn, self.reset_btn):
-            row1.addWidget(w)
-        row1.addStretch(1)
-        row2 = QHBoxLayout()
-        for w in (QLabel("Show:"), self.filter_combo, self.clear_btn, self.save_btn, self.folder_btn,
-                  self.analyze_btn, self.copy_btn, self.service_btn, self.auto_service):
-            row2.addWidget(w)
-        row2.addStretch(1)
-
         self.view = QPlainTextEdit(readOnly=True)
         self.view.setMaximumBlockCount(MAX_LINES)
         self.view.setLineWrapMode(QPlainTextEdit.LineWrapMode.NoWrap)
         mono = QFont("Menlo" if QFont("Menlo").exactMatch() else "Consolas")
         mono.setStyleHint(QFont.StyleHint.Monospace)
-        mono.setPointSize(10)
+        mono.setPointSize(12 if sys.platform == "darwin" else 10)
         self.view.setFont(mono)
         self.view.setStyleSheet("QPlainTextEdit { background:#1e1e1e; color:#d4d4d4; }")
+        log_page = QWidget()
+        ll = QVBoxLayout(log_page)
+        ll.setContentsMargins(0, 4, 0, 0)
+        lrow = QHBoxLayout()
+        for w in (QLabel("Show:"), self.filter_combo, self.clear_btn):
+            lrow.addWidget(w)
+        lrow.addStretch(1)
+        ll.addLayout(lrow)
+        ll.addWidget(self.view, 1)
 
         self.diag = DiagnosticsPanel()
         self.guide = GuidePanel(self._runner, self._engine, matter_payload=self.matter_payload)
         self.side_tabs = QTabWidget()
-        self.side_tabs.addTab(self.diag, "Diagnosis")
+        self.side_tabs.addTab(log_page, "Live log")
         self.side_tabs.addTab(self.guide, "Guided troubleshooting")
+        self.side_tabs.addTab(self.diag.details, "Box details")
         split = QSplitter(Qt.Orientation.Horizontal)
-        split.addWidget(self.view)
+        split.addWidget(self.diag)
         split.addWidget(self.side_tabs)
-        split.setStretchFactor(0, 3)
+        split.setStretchFactor(0, 1)
-        split.setStretchFactor(1, 2)
+        split.setStretchFactor(1, 1)
-        split.setSizes([700, 480])
+        split.setSizes([560, 620])
 
         self.status = QLabel()
+        self.status.setStyleSheet("color:#555")
         layout = QVBoxLayout(self)
-        layout.addLayout(row1)
+        layout.addLayout(top)
-        layout.addLayout(row2)
+        layout.addWidget(self.test_status)
         layout.addWidget(split, 1)
         layout.addWidget(self.status)
 
         # --- wiring
         self.refresh_btn.clicked.connect(self.refresh_ports)
         self.all_ports.toggled.connect(self.refresh_ports)
+        self.test_btn.clicked.connect(self._test_box)
         self.connect_btn.clicked.connect(self._toggle_connect)
-        self.reset_btn.clicked.connect(self._manager.reset_board)
+        self.reset_btn.triggered.connect(self._manager.reset_board)
         self.clear_btn.clicked.connect(self.view.clear)
-        self.save_btn.clicked.connect(self._save_view)
+        self.save_btn.triggered.connect(self._save_view)
-        self.folder_btn.clicked.connect(self._open_folder)
+        self.folder_btn.triggered.connect(self._open_folder)
-        self.analyze_btn.clicked.connect(self._analyze_file)
+        self.analyze_btn.triggered.connect(self._analyze_file)
-        self.copy_btn.clicked.connect(self._copy_report)
+        self.copy_btn.triggered.connect(self._copy_report)
-        self.service_btn.clicked.connect(lambda: self._open_service_report(auto=False))
+        self.service_btn.triggered.connect(lambda: self._open_service_report(auto=False))
         self.diag.qr_btn.clicked.connect(lambda: MatterQrDialog(self.matter_payload(), self).exec())
 
+        # Test box state: None = no test; else monotonic start time.
+        self._test_t0: float | None = None
+        self._test_since: dt.datetime | None = None   # UTC; InfluxDB data must be newer
+        self._influx_started = False
+        self._cloud: influx.InfluxCheck | None = None  # last InfluxDB answer
+        self._cloud_checking = False
+
         # Report refresh is throttled; lines can arrive at >100/s.
         self._diag_timer = QTimer(self, interval=400)
         self._diag_timer.timeout.connect(self._refresh_diag)
@@ -209,8 +282,98 @@ class SerialTab(QWidget):
         self._diag_dirty = True
         self._session.start(port.mac or port.device)
         self._active_port = port
+        self._cloud, self._cloud_checking = None, False
         self._manager.connect(port)
 
+    # ---- Test box ----------------------------------------------------------
+    def _test_box(self) -> None:
+        """Restart the box, record its start-up, then check InfluxDB online."""
+        if self._manager.is_running:
+            self._counts = {"E": 0, "W": 0, "boots": 0}
+            self._engine.reset()
+            self._runner.cancel()
+            self._cloud, self._cloud_checking = None, False
+            self._manager.reset_board()
+        else:
+            port = self._selected_port() or next((p for p in self._ports if p.is_sensorbox), None)
+            if port is None:
+                QMessageBox.information(self, "Test box", "No sensorbox found. Check the USB cable (data cable) "
+                                        "and that the box's power switch is ON, then press ↻.")
+                return
+            self.connect_port(port, capture=True)
+        self._test_t0 = time.monotonic()
+        self._test_since = dt.datetime.now(dt.timezone.utc)
+        self._influx_started = False
+        self._test_end = None
+        self._diag_dirty = True
+        self._guide_log("Test box started: restarting the box and recording its start-up")
+
+    def _tick_test(self) -> None:
+        if self._test_t0 is None:
+            return
+        self._diag_dirty = True          # countdowns in the strip and the checklist
+        if not self._manager.is_running:
+            self._finish_test(None, "Box disconnected - test stopped.")
+            return
+        elapsed = time.monotonic() - self._test_t0
+        if not self._influx_started and elapsed >= TEST_INFLUX_AFTER_S and self.is_connected:
+            self._influx_started = True
+            self._runner.start("influx")     # polls, routes and records findings like a guided check
+            self.guide.refresh()
+        elif self._influx_started and (self._runner.end is not None or self._runner.guide is None):
+            self._finish_test(self._runner.end)
+
+    def _finish_test(self, end, text: str = "") -> None:
+        self._test_t0 = None
+        self._test_since = None
+        self._test_end = end
+        self._test_text = text
+        self._guide_log("Test box finished: " + (end.title if end else text or "stopped"))
+
+    def _cloud_rows(self) -> list[tuple[str, str]]:
+        in_check = self._runner.step is not None and self._runner.step.type == "influx"
+        if self.influx_config() is None:
+            return [("off", f"{INFLUX_ROW}: not set up - Settings > InfluxDB access")]
+        if in_check:
+            left = int(self._runner.view().remaining_s)
+            last = f" - last answer: {self._cloud.summary}" if self._cloud else ""
+            rows = [("running", f"{INFLUX_ROW}: checking... {left // 60}:{left % 60:02d} left{last}")]
+        elif self._cloud is not None:
+            rows = [(CLOUD_STATE.get(self._cloud.outcome, "warn"), f"{INFLUX_ROW}: {self._cloud.summary}")]
+        else:
+            when = (f"starts {TEST_INFLUX_AFTER_S} s after the restart" if self._test_t0 is not None
+                    else "press Test box")
+            return [("pending", f"{INFLUX_ROW} - {when}")]
+        if self._cloud is not None:
+            rows += [("note", f"      {d}") for d in self._cloud.details]
+        return rows
+
+    def _update_test_strip(self) -> None:
+        if self._test_t0 is not None:
+            el = int(time.monotonic() - self._test_t0)
+            if self._influx_started:
+                doing = "checking that the data reaches InfluxDB - " + (
+                    self._runner.view().note or "waiting for the first answer")
+            else:
+                ms = self._engine.report().milestones
+                done = sum(t is not None for _, _, t in ms)
+                doing = f"recording the start-up ({done} of {len(ms)} checklist steps done)"
+            key, text = "running", f"<b>Test running {el // 60}:{el % 60:02d}</b> - {_esc(doing)}"
+        elif getattr(self, "_test_end", None) is not None:
+            e = self._test_end
+            key = e.severity
+            text = (f"<b>Test finished: {_esc(e.title)}</b><br>{_esc(e.text)} "
+                    "Details: Findings below and the <i>Guided troubleshooting</i> tab.")
+        elif getattr(self, "_test_text", ""):
+            key, text = "warning", f"<b>{_esc(self._test_text)}</b>"
+        else:
+            key = "idle"
+            text = ("Press <b>▶ Test box</b>: the tool restarts the box, checks its start-up (sensors, SD card, "
+                    "Wi-Fi, clock) and then whether its sensor data reaches InfluxDB. Takes about 4 minutes.")
+        bg, fg = STRIP[key]
+        self.test_status.setStyleSheet(f"QLabel {{ background:{bg}; color:{fg}; border-radius:6px; }}")
+        self.test_status.setText(text)
+
     def matter_payload(self) -> SetupPayload:
         """Pairing payload reported by this box (KOTA: matter), from its log, or the defaults."""
         return payload_from_log([self._engine.matter_advert] if self._engine.matter_advert else [],
@@ -237,6 +400,39 @@ class SerialTab(QWidget):
     def engine(self) -> DiagnosticsEngine:
         return self._engine
 
+    # ---- commands to the box (firmware usb_console) -----------------------
+    @property
+    def is_connected(self) -> bool:
+        return self._manager.state == State.CONNECTED
+
+    @property
+    def active_port(self) -> PortInfo | None:
+        return self._active_port if self._manager.is_running else None
+
+    def add_line_listener(self, callback) -> None:
+        self._line_listeners.append(callback)
+
+    def send_command(self, command: str) -> bool:
+        """Write one "kota ..." line to the box; False when not connected.
+        The session log gets the command without the Wi-Fi password."""
+        if not self.is_connected:
+            return False
+        self._manager.write((command + "\n").encode("ascii"))
+        if not command.startswith(("kota health", "kota ping")):   # polled; would flood the log
+            self._guide_log(f"sent to the box: {loggable(command)}")
+        return True
+
+    def connect_first_box(self) -> bool:
+        """Connect to the first sensorbox port found (for tabs that need the box)."""
+        if self._manager.is_running:
+            return True
+        self.refresh_ports()
+        port = next((p for p in self._ports if p.is_sensorbox), None)
+        if port is None:
+            return False
+        self.connect_port(port, capture=False)
+        return True
+
     def release_port(self) -> None:
         """Stop monitoring so esptool can open the port exclusively."""
         if self._manager.is_running:
@@ -272,6 +468,7 @@ class SerialTab(QWidget):
             self._session.stop()
         self.connect_btn.setText("Disconnect" if running else "Connect")
         self.reset_btn.setEnabled(state == State.CONNECTED)
+        self.test_btn.setEnabled(state != State.WAITING)
         self.port_combo.setEnabled(not running)
         self.all_ports.setEnabled(not running)
         self.refresh_btn.setEnabled(not running)
@@ -293,6 +490,8 @@ class SerialTab(QWidget):
         self._session.write(line)
         self._engine.feed(line)
         self._runner.feed(line)
+        for listener in self._line_listeners:
+            listener(line)
         self._diag_dirty = True
         if line.kind == LineKind.BOOT:
             self._counts["boots"] += 1
@@ -329,9 +528,11 @@ class SerialTab(QWidget):
 
     # ---- diagnostics -------------------------------------------------
     def _refresh_diag(self) -> None:
+        self._tick_test()
         if self._diag_dirty:
             self._diag_dirty = False
-            self.diag.show_report(self._engine.report())
+            self.diag.show_report(self._engine.report(), self._cloud_rows())
+            self._update_test_strip()
         self.guide.refresh()   # countdowns and timeouts need a steady tick
 
     # ---- guided troubleshooting hooks ------------------------------------
@@ -339,8 +540,36 @@ class SerialTab(QWidget):
         if action == "reset" and self._manager.state == State.CONNECTED:
             self._manager.reset_board()
             return True
+        if action == "influx":
+            cfg = self.influx_config()
+            mac = self._engine.mac or (self._active_port.mac if self._active_port else "") or ""
+            if cfg is None:
+                self._runner.note = "InfluxDB access is not set up: Settings > InfluxDB access."
+                return False
+            since = self._test_since
+            self._cloud_checking = True
+            threading.Thread(target=lambda: self._bridge.influx.emit(influx.check_device(cfg, mac, since=since)),
+                             name="influx-check", daemon=True).start()
+            return True
         return False
 
+    def influx_config(self) -> influx.InfluxConfig | None:
+        """Read token: KOTA_INFLUX_TOKEN, else the tool settings. None when not set up."""
+        token = os.environ.get("KOTA_INFLUX_TOKEN") or str(self._settings.value("influx/token", ""))
+        if not token:
+            return None
+        return influx.InfluxConfig(
+            token=token,
+            url=str(self._settings.value("influx/url", influx.DEFAULT_URL)),
+            org=str(self._settings.value("influx/org", influx.DEFAULT_ORG)),
+            bucket=str(self._settings.value("influx/bucket", influx.DEFAULT_BUCKET)))
+
+    def _on_influx(self, check: influx.InfluxCheck) -> None:
+        self._cloud, self._cloud_checking = check, False
+        self._runner.influx_result(check.outcome, check.summary, check.details)
+        self._diag_dirty = True
+        self.guide.refresh()
+
     def _guide_log(self, text: str) -> None:
         # Technician answers go into the session log and the log view.
         line = host_event(text)
@@ -402,11 +631,14 @@ class MainWindow(QMainWindow):
         tabs.addTab(guide, "Quick start")
         tabs.addTab(self.serial_tab, "Serial monitor")
         tabs.addTab(self.flash_tab, "Flash firmware")
+        self.wifi_tab = WifiTab(self.serial_tab)
+        tabs.addTab(self.wifi_tab, "Wi-Fi (USB)")
         self.sd_tab = SdTab(self.serial_tab)
         tabs.addTab(self.sd_tab, "SD card")
         self.setCentralWidget(tabs)
         settings_menu = self.menuBar().addMenu("Settings")
         settings_menu.addAction("Service system address...", self._edit_service_base)
+        settings_menu.addAction("InfluxDB access...", self._edit_influx)
 
     def _edit_service_base(self) -> None:
         st = self.serial_tab
@@ -419,6 +651,39 @@ class MainWindow(QMainWindow):
         elif ok:
             QMessageBox.warning(self, "Service system address", "The address must start with https://")
 
+    def _edit_influx(self) -> None:
+        st = self.serial_tab._settings
+        dlg = QDialog(self)
+        dlg.setWindowTitle("InfluxDB access")
+        form = QFormLayout(dlg)
+        form.addRow(QLabel("Used by the check 'Sensor data in the database'. Ask the firmware team for a "
+                           "<b>read-only</b> token for the bucket.", wordWrap=True))
+        url = QLineEdit(str(st.value("influx/url", influx.DEFAULT_URL)))
+        org = QLineEdit(str(st.value("influx/org", influx.DEFAULT_ORG)))
+        bucket = QLineEdit(str(st.value("influx/bucket", influx.DEFAULT_BUCKET)))
+        token = QLineEdit(echoMode=QLineEdit.EchoMode.Password)
+        token.setPlaceholderText("stored - leave empty to keep" if st.value("influx/token", "")
+                                 else "paste the read token")
+        clear = QCheckBox("Remove the stored token")
+        for label, w in (("Address", url), ("Organisation", org), ("Bucket", bucket), ("Token", token), ("", clear)):
+            form.addRow(label, w)
+        buttons = QDialogButtonBox(QDialogButtonBox.StandardButton.Ok | QDialogButtonBox.StandardButton.Cancel)
+        buttons.accepted.connect(dlg.accept)
+        buttons.rejected.connect(dlg.reject)
+        form.addRow(buttons)
+        if dlg.exec() != QDialog.DialogCode.Accepted:
+            return
+        if not url.text().strip().startswith("https://"):
+            QMessageBox.warning(self, "InfluxDB access", "The address must start with https://")
+            return
+        st.setValue("influx/url", url.text().strip())
+        st.setValue("influx/org", org.text().strip() or influx.DEFAULT_ORG)
+        st.setValue("influx/bucket", bucket.text().strip() or influx.DEFAULT_BUCKET)
+        if clear.isChecked():
+            st.remove("influx/token")
+        elif token.text().strip():
+            st.setValue("influx/token", token.text().strip())
+
     def closeEvent(self, event):  # noqa: N802 (Qt naming)
         self.serial_tab.shutdown()
         super().closeEvent(event)

kota_tech/ui/wifi_tab.py

@@ -0,0 +1,207 @@
+"""Wi-Fi over USB: read / write / remove the box's Wi-Fi without opening the case.
+
+Needs firmware with the USB console (usb_console, api=1). The job itself is
+serialio.commands.WifiFlow; this tab only collects the input and shows the
+steps. Lines arrive from the Serial monitor's connection (one port owner).
+"""
+
+from __future__ import annotations
+
+from PySide6.QtCore import Qt, QTimer
+from PySide6.QtWidgets import (
+    QCheckBox,
+    QFormLayout,
+    QGroupBox,
+    QHBoxLayout,
+    QLabel,
+    QLineEdit,
+    QListWidget,
+    QListWidgetItem,
+    QMessageBox,
+    QPushButton,
+    QVBoxLayout,
+    QWidget,
+)
+from PySide6.QtGui import QBrush, QColor
+
+from ..core.logline import LogLine
+from ..serialio.commands import FlowEvent, WifiFlow, validate_wifi
+
+INTRO = (
+    "Stores the Wi-Fi name and password on the box's SD card over the USB cable - <b>no need to open the "
+    "case</b>. The box then restarts and uses this network instead of Matter. Needs firmware with USB commands "
+    "(<i>Flash firmware</i> tab, newest file). Only 2.4 GHz networks with a password (8-63 characters)."
+)
+MARK = {True: ("✔", "#1b7a33"), False: ("✖", "#b03a2e"), None: ("…", "#2e6da4")}
+
+
+class WifiTab(QWidget):
+    def __init__(self, serial_tab, parent: QWidget | None = None):
+        super().__init__(parent)
+        self.serial_tab = serial_tab
+        self._flow: WifiFlow | None = None
+
+        intro = QLabel(INTRO, wordWrap=True)
+
+        # 1. box
+        box = QGroupBox("1. Sensorbox")
+        self.box_state = QLabel(wordWrap=True)
+        self.connect_btn = QPushButton("Connect to the box")
+        self.connect_btn.clicked.connect(self._connect)
+        self.read_btn = QPushButton("Read current Wi-Fi settings")
+        self.read_btn.clicked.connect(lambda: self._run("read"))
+        bl = QVBoxLayout(box)
+        bl.addWidget(self.box_state)
+        brow = QHBoxLayout()
+        brow.addWidget(self.connect_btn)
+        brow.addWidget(self.read_btn)
+        brow.addStretch(1)
+        bl.addLayout(brow)
+
+        # 2. network
+        net = QGroupBox("2. Wi-Fi network for this box")
+        self.ssid = QLineEdit(placeholderText="network name (SSID), exactly as on the router")
+        self.password = QLineEdit(placeholderText="8-63 characters")
+        self.password.setEchoMode(QLineEdit.EchoMode.Password)
+        show = QCheckBox("Show password")
+        show.toggled.connect(lambda on: self.password.setEchoMode(
+            QLineEdit.EchoMode.Normal if on else QLineEdit.EchoMode.Password))
+        form = QFormLayout()
+        form.addRow("Network (SSID)", self.ssid)
+        prow = QHBoxLayout()
+        prow.addWidget(self.password, 1)
+        prow.addWidget(show)
+        form.addRow("Password", prow)
+        self.input_problem = QLabel(wordWrap=True)
+        self.input_problem.setStyleSheet("color:#b03a2e")
+        self.write_btn = QPushButton("Write to the box and connect")
+        self.write_btn.setMinimumHeight(34)
+        self.write_btn.clicked.connect(lambda: self._run("set"))
+        self.clear_btn = QPushButton("Remove Wi-Fi (back to Matter)")
+        self.clear_btn.clicked.connect(self._clear)
+        nl = QVBoxLayout(net)
+        nl.addLayout(form)
+        nl.addWidget(self.input_problem)
+        arow = QHBoxLayout()
+        arow.addWidget(self.write_btn)
+        arow.addWidget(self.clear_btn)
+        arow.addStretch(1)
+        nl.addLayout(arow)
+
+        # 3. progress
+        prog = QGroupBox("3. Progress")
+        self.steps = QListWidget()
+        self.steps.setSelectionMode(QListWidget.SelectionMode.NoSelection)
+        self.result = QLabel(wordWrap=True)
+        self.result.setMargin(8)
+        self.result.setVisible(False)
+        self.cancel_btn = QPushButton("Cancel")
+        self.cancel_btn.clicked.connect(self._cancel)
+        pl = QVBoxLayout(prog)
+        pl.addWidget(self.steps)
+        pl.addWidget(self.result)
+        pl.addWidget(self.cancel_btn, 0, Qt.AlignmentFlag.AlignLeft)
+
+        lay = QVBoxLayout(self)
+        lay.addWidget(intro)
+        lay.addWidget(box)
+        lay.addWidget(net)
+        lay.addWidget(prog, 1)
+
+        serial_tab.add_line_listener(self._on_line)
+        for w in (self.ssid, self.password):
+            w.textChanged.connect(self._update)
+        self._timer = QTimer(self, interval=500)
+        self._timer.timeout.connect(self._tick)
+        self._timer.start()
+        self._update()
+
+    # ------------------------------------------------------------ state
+    def showEvent(self, event):  # noqa: N802 - refresh when the tab is opened
+        self._update()
+        super().showEvent(event)
+
+    def _update(self) -> None:
+        connected = self.serial_tab.is_connected
+        busy = self._flow is not None and not self._flow.finished
+        port = self.serial_tab.active_port
+        eng = self.serial_tab.engine
+        if connected and port:
+            fw = eng.firmware.describe() if eng.firmware.elf_sha else "firmware not identified yet"
+            api = {None: "", 1: " - USB commands supported"}.get(eng.console_api, f" - USB commands api {eng.console_api}")
+            self.box_state.setText(f"Connected: <b>{port.label}</b><br><small>{fw}{api}</small>")
+        elif self.serial_tab.active_port:
+            self.box_state.setText("Waiting for the box... (it may be restarting)")
+        else:
+            self.box_state.setText("Not connected. Plug in the sensorbox (native USB) and press "
+                                   "<b>Connect to the box</b>.")
+        problems = validate_wifi(self.ssid.text(), self.password.text())
+        typed = bool(self.ssid.text() or self.password.text())
+        self.input_problem.setText(" ".join(problems) if typed else "")
+        self.connect_btn.setVisible(not self.serial_tab.active_port)
+        for w in (self.read_btn, self.clear_btn):
+            w.setEnabled(connected and not busy)
+        self.write_btn.setEnabled(connected and not busy and not problems)
+        self.ssid.setEnabled(not busy)
+        self.password.setEnabled(not busy)
+        self.cancel_btn.setVisible(busy)
+
+    def _tick(self) -> None:
+        if self._flow is not None:
+            self._flow.tick()
+        self._update()
+
+    # ------------------------------------------------------------ actions
+    def _connect(self) -> None:
+        if not self.serial_tab.connect_first_box():
+            QMessageBox.information(self, "Wi-Fi over USB", "No sensorbox found. Check the USB cable (data-capable) "
+                                    "and that the box is powered, then try again.")
+        self._update()
+
+    def _clear(self) -> None:
+        if QMessageBox.question(
+                self, "Remove Wi-Fi",
+                "Remove the Wi-Fi network from the box?\n\nThe box restarts and uses Matter again. If it was never "
+                "paired in Matter, it has no network until you pair it in the Matter app.",
+                QMessageBox.StandardButton.Yes | QMessageBox.StandardButton.No) == QMessageBox.StandardButton.Yes:
+            self._run("clear")
+
+    def _run(self, action: str) -> None:
+        if action == "set" and QMessageBox.question(
+                self, "Write Wi-Fi",
+                f"Store network '{self.ssid.text()}' on the box?\n\nThe box restarts and connects to this Wi-Fi "
+                "instead of Matter (about 30 s).",
+                QMessageBox.StandardButton.Yes | QMessageBox.StandardButton.No) != QMessageBox.StandardButton.Yes:
+            return
+        self.steps.clear()
+        self.result.setVisible(False)
+        self._flow = WifiFlow(action, self.serial_tab.send_command, self._on_event,
+                              ssid=self.ssid.text(), password=self.password.text())
+        self._flow.start()
+        self._update()
+
+    def _cancel(self) -> None:
+        if self._flow is not None:
+            self._flow.cancel()
+        self._update()
+
+    # ------------------------------------------------------------ events
+    def _on_line(self, line: LogLine) -> None:
+        if self._flow is not None:
+            self._flow.feed(line)
+
+    def _on_event(self, ev: FlowEvent) -> None:
+        mark, colour = MARK[ev.ok]
+        item = QListWidgetItem(f"{mark}  {ev.text}")
+        item.setForeground(QBrush(QColor(colour)))
+        self.steps.addItem(item)
+        self.steps.scrollToBottom()
+        if self._flow is not None and self._flow.finished or ev.ok is False:
+            ok = ev.ok is True
+            border, bg = ("#2e9e44", "#e3f4e7") if ok else ("#d9534f", "#f9e0df")
+            self.result.setStyleSheet(f"QLabel {{ border:2px solid {border}; background:{bg}; border-radius:6px; }}")
+            self.result.setText(("<b>Done.</b> " if ok else "<b>Not done.</b> ") + ev.text)
+            self.result.setVisible(True)
+            if ok and self._flow and self._flow.info and self._flow.info.ssid and not self.ssid.text():
+                self.ssid.setText(self._flow.info.ssid)       # read: prefill the stored network name
+        self._update()

tests/fixtures/live_boot_14C19F577248_v13_usb_console.txt

@@ -0,0 +1,973 @@
+--- connected to COM14 ---
+W (9426) wifi:Haven't to connect to a suitable AP now!
+--- reset issued by tool ---
+ESP-ROM:esp32s3-20210327
+Build:Mar 27 2021
+rst:0x15 (USB_UART_CHIP_RESET),boot:0xb (SPI_FAST_FLASH_BOOT)
+Saved PC:0x4037f366
+SPIWP:0xee
+mode:DIO, clock div:1
+load:0x3fce2820,len:0x14f0
+load:0x403c8700,len:0xd24
+load:0x403cb700,len:0x2f48
+entry 0x403c8924
+I (24) boot: ESP-IDF v5.5.3-dirty 2nd stage bootloader
+I (24) boot: compile time Sep 10 2026 13:24:39
+I (25) boot: Multicore bootloader
+I (25) boot: chip revision: v0.2
+I (28) boot: efuse block revision: v1.4
+I (32) boot.esp32s3: Boot SPI Speed : 80MHz
+I (35) boot.esp32s3: SPI Mode       : DIO
+I (39) boot.esp32s3: SPI Flash Size : 8MB
+I (43) boot: Enabling RNG early entropy source...
+I (48) boot: Partition Table:
+I (50) boot: ## Label            Usage          Type ST Offset   Length
+I (56) boot:  0 esp_secure_cert  unknown          3f 06 0000d000 00002000
+I (63) boot:  1 nvs              WiFi data        01 02 00010000 00020000
+I (69) boot:  2 nvs_keys         NVS keys         01 04 00030000 00001000
+I (76) boot:  3 otadata          OTA data         01 00 00031000 00002000
+I (82) boot:  4 phy_init         RF data          01 01 00033000 00001000
+I (89) boot:  5 ota_0            OTA app          00 10 00040000 00300000
+I (95) boot:  6 ota_1            OTA app          00 11 00340000 00300000
+I (102) boot:  7 fctry            WiFi data        01 02 00640000 00006000
+I (109) boot: End of partition table
+I (112) esp_image: segment 0: paddr=00040020 vaddr=3c190020 size=67420h (422944) map
+I (194) esp_image: segment 1: paddr=000a7448 vaddr=3fc9c700 size=05d00h ( 23808) load
+I (200) esp_image: segment 2: paddr=000ad150 vaddr=40374000 size=02ec8h ( 11976) load
+I (203) esp_image: segment 3: paddr=000b0020 vaddr=42000020 size=187370h (1602416) map
+I (488) esp_image: segment 4: paddr=00237398 vaddr=40376ec8 size=1580ch ( 88076) load
+I (507) esp_image: segment 5: paddr=0024cbac vaddr=5000002c size=00020h (    32) load
+I (517) boot: Loaded app from partition at offset 0x40000
+I (518) boot: Disabling RNG early entropy source...
+I (528) octal_psram: vendor id    : 0x0d (AP)
+I (528) octal_psram: dev id       : 0x02 (generation 3)
+I (529) octal_psram: density      : 0x03 (64 Mbit)
+I (530) octal_psram: good-die     : 0x01 (Pass)
+I (535) octal_psram: Latency      : 0x01 (Fixed)
+I (539) octal_psram: VCC          : 0x01 (3V)
+I (543) octal_psram: SRF          : 0x01 (Fast Refresh)
+I (548) octal_psram: BurstType    : 0x01 (Hybrid Wrap)
+I (553) octal_psram: BurstLen     : 0x01 (32 Byte)
+I (557) octal_psram: Readlatency  : 0x02 (10 cycles@Fixed)
+I (562) octal_psram: DriveStrength: 0x00 (1/1)
+I (567) esp_psram: Found 8MB PSRAM device
+I (570) esp_psram: Speed: 40MHz
+I (573) cpu_start: Multicore app
+I (1307) esp_psram: SPI SRAM memory test OK
+I (1315) cpu_start: GPIO 44 and 43 are used as console UART I/O pins
+I (1316) cpu_start: Pro cpu start user code
+I (1316) cpu_start: cpu freq: 160000000 Hz
+I (1318) app_init: Application information:
+I (1322) app_init: Project name:     kota-sensorboard
+I (1327) app_init: App version:      1.0.16
+I (1331) app_init: Compile time:     Sep 28 2026 15:07:57
+I (1336) app_init: ELF file SHA256:  3ae273ec1...
+I (1340) app_init: ESP-IDF:          v5.5.3-dirty
+I (1345) efuse_init: Min chip rev:     v0.0
+I (1348) efuse_init: Max chip rev:     v0.99
+I (1353) efuse_init: Chip rev:         v0.2
+I (1357) heap_init: Initializing. RAM available for dynamic allocation:
+I (1363) heap_init: At 3FCB4AD0 len 00034C40 (211 KiB): RAM
+I (1368) heap_init: At 3FCE9710 len 00005724 (21 KiB): RAM
+I (1373) heap_init: At 3FCF0000 len 00008000 (32 KiB): DRAM
+I (1379) heap_init: At 600FE000 len 00001FE8 (7 KiB): RTCRAM
+I (1384) esp_psram: Adding pool of 8192K of PSRAM memory to heap allocator
+I (1392) spi_flash: detected chip: generic
+I (1394) spi_flash: flash io: dio
+I (1400) sleep_gpio: Configure to isolate all GPIO pins in sleep state
+I (1404) sleep_gpio: Enable automatic switching of GPIO sleep configuration
+I (1419) main_task: Started on CPU0
+I (1422) esp_psram: Reserving pool of 32K of internal memory for DMA/internal allocations
+I (1430) main_task: Calling app_main()
+E (1433) ID: [E-MAIN-04] Device MAC address: 14:C1:9F:57:72:48
+I (1475) KOTA: led color=green pattern=solid
+I (1676) I2C: Creating I2C mutex
+I (1694) KOTA: i2c SDA=1 SCL=1 0x39=AS7341 0x68=DS1307 0x6B=SEN66 0x76=BME688
+I (1696) OTA_CLIENT: OTA token loaded from NVS: <REDACTED>
+I (1698) OTA_CLIENT: Device is not in selfcheck mode
+I (1702) OTA_CLIENT: Update metadata loaded from NVS: version=15, status=2
+I (1707) OTA_CLIENT: Device is in factory state
+I (1711) SPI: Creating SPI mutex
+I (1755) SD_CARD: SD card mounted successfully
+I (1756) SD_CARD: /sdcard exists, SD card initialized successfully
+I (1758) INFLUX_BUFFER: Buffer file does not exist, returning count of 0
+I (1763) KOTA: sd type=SDHC size=29.2GB fs=FAT32 free=29.1GB env_keys=INFLUX_TOKEN,INFLUX_URL buffer_lines=0
+I (1774) WIFI_CREDENTIALS: SSID/PASSWORD not set in .env; Matter will be used for WiFi provisioning
+I (1785) MAIN: Matter node created successfully
+W (1787) data_model: Server Cluster 0x00000003 on endpoint 0x0001 already exists. Not creating again.
+W (1793) data_model: Attribute 0x0000FFFC on cluster 0x00000003 already exists. Not creating again.
+W (1802) data_model: Attribute 0x0000FFFD on cluster 0x00000003 already exists. Not creating again.
+W (1811) data_model: Attribute 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+W (1819) data_model: Attribute 0x00000001 on cluster 0x00000003 already exists. Not creating again.
+W (1828) data_model: Command 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+W (1837) data_model: Server Cluster 0x00000003 on endpoint 0x0001 already exists. Not creating again.
+W (1846) data_model: Attribute 0x0000FFFC on cluster 0x00000003 already exists. Not creating again.
+W (1854) data_model: Attribute 0x0000FFFD on cluster 0x00000003 already exists. Not creating again.
+W (1863) data_model: Attribute 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+W (1872) data_model: Attribute 0x00000001 on cluster 0x00000003 already exists. Not creating again.
+W (1881) data_model: Command 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+W (1890) data_model: Server Cluster 0x00000003 on endpoint 0x0001 already exists. Not creating again.
+W (1898) data_model: Attribute 0x0000FFFC on cluster 0x00000003 already exists. Not creating again.
+W (1907) data_model: Attribute 0x0000FFFD on cluster 0x00000003 already exists. Not creating again.
+W (1916) data_model: Attribute 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+W (1925) data_model: Attribute 0x00000001 on cluster 0x00000003 already exists. Not creating again.
+W (1933) data_model: Command 0x00000000 on cluster 0x00000003 already exists. Not creating again.
+I (1944) pp: pp rom version: e7ae62f
+I (1945) net80211: net80211 rom version: e7ae62f
+I (1951) wifi:wifi driver task: 3fcc9610, prio:23, stack:6656, core=0
+I (1969) wifi:wifi firmware version: 4df78f2
+I (1970) wifi:wifi certification version: v7.0
+I (1971) wifi:config NVS flash: enabled
+I (1971) wifi:config nano formatting: disabled
+I (1975) wifi:Init data frame dynamic rx buffer num: 32
+I (1980) wifi:Init static rx mgmt buffer num: 5
+I (1984) wifi:Init management short buffer num: 32
+I (1988) wifi:Init dynamic tx buffer num: 32
+I (1992) wifi:Init static tx FG buffer num: 2
+I (1997) wifi:Init static rx buffer size: 1600
+I (2001) wifi:Init static rx buffer num: 10
+I (2004) wifi:Init dynamic rx buffer num: 32
+I (2009) wifi_init: rx ba win: 6
+I (2011) wifi_init: accept mbox: 6
+I (2014) wifi_init: tcpip mbox: 32
+I (2018) wifi_init: udp mbox: 6
+I (2020) wifi_init: tcp mbox: 6
+I (2023) wifi_init: tcp tx win: 5760
+I (2027) wifi_init: tcp rx win: 5760
+I (2030) wifi_init: tcp mss: 1440
+I (2045) chip[DL]: NVS set: chip-counters/reboot-count = 13 (0xD)
+I (2048) chip[DL]: Real time clock set to 946684800 (2000-01-01 00:00:00 UTC)
+I (2050) BLE_INIT: BT controller compile version [1bb2f50]
+I (2053) BLE_INIT: Using main XTAL as clock source
+I (2058) BLE_INIT: Feature Config, ADV:1, BLE_50:1, DTM:1, SCAN:1, CCA:0, SMP:1, CONNECT:1
+I (2067) BLE_INIT: Bluetooth MAC: 14:c1:9f:57:72:4a
+I (2072) phy_init: phy_version 711,97bcf0a2,Aug 25 2025,19:04:10
+I (2119) NimBLE: GAP procedure initiated: stop advertising.
+
+I (2122) CHIP[DL]: BLE host-controller synced
+I (2623) chip[DL]: Starting ESP WiFi layer
+I (2626) wifi:mode : sta (14:c1:9f:57:72:48)
+I (2627) wifi:enable tsf
+W (2628) wifi:Haven't to connect to a suitable AP now!
+I (2629) chip[DL]:
+I (2629) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 43Attempting to connect WiFi station interface
+
+I (2641) chip[DL]: WiFi station state change: NotConnected -> Connecting
+I (2642) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 2
+I (2647) chip[DL]:
+Done driving station state, nothing else to do...
+I (2659) chip[SVR]: Initializing subscription resumption storage...
+I (2666) chip[SVR]: Server initializing...
+I (2669) chip[TS]: Last Known Good Time: 2026-09-29T14:59:23
+I (2674) chip[DMG]: AccessControl: initializing
+I (2678) chip[DMG]: Examples::AccessControlDelegate::Init
+I (2683) chip[DMG]: AccessControl: setting
+I (2687) chip[DMG]: DefaultAclStorage: initializing
+I (2691) chip[DMG]: DefaultAclStorage: 0 entries loaded
+I (2696) chip[SVR]: WARNING: mTestEventTriggerDelegate is null
+I (2715) chip[ZCL]: Using ZAP configuration...
+I (2716) esp_matter_cluster: Cluster plugin init common callback
+I (2718) chip[DMG]: AccessControlCluster: initializing
+I (2720) chip[ZCL]: WRITE ERR: ep 0 clus 0x0000_0030 attr 0x0000_0000 not supported
+I (2730) chip[DIS]: Updating services using commissioning mode 1
+I (2733) chip[DIS]: CHIP minimal mDNS started advertising.
+I (2739) chip[DIS]: Advertise commission parameter vendorID=65521 productID=32768 discriminator=3840/15 cm=1 cp=0
+I (2749) chip[DIS]: CHIP minimal mDNS configured as 'Commissionable node device'; instance name: 995B80B34BC8AAD9.
+I (2758) chip[DIS]: mDNS service published: _matterc._udp
+I (2763) chip[IN]: CASE Server enabling CASE session setups
+I (2769) chip[SVR]: Joining Multicast groups
+I (2772) chip[SVR]: Server Listening...
+I (2778) esp_matter_attribute: ********** R : Endpoint 0x0000's Cluster 0x0000003C's Attribute 0x0000FFFC is 0 **********
+I (2788) data_model: Dynamic endpoint 0 added
+E (2790) data_model: Cluster cannot be NULL.
+I (2795) esp_matter_attribute: ********** R : Endpoint 0x0001's Cluster 0x00000003's Attribute 0x00000001 is 2 **********
+I (2806) data_model: Dynamic endpoint 1 added
+E (2809) data_model: Cluster cannot be NULL.
+I (2815) chip[DL]:
+I (2815) MAIN: ESP-Matter started successfully
+WIFI_EVENT_STA_START
+W (2821) wifi:Haven't to connect to a suitable AP now!
+I (2826) chip[DL]: Attempting to connect WiFi station interface
+E (2832) wifi:sta is connecting, return error
+E (2836) chip[DL]: esp_wifi_connect() failed: ESP_ERR_WIFI_CONN
+I (2842) KOTA: boot fw=1.0.16 build=3ae273ec hw=2 mac=14C19F577248 reset=USB_UART_CHIP_RESET mode=matter commissioned=0 last_restart=none
+I (2843) chip[DL]: Configuring CHIPoBLE advertising (interval 25 ms, connectable)
+I (2861) NimBLE: GAP procedure initiated: advertise;
+I (2865) NimBLE: disc_mode=2
+I (2867) NimBLE:  adv_channel_map=0 own_addr_type=1 adv_filter_policy=0 adv_itvl_min=40 adv_itvl_max=40
+I (2877) NimBLE:
+
+I (2880) chip[DL]: CHIPoBLE advertising started
+I (2883) MAIN: Commissioning window opened
+I (2888) KOTA: matter fabrics=0 window=open qr=MT:Y.K9042C00KA0648G00 manual=34970112332
+I (2896) KOTA: led color=cyan pattern=breathe period=3000ms
+I (2901) KOTA: matter fabrics=0 window=open qr=MT:Y.K9042C00KA0648G00 manual=34970112332
+W (2909) wifi:Haven't to connect to a suitable AP now!
+I (2908) KOTA: health up=1s status=OK wifi=disconnected rssi=0 time_valid=0 sd=ok buffer=0 heap=117491 psram=7.9M last_upload=never ota=registered
+W (3401) wifi:Haven't to connect to a suitable AP now!
+I (3910) KOTA: rtc running=0 time=2000-01-01T00:00:00
+W (4402) wifi:Haven't to connect to a suitable AP now!
+W (5403) wifi:Haven't to connect to a suitable AP now!
+W (6404) wifi:Haven't to connect to a suitable AP now!
+I (7219) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (7222) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (7223) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (7226) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (7233) wifi:Haven't to connect to a suitable AP now!
+E (7238) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (7248) wifi:Haven't to connect to a suitable AP now!
+I (7252) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (7259) wifi:Haven't to connect to a suitable AP now!
+E (7264) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (7273) chip[DL]: Next WiFi station reconnect in 100 ms
+I (7278) chip[DL]: Done driving station state, nothing else to do...
+W (7379) wifi:Haven't to connect to a suitable AP now!
+I (7380) chip[DL]: Attempting to connect WiFi station interface
+I (7383) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (7386) wifi:Haven't to connect to a suitable AP now!
+E (7391) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (7400) chip[DL]: Done driving station state, nothing else to do...
+W (7405) wifi:Haven't to connect to a suitable AP now!
+W (8411) wifi:Haven't to connect to a suitable AP now!
+W (9415) wifi:Haven't to connect to a suitable AP now!
+W (10417) wifi:Haven't to connect to a suitable AP now!
+W (11419) wifi:Haven't to connect to a suitable AP now!
+I (12201) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (12204) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (12205) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (12208) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (12215) wifi:Haven't to connect to a suitable AP now!
+E (12220) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (12230) wifi:Haven't to connect to a suitable AP now!
+I (12234) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (12242) wifi:Haven't to connect to a suitable AP now!
+E (12247) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (12256) chip[DL]: Next WiFi station reconnect in 100 ms
+I (12261) chip[DL]: Done driving station state, nothing else to do...
+W (12361) wifi:Haven't to connect to a suitable AP now!
+I (12362) chip[DL]: Attempting to connect WiFi station interface
+I (12366) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (12368) wifi:Haven't to connect to a suitable AP now!
+E (12373) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (12383) chip[DL]: Done driving station state, nothing else to do...
+W (12427) wifi:Haven't to connect to a suitable AP now!
+W (13428) wifi:Haven't to connect to a suitable AP now!
+I (13912) INFLUX_BUFFER: Read INFLUX_URL from .env file: https://influx.kota-app.com/api/v2/write?bucket=sensorbox&org=kota
+I (13917) INFLUX_BUFFER: Buffer file does not exist, returning count of 0
+W (13920) INFLUX: Initializing Influx client with URL: https://influx.kota-app.com/api/v2/write?bucket=sensorbox&org=kota
+I (13943) BME688: Delaying for 10000 microseconds
+W (14430) wifi:Haven't to connect to a suitable AP now!
+I (14563) KOTA: mic enabled=1 (GPIO3=0, expected 0)
+I (14566) Flicker: Flicker sensor initialized on pin 14
+I (14567) temperature_sensor: Range [20°C ~ 100°C], error < 2°C
+I (14569) SENSOR_GATHERER: Resumed 2 tasks to gather sensor data
+W (14573) wifi:
+I (14569) SENSOR_GATHERER: Resumed 4 tasks to gather sensor data
+Haven't to connect to a suitable AP now!
+I (14570) SEN66: Creating sensor mutex
+I (14572) Flicker: Collecting 1024 samples at 1000 Hz for dominant frequency analysis for total measurement window of 1000 ms
+I (14600) Flicker: Starting to collect samples in gather task
+I (14585) DeviceStatus: Active tasks: 27
+I (14588) SEN66: Waking up sensor by setting power GPIO to enabled level...
+I (14570) INFLUX_BUFFER: Buffer file does not exist, returning empty buffer
+I (14622) INFLUX_BUFFER: Buffer is empty, nothing to flush
+I (14613) DeviceStatus: Task list:
+gather_sensor_t	R	1	1920	25
+gather_sensor_t	X	1	1368	23
+IDLE1          	R	0	700	6
+IDLE0          	R	0	692	5
+gather_sensor_t	B	1	2556	22
+reset_task     	B	0	3356	10
+ds1307_update  	B	1	776	18
+tiT            	B	18	2420	12
+gather_task    	B	1	1916	20
+gather_task    	B	1	14288	21
+ota_task       	B	1	7516	19
+CHIP           	B	1	3700	14
+health         	B	1	728	17
+Tmr Svc        	B	1	1364	7
+led_task       	B	5	868	8
+nimble_host    	B	21	1348	16
+ipc0           	S	24	372	1
+ipc1           	S	24	524	2
+sys_evt        	B	20	2676	11
+gather_sensor_t	B	1	3180	26
+esp_timer      	S	22	3044	3
+gather_sensor_t	B	1	2324	24
+main           	B	1	892	4
+gather_sensor_t	S	1	1480	27
+wifi           	B	23	3796	13
+btController   	B	23	1864	15
+flicker_gather_	S	24	1988	28
+usb_console    	B	1	2840	9
+
+W (14702) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (15433) wifi:Haven't to connect to a suitable AP now!
+I (15630) Flicker: Finished collecting samples, notifying main task
+I (15632) Flicker: Collected 1024 samples for dominant frequency analysis
+I (15639) SENSOR_GATHERER: Sensor should now be asleep
+W (15650) AS7341: Reading spectral data from AS7341
+I (15659) BME688: Delaying for 199517 microseconds
+W (15710) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (15958) AS7341: Reading basic counts data from AS7341
+W (15974) AS7341: Reading flicker detection state from AS7341
+W (16194) as7341: FD Status Register:  0x20 (0b00100000)
+I (16201) AS7341: Updating Matter attributes with AS7341 data: 10474
+I (16202) esp_matter_attribute: ********** R : Endpoint 0x0001's Cluster 0x00000400's Attribute 0x00000000 is 0 **********
+I (16208) esp_matter_attribute: ********** W : Endpoint 0x0001's Cluster 0x00000400's Attribute 0x00000000 is 10474 **********
+E (16219) MAIN: [E-MAIN-03] Attribute update callback: endpoint_id: 1, cluster_id: 0x400, attribute_id: 0x0
+E (16229) MAIN: [E-MAIN-03] Attribute update callback: endpoint_id: 1, cluster_id: 0x400, attribute_id: 0x0
+W (16238) AS7341: RTC is uninitialized, using current time as timestamp
+I (16241) esp_matter_attribute: ********** R : Endpoint 0x0001's Cluster 0x00000403's Attribute 0x00000000 is null **********
+I (16256) esp_matter_attribute: ********** W : Endpoint 0x0001's Cluster 0x00000403's Attribute 0x00000000 is 1021 **********
+E (16267) MAIN: [E-MAIN-03] Attribute update callback: endpoint_id: 1, cluster_id: 0x403, attribute_id: 0x0
+E (16276) MAIN: [E-MAIN-03] Attribute update callback: endpoint_id: 1, cluster_id: 0x403, attribute_id: 0x0
+W (16286) BME688: RTC is uninitialized, using current time as timestamp
+W (16434) wifi:Haven't to connect to a suitable AP now!
+W (16711) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (17183) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (17186) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (17187) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (17190) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (17198) wifi:Haven't to connect to a suitable AP now!
+E (17203) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (17212) wifi:Haven't to connect to a suitable AP now!
+I (17217) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (17224) wifi:Haven't to connect to a suitable AP now!
+E (17229) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (17239) chip[DL]: Next WiFi station reconnect in 100 ms
+I (17243) chip[DL]: Done driving station state, nothing else to do...
+W (17244) AS7341: RTC is uninitialized, using current time as timestamp
+W (17291) BME688: RTC is uninitialized, using current time as timestamp
+W (17344) wifi:Haven't to connect to a suitable AP now!
+I (17346) chip[DL]: Attempting to connect WiFi station interface
+I (17349) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (17351) wifi:Haven't to connect to a suitable AP now!
+E (17356) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (17366) chip[DL]: Done driving station state, nothing else to do...
+W (17437) wifi:Haven't to connect to a suitable AP now!
+W (17712) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (18256) AS7341: RTC is uninitialized, using current time as timestamp
+W (18292) BME688: RTC is uninitialized, using current time as timestamp
+W (18439) wifi:Haven't to connect to a suitable AP now!
+W (18713) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (19257) AS7341: RTC is uninitialized, using current time as timestamp
+W (19293) BME688: RTC is uninitialized, using current time as timestamp
+W (19440) wifi:Haven't to connect to a suitable AP now!
+I (19615) SEN66: Sent start measurement command, waiting for sensor to be ready...
+W (19714) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (19928) KOTA: cmd ping ok=1 fw=1.0.16 api=1
+I (19933) KOTA: cmd wifi_get ok=1 ssid=- password_set=0 mode=matter
+W (20258) AS7341: RTC is uninitialized, using current time as timestamp
+W (20294) BME688: RTC is uninitialized, using current time as timestamp
+W (20441) wifi:Haven't to connect to a suitable AP now!
+W (20715) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (21259) AS7341: RTC is uninitialized, using current time as timestamp
+W (21295) BME688: RTC is uninitialized, using current time as timestamp
+W (21442) wifi:Haven't to connect to a suitable AP now!
+W (21716) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (22166) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (22169) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (22170) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (22173) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (22181) wifi:Haven't to connect to a suitable AP now!
+E (22186) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (22196) wifi:Haven't to connect to a suitable AP now!
+I (22200) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (22207) wifi:Haven't to connect to a suitable AP now!
+E (22212) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (22222) chip[DL]: Next WiFi station reconnect in 100 ms
+I (22226) chip[DL]: Done driving station state, nothing else to do...
+W (22260) AS7341: RTC is uninitialized, using current time as timestamp
+W (22296) BME688: RTC is uninitialized, using current time as timestamp
+W (22327) wifi:Haven't to connect to a suitable AP now!
+I (22328) chip[DL]: Attempting to connect WiFi station interface
+I (22332) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (22334) wifi:Haven't to connect to a suitable AP now!
+E (22340) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (22349) chip[DL]: Done driving station state, nothing else to do...
+W (22446) wifi:Haven't to connect to a suitable AP now!
+I (22574) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (22717) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (23075) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (23261) AS7341: RTC is uninitialized, using current time as timestamp
+W (23297) BME688: RTC is uninitialized, using current time as timestamp
+W (23447) wifi:Haven't to connect to a suitable AP now!
+I (23576) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (23718) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (24077) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (24262) AS7341: RTC is uninitialized, using current time as timestamp
+W (24299) BME688: RTC is uninitialized, using current time as timestamp
+W (24448) wifi:Haven't to connect to a suitable AP now!
+I (24570) OTA_CLIENT: HTTP client handle: 0x3fcf02e4
+I (24578) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (24710) MICROPHONE: Read 600000 bytes in 9940 ms
+I (24712) MICROPHONE: Read 600000 bytes of audio data
+W (24719) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (25079) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (25264) AS7341: RTC is uninitialized, using current time as timestamp
+W (25300) BME688: RTC is uninitialized, using current time as timestamp
+W (25449) wifi:Haven't to connect to a suitable AP now!
+I (25580) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (25720) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (26081) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (26265) AS7341: RTC is uninitialized, using current time as timestamp
+W (26301) BME688: RTC is uninitialized, using current time as timestamp
+W (26450) wifi:Haven't to connect to a suitable AP now!
+I (26582) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (26721) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (27083) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (27150) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (27152) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (27154) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (27157) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (27164) wifi:Haven't to connect to a suitable AP now!
+E (27169) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (27179) wifi:Haven't to connect to a suitable AP now!
+I (27183) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (27190) wifi:Haven't to connect to a suitable AP now!
+E (27196) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (27205) chip[DL]: Next WiFi station reconnect in 100 ms
+I (27209) chip[DL]: Done driving station state, nothing else to do...
+W (27266) AS7341: RTC is uninitialized, using current time as timestamp
+W (27302) BME688: RTC is uninitialized, using current time as timestamp
+W (27310) wifi:Haven't to connect to a suitable AP now!
+I (27311) chip[DL]: Attempting to connect WiFi station interface
+I (27315) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (27318) wifi:Haven't to connect to a suitable AP now!
+E (27323) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (27332) chip[DL]: Done driving station state, nothing else to do...
+W (27456) wifi:Haven't to connect to a suitable AP now!
+I (27584) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (27722) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (28085) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (28160) MICROPHONE: Raw block stats: mean=-17.8 min=-146018 max=134018
+I (28161) MICROPHONE: Sum SQ: 0.578925, RMS pressure: 0.001701, Normalized: 0.001701, dB peak: -55.38
+W (28166) SEN66: RTC is uninitialized, using current time as timestamp
+W (28267) AS7341: RTC is uninitialized, using current time as timestamp
+W (28303) BME688: RTC is uninitialized, using current time as timestamp
+W (28457) wifi:Haven't to connect to a suitable AP now!
+I (28586) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (28723) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (29087) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (29172) SEN66: RTC is uninitialized, using current time as timestamp
+W (29268) AS7341: RTC is uninitialized, using current time as timestamp
+W (29304) BME688: RTC is uninitialized, using current time as timestamp
+W (29458) wifi:Haven't to connect to a suitable AP now!
+I (29588) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (29724) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (30089) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (30173) SEN66: RTC is uninitialized, using current time as timestamp
+W (30269) AS7341: RTC is uninitialized, using current time as timestamp
+W (30305) BME688: RTC is uninitialized, using current time as timestamp
+W (30459) wifi:Haven't to connect to a suitable AP now!
+I (30590) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (30725) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (31091) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (31174) SEN66: RTC is uninitialized, using current time as timestamp
+W (31270) AS7341: RTC is uninitialized, using current time as timestamp
+W (31306) BME688: RTC is uninitialized, using current time as timestamp
+W (31460) wifi:Haven't to connect to a suitable AP now!
+E (31572) esp-tls: couldn't get hostname for :bin.kota-app.com: getaddrinfo() returns 202, addrinfo=0x0
+E (31573) esp-tls: Failed to open new connection
+E (31575) transport_base: Failed to open a new connection
+E (31580) HTTP_CLIENT: Connection failed, sock < 0
+E (31585) OTA_CLIENT: [E-OTA-01] Error ESP_ERR_HTTP_CONNECT at ./main/ota_client.cpp:355
+I (31592) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+E (31593) OTA_CLIENT: [E-OTA-13] Failed to check for updates: ESP_ERR_HTTP_CONNECT
+I (31606) KOTA: status OK -> CONNECTION_ERROR reason=ota_check_failed
+W (31726) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (32098) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (32133) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (32135) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (32137) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (32140) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (32147) wifi:Haven't to connect to a suitable AP now!
+E (32152) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (32162) wifi:Haven't to connect to a suitable AP now!
+I (32166) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (32173) wifi:Haven't to connect to a suitable AP now!
+W (32175) SEN66: RTC is uninitialized, using current time as timestamp
+E (32179) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (32194) chip[DL]: Next WiFi station reconnect in 100 ms
+I (32199) chip[DL]: Done driving station state, nothing else to do...
+W (32271) AS7341: RTC is uninitialized, using current time as timestamp
+W (32300) wifi:Haven't to connect to a suitable AP now!
+I (32301) chip[DL]: Attempting to connect WiFi station interface
+I (32305) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (32307) BME688: RTC is uninitialized, using current time as timestamp
+W (32307) wifi:Haven't to connect to a suitable AP now!
+E (32319) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (32328) chip[DL]: Done driving station state, nothing else to do...
+W (32462) wifi:Haven't to connect to a suitable AP now!
+I (32599) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (32727) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (32730) chip[DL]: bleAdv Timeout : Start slow advertisement
+I (32732) chip[DL]: Configuring CHIPoBLE advertising (interval 500 ms, connectable)
+I (32737) chip[DL]: Device already advertising, stop active advertisement and restart
+I (32744) NimBLE: GAP procedure initiated: stop advertising.
+
+I (32750) NimBLE: GAP procedure initiated: advertise;
+I (32754) NimBLE: disc_mode=2
+I (32756) NimBLE:  adv_channel_map=0 own_addr_type=1 adv_filter_policy=0 adv_itvl_min=800 adv_itvl_max=800
+I (32767) NimBLE:
+
+I (33100) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (33184) SEN66: RTC is uninitialized, using current time as timestamp
+W (33272) AS7341: RTC is uninitialized, using current time as timestamp
+W (33320) BME688: RTC is uninitialized, using current time as timestamp
+W (33463) wifi:Haven't to connect to a suitable AP now!
+I (33601) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (33728) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (34102) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (34185) SEN66: RTC is uninitialized, using current time as timestamp
+W (34274) AS7341: RTC is uninitialized, using current time as timestamp
+W (34321) BME688: RTC is uninitialized, using current time as timestamp
+W (34464) wifi:Haven't to connect to a suitable AP now!
+I (34603) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (34729) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (35104) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (35186) SEN66: RTC is uninitialized, using current time as timestamp
+W (35275) AS7341: RTC is uninitialized, using current time as timestamp
+W (35322) BME688: RTC is uninitialized, using current time as timestamp
+W (35465) wifi:Haven't to connect to a suitable AP now!
+I (35605) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (35730) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (36106) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (36187) SEN66: RTC is uninitialized, using current time as timestamp
+W (36276) AS7341: RTC is uninitialized, using current time as timestamp
+W (36323) BME688: RTC is uninitialized, using current time as timestamp
+W (36466) wifi:Haven't to connect to a suitable AP now!
+I (36607) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (36731) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (37107) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (37122) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (37125) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (37126) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (37129) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (37137) wifi:Haven't to connect to a suitable AP now!
+E (37142) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (37151) wifi:Haven't to connect to a suitable AP now!
+I (37156) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (37163) wifi:Haven't to connect to a suitable AP now!
+E (37168) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (37178) chip[DL]: Next WiFi station reconnect in 100 ms
+I (37182) chip[DL]: Done driving station state, nothing else to do...
+W (37188) SEN66: RTC is uninitialized, using current time as timestamp
+W (37277) AS7341: RTC is uninitialized, using current time as timestamp
+W (37283) wifi:Haven't to connect to a suitable AP now!
+I (37284) chip[DL]: Attempting to connect WiFi station interface
+I (37287) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (37290) wifi:Haven't to connect to a suitable AP now!
+E (37295) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (37305) chip[DL]: Done driving station state, nothing else to do...
+W (37324) BME688: RTC is uninitialized, using current time as timestamp
+W (37468) wifi:Haven't to connect to a suitable AP now!
+I (37608) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (37732) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (38109) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (38195) SEN66: RTC is uninitialized, using current time as timestamp
+W (38278) AS7341: RTC is uninitialized, using current time as timestamp
+W (38325) BME688: RTC is uninitialized, using current time as timestamp
+W (38470) wifi:Haven't to connect to a suitable AP now!
+I (38610) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (38733) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (39111) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (39196) SEN66: RTC is uninitialized, using current time as timestamp
+W (39279) AS7341: RTC is uninitialized, using current time as timestamp
+W (39326) BME688: RTC is uninitialized, using current time as timestamp
+W (39471) wifi:Haven't to connect to a suitable AP now!
+I (39612) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (39736) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (40113) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (40197) SEN66: RTC is uninitialized, using current time as timestamp
+W (40280) AS7341: RTC is uninitialized, using current time as timestamp
+W (40326) BME688: RTC is uninitialized, using current time as timestamp
+W (40473) wifi:Haven't to connect to a suitable AP now!
+I (40614) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (40737) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (41115) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (41198) SEN66: RTC is uninitialized, using current time as timestamp
+W (41281) AS7341: RTC is uninitialized, using current time as timestamp
+W (41327) BME688: RTC is uninitialized, using current time as timestamp
+W (41474) wifi:Haven't to connect to a suitable AP now!
+I (41616) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (41738) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (42105) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (42108) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (42109) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (42112) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+I (42116) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (42120) wifi:Haven't to connect to a suitable AP now!
+E (42130) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (42140) wifi:Haven't to connect to a suitable AP now!
+I (42144) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (42151) wifi:Haven't to connect to a suitable AP now!
+E (42156) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (42166) chip[DL]: Next WiFi station reconnect in 100 ms
+I (42170) chip[DL]: Done driving station state, nothing else to do...
+W (42199) SEN66: RTC is uninitialized, using current time as timestamp
+W (42271) wifi:Haven't to connect to a suitable AP now!
+I (42272) chip[DL]: Attempting to connect WiFi station interface
+I (42275) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (42278) wifi:Haven't to connect to a suitable AP now!
+W (42283) AS7341: RTC is uninitialized, using current time as timestamp
+E (42283) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (42299) chip[DL]: Done driving station state, nothing else to do...
+W (42328) BME688: RTC is uninitialized, using current time as timestamp
+W (42476) wifi:Haven't to connect to a suitable AP now!
+I (42625) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (42739) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (43126) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (43200) SEN66: RTC is uninitialized, using current time as timestamp
+W (43290) AS7341: RTC is uninitialized, using current time as timestamp
+W (43329) BME688: RTC is uninitialized, using current time as timestamp
+W (43482) wifi:Haven't to connect to a suitable AP now!
+I (43627) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (43740) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (44128) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (44201) SEN66: RTC is uninitialized, using current time as timestamp
+W (44291) AS7341: RTC is uninitialized, using current time as timestamp
+W (44330) BME688: RTC is uninitialized, using current time as timestamp
+W (44486) wifi:Haven't to connect to a suitable AP now!
+I (44629) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (44741) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (45130) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (45202) SEN66: RTC is uninitialized, using current time as timestamp
+W (45292) AS7341: RTC is uninitialized, using current time as timestamp
+W (45331) BME688: RTC is uninitialized, using current time as timestamp
+W (45487) wifi:Haven't to connect to a suitable AP now!
+I (45631) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (45742) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (46132) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (46203) SEN66: RTC is uninitialized, using current time as timestamp
+W (46293) AS7341: RTC is uninitialized, using current time as timestamp
+W (46332) BME688: RTC is uninitialized, using current time as timestamp
+W (46488) wifi:Haven't to connect to a suitable AP now!
+I (46633) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (46743) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (47093) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (47095) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (47097) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (47100) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (47107) wifi:Haven't to connect to a suitable AP now!
+E (47112) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (47122) wifi:Haven't to connect to a suitable AP now!
+I (47126) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+I (47134) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (47134) wifi:Haven't to connect to a suitable AP now!
+E (47144) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (47154) chip[DL]: Next WiFi station reconnect in 100 ms
+I (47158) chip[DL]: Done driving station state, nothing else to do...
+W (47204) SEN66: RTC is uninitialized, using current time as timestamp
+W (47259) wifi:Haven't to connect to a suitable AP now!
+I (47260) chip[DL]: Attempting to connect WiFi station interface
+I (47263) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (47266) wifi:Haven't to connect to a suitable AP now!
+E (47271) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (47281) chip[DL]: Done driving station state, nothing else to do...
+W (47294) AS7341: RTC is uninitialized, using current time as timestamp
+W (47333) BME688: RTC is uninitialized, using current time as timestamp
+W (47493) wifi:Haven't to connect to a suitable AP now!
+I (47639) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (47744) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (48140) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (48205) SEN66: RTC is uninitialized, using current time as timestamp
+W (48295) AS7341: RTC is uninitialized, using current time as timestamp
+W (48334) BME688: RTC is uninitialized, using current time as timestamp
+W (48495) wifi:Haven't to connect to a suitable AP now!
+I (48641) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (48747) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (49142) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (49206) SEN66: RTC is uninitialized, using current time as timestamp
+W (49296) AS7341: RTC is uninitialized, using current time as timestamp
+W (49335) BME688: RTC is uninitialized, using current time as timestamp
+W (49496) wifi:Haven't to connect to a suitable AP now!
+I (49643) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (49748) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (50144) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (50207) SEN66: RTC is uninitialized, using current time as timestamp
+W (50297) AS7341: RTC is uninitialized, using current time as timestamp
+W (50336) BME688: RTC is uninitialized, using current time as timestamp
+W (50498) wifi:Haven't to connect to a suitable AP now!
+I (50645) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (50749) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (51146) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (51208) SEN66: RTC is uninitialized, using current time as timestamp
+W (51298) AS7341: RTC is uninitialized, using current time as timestamp
+W (51337) BME688: RTC is uninitialized, using current time as timestamp
+W (51500) wifi:Haven't to connect to a suitable AP now!
+I (51647) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (51750) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (52081) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (52084) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (52085) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (52088) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (52096) wifi:Haven't to connect to a suitable AP now!
+E (52100) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (52110) wifi:Haven't to connect to a suitable AP now!
+I (52115) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (52122) wifi:Haven't to connect to a suitable AP now!
+E (52127) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (52136) chip[DL]: Next WiFi station reconnect in 100 ms
+I (52141) chip[DL]: Done driving station state, nothing else to do...
+I (52148) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (52209) SEN66: RTC is uninitialized, using current time as timestamp
+W (52242) wifi:Haven't to connect to a suitable AP now!
+I (52243) chip[DL]: Attempting to connect WiFi station interface
+I (52246) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (52249) wifi:Haven't to connect to a suitable AP now!
+E (52254) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (52264) chip[DL]: Done driving station state, nothing else to do...
+W (52299) AS7341: RTC is uninitialized, using current time as timestamp
+W (52338) BME688: RTC is uninitialized, using current time as timestamp
+W (52508) wifi:Haven't to connect to a suitable AP now!
+I (52653) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (52751) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (53154) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (53210) SEN66: RTC is uninitialized, using current time as timestamp
+W (53300) AS7341: RTC is uninitialized, using current time as timestamp
+W (53339) BME688: RTC is uninitialized, using current time as timestamp
+W (53509) wifi:Haven't to connect to a suitable AP now!
+I (53655) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (53752) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (54156) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (54212) SEN66: RTC is uninitialized, using current time as timestamp
+W (54301) AS7341: RTC is uninitialized, using current time as timestamp
+W (54340) BME688: RTC is uninitialized, using current time as timestamp
+W (54510) wifi:Haven't to connect to a suitable AP now!
+I (54657) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (54753) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (55158) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (55213) SEN66: RTC is uninitialized, using current time as timestamp
+W (55302) AS7341: RTC is uninitialized, using current time as timestamp
+W (55341) BME688: RTC is uninitialized, using current time as timestamp
+W (55511) wifi:Haven't to connect to a suitable AP now!
+I (55659) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (55754) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (56160) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (56214) SEN66: RTC is uninitialized, using current time as timestamp
+W (56303) AS7341: RTC is uninitialized, using current time as timestamp
+W (56342) BME688: RTC is uninitialized, using current time as timestamp
+W (56512) wifi:Haven't to connect to a suitable AP now!
+I (56661) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (56755) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (57064) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (57067) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (57068) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (57071) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (57079) wifi:Haven't to connect to a suitable AP now!
+E (57083) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (57093) wifi:Haven't to connect to a suitable AP now!
+I (57097) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (57105) wifi:Haven't to connect to a suitable AP now!
+E (57110) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (57119) chip[DL]: Next WiFi station reconnect in 100 ms
+I (57124) chip[DL]: Done driving station state, nothing else to do...
+I (57162) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (57215) SEN66: RTC is uninitialized, using current time as timestamp
+W (57225) wifi:Haven't to connect to a suitable AP now!
+I (57226) chip[DL]: Attempting to connect WiFi station interface
+I (57230) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (57232) wifi:Haven't to connect to a suitable AP now!
+E (57237) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (57247) chip[DL]: Done driving station state, nothing else to do...
+W (57304) AS7341: RTC is uninitialized, using current time as timestamp
+W (57344) BME688: RTC is uninitialized, using current time as timestamp
+W (57517) wifi:Haven't to connect to a suitable AP now!
+I (57663) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (57756) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (58164) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (58216) SEN66: RTC is uninitialized, using current time as timestamp
+W (58305) AS7341: RTC is uninitialized, using current time as timestamp
+W (58345) BME688: RTC is uninitialized, using current time as timestamp
+W (58518) wifi:Haven't to connect to a suitable AP now!
+I (58665) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (58757) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (59166) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (59217) SEN66: RTC is uninitialized, using current time as timestamp
+W (59306) AS7341: RTC is uninitialized, using current time as timestamp
+W (59346) BME688: RTC is uninitialized, using current time as timestamp
+W (59519) wifi:Haven't to connect to a suitable AP now!
+I (59667) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (59758) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (60168) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (60218) SEN66: RTC is uninitialized, using current time as timestamp
+W (60307) AS7341: RTC is uninitialized, using current time as timestamp
+W (60346) BME688: RTC is uninitialized, using current time as timestamp
+W (60520) wifi:Haven't to connect to a suitable AP now!
+I (60669) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (60759) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (61170) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (61219) SEN66: RTC is uninitialized, using current time as timestamp
+W (61308) AS7341: RTC is uninitialized, using current time as timestamp
+W (61347) BME688: RTC is uninitialized, using current time as timestamp
+W (61521) wifi:Haven't to connect to a suitable AP now!
+I (61671) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (61760) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (62047) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (62050) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (62051) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (62054) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (62062) wifi:Haven't to connect to a suitable AP now!
+E (62067) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (62076) wifi:Haven't to connect to a suitable AP now!
+I (62081) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (62088) wifi:Haven't to connect to a suitable AP now!
+E (62093) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (62102) chip[DL]: Next WiFi station reconnect in 100 ms
+I (62107) chip[DL]: Done driving station state, nothing else to do...
+I (62172) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (62208) wifi:Haven't to connect to a suitable AP now!
+I (62209) chip[DL]: Attempting to connect WiFi station interface
+I (62212) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (62215) wifi:Haven't to connect to a suitable AP now!
+W (62220) SEN66: RTC is uninitialized, using current time as timestamp
+E (62220) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (62236) chip[DL]: Done driving station state, nothing else to do...
+W (62309) AS7341: RTC is uninitialized, using current time as timestamp
+W (62348) BME688: RTC is uninitialized, using current time as timestamp
+W (62527) wifi:Haven't to connect to a suitable AP now!
+I (62673) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (62761) DeviceStatus: RTC is uninitialized, using current time as timestamp
+W (62925) wifi:Haven't to connect to a suitable AP now!
+I (62925) KOTA: health up=61s status=CONNECTION_ERROR wifi=disconnected rssi=0 time_valid=0 sd=ok buffer=0 heap=47259 psram=7.3M last_upload=never ota=registered
+I (63174) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (63227) SEN66: RTC is uninitialized, using current time as timestamp
+W (63310) AS7341: RTC is uninitialized, using current time as timestamp
+W (63349) BME688: RTC is uninitialized, using current time as timestamp
+W (63528) wifi:Haven't to connect to a suitable AP now!
+I (63675) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (63762) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (64176) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (64228) SEN66: RTC is uninitialized, using current time as timestamp
+W (64311) AS7341: RTC is uninitialized, using current time as timestamp
+W (64350) BME688: RTC is uninitialized, using current time as timestamp
+W (64529) wifi:Haven't to connect to a suitable AP now!
+I (64617) SEN66: First measurement, waiting additional 120 seconds for sensor to stabilize...
+I (64677) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (64763) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (65178) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (65229) SEN66: RTC is uninitialized, using current time as timestamp
+W (65312) AS7341: RTC is uninitialized, using current time as timestamp
+W (65351) BME688: RTC is uninitialized, using current time as timestamp
+W (65530) wifi:Haven't to connect to a suitable AP now!
+I (65679) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (65764) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (66180) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (66230) SEN66: RTC is uninitialized, using current time as timestamp
+W (66313) AS7341: RTC is uninitialized, using current time as timestamp
+W (66352) BME688: RTC is uninitialized, using current time as timestamp
+W (66531) wifi:Haven't to connect to a suitable AP now!
+I (66681) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (66765) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (67030) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (67033) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (67034) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (67037) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (67045) wifi:Haven't to connect to a suitable AP now!
+E (67049) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (67059) wifi:Haven't to connect to a suitable AP now!
+I (67063) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (67071) wifi:Haven't to connect to a suitable AP now!
+E (67076) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (67085) chip[DL]: Next WiFi station reconnect in 100 ms
+I (67090) chip[DL]: Done driving station state, nothing else to do...
+I (67182) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (67191) wifi:Haven't to connect to a suitable AP now!
+I (67192) chip[DL]: Attempting to connect WiFi station interface
+I (67195) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (67198) wifi:Haven't to connect to a suitable AP now!
+E (67203) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (67213) chip[DL]: Done driving station state, nothing else to do...
+W (67231) SEN66: RTC is uninitialized, using current time as timestamp
+W (67314) AS7341: RTC is uninitialized, using current time as timestamp
+W (67353) BME688: RTC is uninitialized, using current time as timestamp
+W (67537) wifi:Haven't to connect to a suitable AP now!
+I (67683) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (67766) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (68184) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (68232) SEN66: RTC is uninitialized, using current time as timestamp
+W (68315) AS7341: RTC is uninitialized, using current time as timestamp
+W (68354) BME688: RTC is uninitialized, using current time as timestamp
+W (68542) wifi:Haven't to connect to a suitable AP now!
+I (68685) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (68767) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (69186) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (69233) SEN66: RTC is uninitialized, using current time as timestamp
+W (69316) AS7341: RTC is uninitialized, using current time as timestamp
+W (69355) BME688: RTC is uninitialized, using current time as timestamp
+W (69546) wifi:Haven't to connect to a suitable AP now!
+I (69687) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (69768) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (70188) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (70234) SEN66: RTC is uninitialized, using current time as timestamp
+W (70317) AS7341: RTC is uninitialized, using current time as timestamp
+W (70356) BME688: RTC is uninitialized, using current time as timestamp
+W (70547) wifi:Haven't to connect to a suitable AP now!
+I (70689) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (70769) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (71190) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (71235) SEN66: RTC is uninitialized, using current time as timestamp
+W (71318) AS7341: RTC is uninitialized, using current time as timestamp
+W (71357) BME688: RTC is uninitialized, using current time as timestamp
+W (71548) wifi:Haven't to connect to a suitable AP now!
+I (71691) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (71770) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (72013) wifi:Coexist: Wi-Fi connect fail, apply reconnect coex policy
+
+I (72015) chip[DL]: Posting ESPSystemEvent: Wifi Event with eventId : 5
+I (72017) chip[DL]: WIFI_EVENT_STA_DISCONNECTED
+I (72020) chip[DL]: WiFi station state change: Connecting -> Connecting_Failed
+W (72027) wifi:Haven't to connect to a suitable AP now!
+E (72032) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+W (72042) wifi:Haven't to connect to a suitable AP now!
+I (72046) chip[DL]: WiFi station state change: Connecting_Failed -> NotConnected
+W (72054) wifi:Haven't to connect to a suitable AP now!
+E (72059) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (72068) chip[DL]: Next WiFi station reconnect in 100 ms
+I (72073) chip[DL]: Done driving station state, nothing else to do...
+W (72173) wifi:Haven't to connect to a suitable AP now!
+I (72175) chip[DL]: Attempting to connect WiFi station interface
+I (72178) chip[DL]: WiFi station state change: NotConnected -> Connecting
+W (72181) wifi:Haven't to connect to a suitable AP now!
+E (72185) chip[DL]: Failed to get configured network when updating network status: Error ESP32:0x0500300F
+I (72191) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+I (72195) chip[DL]: Done driving station state, nothing else to do...
+W (72236) SEN66: RTC is uninitialized, using current time as timestamp
+W (72319) AS7341: RTC is uninitialized, using current time as timestamp
+W (72358) BME688: RTC is uninitialized, using current time as timestamp
+W (72552) wifi:Haven't to connect to a suitable AP now!
+I (72700) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (72771) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (73201) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (73237) SEN66: RTC is uninitialized, using current time as timestamp
+W (73320) AS7341: RTC is uninitialized, using current time as timestamp
+W (73359) BME688: RTC is uninitialized, using current time as timestamp
+W (73553) wifi:Haven't to connect to a suitable AP now!
+I (73702) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (73772) DeviceStatus: RTC is uninitialized, using current time as timestamp
+I (74203) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (74238) SEN66: RTC is uninitialized, using current time as timestamp
+W (74321) AS7341: RTC is uninitialized, using current time as timestamp
+W (74360) BME688: RTC is uninitialized, using current time as timestamp
+W (74555) wifi:Haven't to connect to a suitable AP now!
+I (74581) SENSOR_GATHERER: 3/4 tasks still running, waiting...
+I (74627) INFLUX_BUFFER: Buffer file does not exist, returning empty buffer
+I (74628) INFLUX_BUFFER: Buffer is empty, nothing to flush
+I (74704) SENSOR_GATHERER: 2/2 tasks still running, waiting...
+W (74773) DeviceStatus: RTC is uninitialized, using current time as timestamp
+--- disconnected ---

tests/test_commands.py

@@ -0,0 +1,177 @@
+"""Wi-Fi over USB (firmware usb_console api=1): encoding, replies and the whole
+write/clear/read job, driven with reply lines in the firmware's exact format."""
+
+import pytest
+
+from kota_tech.core.logline import parse_line
+from kota_tech.diag.engine import DiagnosticsEngine
+from kota_tech.serialio.commands import (
+    CONNECT_TIMEOUT_S, PING_TIMEOUT_S, Step, WifiFlow, loggable, parse_reply, validate_wifi, wifi_set_command)
+
+PING = "I (5000) KOTA: cmd ping ok=1 fw=1.0.16 api=1"
+BOOT = ("I (2843) KOTA: boot fw=1.0.16 build=3ae273ec hw=2 mac=A4CB8FC946F8 reset=RTC_SW_SYS_RST "
+        "mode={mode} commissioned=- last_restart={last}")
+HEALTH = ("I (9000) KOTA: cmd health ok=1 up=9s status=OK wifi={wifi} rssi={rssi} time_valid=1 sd=ok buffer=0 "
+          "heap=90000 psram=7.6M last_upload=never ota=registered")
+
+
+class Clock:
+    def __init__(self):
+        self.t = 0.0
+
+    def __call__(self):
+        return self.t
+
+
+def make(action, **kw):
+    sent, events, clock = [], [], Clock()
+    flow = WifiFlow(action, lambda c: sent.append(c) or True, events.append, now=clock, **kw)
+    return flow, sent, events, clock
+
+
+def feed(flow, text):
+    flow.feed(parse_line(text))
+
+
+# ------------------------------------------------------------- encoding
+
+def test_wifi_set_command_is_hex_utf8():
+    assert wifi_set_command("Biuro 2.4", "tajne=haslo1") == \
+        "kota wifi set 426975726f20322e34 74616a6e653d6861736c6f31"
+    assert wifi_set_command("Łąka", "zażółć1234").split()[3] == "c581c4856b61"
+
+
+@pytest.mark.parametrize("ssid,password,problem", [
+    ("", "12345678", "network name"),
+    ("x" * 33, "12345678", "32 bytes"),
+    ("net", "1234567", "8-63"),
+    ("net", "x" * 64, "8-63"),
+    ("net\n", "12345678", "line break"),
+])
+def test_validation_matches_firmware_limits(ssid, password, problem):
+    assert any(problem in p for p in validate_wifi(ssid, password))
+    with pytest.raises(ValueError):
+        wifi_set_command(ssid, password)
+
+
+def test_password_never_logged():
+    cmd = wifi_set_command("Biuro", "sekretne-haslo")
+    assert "sekretne" not in loggable(cmd) and "7365" not in loggable(cmd)
+    assert "Biuro" in loggable(cmd)
+
+
+def test_reply_parsing():
+    r = parse_reply(parse_line("I (1) KOTA: cmd wifi_set ok=0 err=password_length"))
+    assert r.name == "wifi_set" and not r.ok and "8-63" in r.error
+    assert parse_reply(parse_line("I (1) KOTA: health up=1s")) is None
+
+
+# ----------------------------------------------------------------- flows
+
+def test_write_wifi_happy_path():
+    flow, sent, events, clock = make("set", ssid="Biuro", password="haslo1234")
+    flow.start()
+    assert sent == ["kota ping"]
+    feed(flow, PING)
+    assert sent[-1] == wifi_set_command("Biuro", "haslo1234") and flow.step == Step.SEND
+    feed(flow, "I (5100) KOTA: cmd wifi_set ok=1 restart=1")
+    assert flow.step == Step.RESTART
+    feed(flow, "W (5101) KOTA: restart reason=usb_wifi_set")
+    feed(flow, BOOT.format(mode="wifi", last="usb_wifi_set"))
+    assert flow.step == Step.CONNECT
+    clock.t += 6
+    flow.tick()
+    assert sent[-1] == "kota health"
+    feed(flow, HEALTH.format(wifi="disconnected", rssi=0))
+    assert flow.step == Step.CONNECT
+    feed(flow, HEALTH.format(wifi="connected", rssi=-58))
+    assert flow.step == Step.DONE and "Connected to 'Biuro'" in events[-1].text and "-58" in events[-1].text
+
+
+def test_old_firmware_without_console_times_out_on_ping():
+    flow, sent, events, clock = make("read")
+    flow.start()
+    clock.t += PING_TIMEOUT_S + 0.1
+    flow.tick()
+    assert flow.step == Step.FAILED and "USB console" in events[-1].text
+
+
+def test_box_rejects_settings():
+    flow, sent, events, _ = make("set", ssid="Biuro", password="haslo1234")
+    flow.start()
+    feed(flow, PING)
+    feed(flow, "I (5100) KOTA: cmd wifi_set ok=0 err=sd_not_mounted")
+    assert flow.step == Step.FAILED and "SD card" in events[-1].text
+
+
+def test_wrong_password_does_not_connect():
+    flow, _, events, clock = make("set", ssid="Biuro", password="zlehaslo1")
+    flow.start()
+    feed(flow, PING)
+    feed(flow, "I (5100) KOTA: cmd wifi_set ok=1 restart=1")
+    feed(flow, BOOT.format(mode="wifi", last="usb_wifi_set"))
+    clock.t += CONNECT_TIMEOUT_S + 1
+    flow.tick()
+    assert flow.step == Step.FAILED and "2.4 GHz" in events[-1].text
+
+
+def test_clear_returns_to_matter():
+    flow, sent, events, _ = make("clear")
+    flow.start()
+    feed(flow, PING)
+    assert sent[-1] == "kota wifi clear"
+    feed(flow, "I (5100) KOTA: cmd wifi_clear ok=1 restart=1")
+    feed(flow, BOOT.format(mode="matter", last="usb_wifi_clear"))
+    assert flow.step == Step.DONE and "Matter" in events[-1].text
+
+
+def test_read_current_settings():
+    flow, sent, events, _ = make("read")
+    flow.start()
+    feed(flow, PING)
+    assert sent[-1] == "kota wifi get"
+    feed(flow, "I (5100) KOTA: cmd wifi_get ok=1 ssid=426975726f password_set=1 mode=wifi")
+    assert flow.step == Step.DONE and flow.info.ssid == "Biuro" and flow.info.password_set
+    assert "local Wi-Fi" in events[-1].text
+
+
+def test_not_connected():
+    events = []
+    flow = WifiFlow("read", lambda c: False, events.append)
+    flow.start()
+    assert flow.step == Step.FAILED and "not connected" in events[-1].text
+
+
+# ---------------------------------------------------------------- engine
+
+def test_engine_treats_usb_wifi_restart_as_intentional_and_reads_replies():
+    e = DiagnosticsEngine()
+    for t in ["ESP-ROM:esp32s3-20210327", "I (1790) KOTA: i2c SDA=1 SCL=1 0x39=AS7341",
+              BOOT.format(mode="matter", last="none"), PING,
+              "I (5100) KOTA: cmd wifi_set ok=1 restart=1", "W (5101) KOTA: restart reason=usb_wifi_set",
+              "ESP-ROM:esp32s3-20210327", "rst:0x3 (RTC_SW_SYS_RST),boot:0xb (SPI_FAST_FLASH_BOOT)",
+              BOOT.format(mode="wifi", last="usb_wifi_set"),
+              "I (6000) KOTA: cmd wifi_get ok=1 ssid=426975726f password_set=1 mode=wifi",
+              HEALTH.format(wifi="connected", rssi=-60)]:
+        e.feed(parse_line(t))
+    r = e.report()
+    assert not any(f.rule_id.startswith("reboot.") for rc in r.roots for f in [rc.finding, *rc.consequences])
+    assert e.console_api == 1
+    box = dict((t, x) for t, x, _ in r.box)
+    assert "network 'Biuro'" in box["Wi-Fi config"] and "Wi-Fi connected (-60 dBm)" in box["Health"]
+    assert any(m == "wifi_connected" and t is not None for m, _, t in r.milestones)
+
+
+def test_live_v13_box_answers_usb_commands():
+    # Real capture (2026-09-29): box 14:C1:9F:57:72:48 after flashing merged-binary-v13.bin App-only;
+    # the Wi-Fi tab's read flow sent "kota ping" and "kota wifi get".
+    from pathlib import Path
+
+    from kota_tech.core.logfile import read_log_file
+    e = DiagnosticsEngine()
+    for ln in read_log_file(Path(__file__).parent / "fixtures" / "live_boot_14C19F577248_v13_usb_console.txt"):
+        e.feed(ln)
+    r = e.report()
+    assert e.firmware.elf_sha.startswith("3ae273ec") and e.console_api == 1
+    assert dict((t, x) for t, x, _ in r.box)["Wi-Fi config"] == "no network on the SD card, mode matter"
+    assert not any(f.rule_id.startswith("other.") for f in e.findings.values())   # logs intact via the driver

tests/test_guides.py

@@ -242,3 +242,107 @@ def test_skip_wait_and_report_contains_technician_checks(rig):
     assert runner.end.id == "update_slow"
     text = engine.report().to_text()
     assert "Technician checks:" in text and "Update is taking very long" in text
+
+
+# ------------------------------------------------------------ InfluxDB check
+RTC_STOPPED = [*BOOT, "I (2945) KOTA: rtc running=0 time=2000-01-01T00:00:00"]
+
+
+@pytest.fixture
+def influx_rig(rig):
+    engine, runner, clock, actions, board, log = rig
+    return engine, runner, clock, actions, board
+
+
+def test_influx_ok_ends_healthy(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    runner.start("influx")
+    assert actions == ["influx"] and runner.view().waiting
+    runner.influx_result("ok", "Sensor data arrives in InfluxDB", ["Device status: 1 min ago"])
+    assert runner.end.id == "data_ok"
+    assert any("InfluxDB: Sensor data arrives" in t for t in engine.technician)
+
+
+def test_influx_polls_until_sensors_arrive(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    runner.start("influx")
+    runner.influx_result("sensors_missing", "Status arrives, sensor data does not: SEN66")
+    assert runner.end is None and "Checking again" in runner.view().note
+    clock.t += 10
+    runner.tick()
+    assert actions == ["influx"]                 # not yet
+    clock.t += 25
+    runner.tick()
+    assert actions == ["influx", "influx"]       # polled again after poll_s
+    runner.tick()
+    assert actions == ["influx", "influx"]       # no second query while one is pending
+    runner.influx_result("ok", "Sensor data arrives in InfluxDB")
+    assert runner.end.id == "data_ok"
+
+
+def test_influx_repeated_answer_is_noted_once(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    runner.start("influx")
+    for _ in range(3):
+        runner.influx_result("silent", "No recent data in InfluxDB")
+        clock.t += 31
+        runner.tick()
+    assert sum("InfluxDB:" in t for t in engine.technician) == 1
+
+
+def test_influx_sensors_missing_with_stopped_clock(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    board(*RTC_STOPPED)
+    runner.start("influx")
+    runner.influx_result("sensors_missing", "Status arrives, sensor data does not")
+    clock.t += 300                               # past timeout_s
+    runner.tick()
+    assert runner.end.id == "sensors_clock"
+    f = engine.findings["tech.influx.sensors_clock"]
+    assert f.severity == Severity.ERROR and f.active
+
+
+def test_influx_sensors_missing_without_log_cause(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    runner.start("influx")
+    clock.t += 250
+    runner.influx_result("sensors_missing", "Status arrives, sensor data does not")
+    assert runner.end.id == "sensors_missing"
+
+
+def test_influx_unavailable_and_stale_results(rig):
+    engine, runner, clock, actions, board, log = rig
+    runner._on_action = lambda a: False          # no token / host cannot query
+    runner.start("influx")
+    assert runner.end.id == "unavailable"
+    runner.influx_result("ok", "late answer")    # ignored: step already left
+    assert runner.end.id == "unavailable"
+
+
+def test_influx_skip_uses_last_result(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    runner.start("influx")
+    runner.influx_result("silent", "No recent data in InfluxDB")
+    runner.proceed()
+    assert runner.end.id == "silent"
+
+
+def test_quick_check_green_ends_with_influx_check(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    board(*BOOT)
+    runner.start("quick")
+    runner.answer("GREEN")
+    runner.answer("0")                           # heartbeat blinking
+    assert runner.guide.id == "influx" and actions == ["influx"]
+
+
+def test_influx_rejected_upload_is_named(influx_rig):
+    engine, runner, clock, actions, board = influx_rig
+    board(*BOOT, "microphone,device=A4CB8FC9473C dbfs=-inf,db=-inf 1790805114000000000",
+          "io,device=A4CB8FC9473C dbfs=-inf,db=-inf 1790805215000000000")   # USB dropped characters
+    assert sum(k.startswith("influx.invalid_value") for k in engine.findings) == 1
+    runner.start("influx")
+    runner.influx_result("silent", "No new data in InfluxDB since the test started")
+    clock.t += 300
+    runner.tick()
+    assert runner.end.id == "invalid_value"

tests/test_influx.py

@@ -0,0 +1,154 @@
+"""InfluxDB check: query text, CSV parsing, classification, failures (no network)."""
+
+import datetime as dt
+import urllib.error
+
+from kota_tech.diag.guides import INFLUX_OUTCOMES
+from kota_tech.service import influx
+
+NOW = dt.datetime(2026, 9, 30, 12, 0, tzinfo=dt.timezone.utc)
+UTC = dt.timezone.utc
+
+# Real answer shape of /api/v2/query (Accept: application/csv).
+CSV = (
+    ",result,table,_measurement,_time\r\n"
+    ",_result,0,as7341_adc,2026-09-30T11:55:01Z\r\n"
+    ",_result,0,bme688,2026-09-30T11:55:02.123456789Z\r\n"
+    ",_result,0,device_status,2026-09-30T11:58:00Z\r\n"
+    ",_result,0,microphone,2026-09-30T11:58:10Z\r\n"
+    ",_result,0,sen66,2026-09-30T11:56:00Z\r\n"
+    "\r\n"
+)
+
+
+def _t(minutes_ago):
+    return NOW - dt.timedelta(minutes=minutes_ago)
+
+
+def test_outcomes_match_guide_runner():
+    assert influx.OUTCOMES == INFLUX_OUTCOMES
+
+
+def test_query_is_for_one_box_and_keeps_only_time():
+    q = influx.build_query("sensorbox", "A4CB8FC9473C")
+    assert 'from(bucket: "sensorbox")' in q and 'r.device == "A4CB8FC9473C"' in q
+    # _value must be dropped before grouping (string and float fields clash -> HTTP 400)
+    assert q.index("keep(") < q.index("group(columns")
+
+
+def test_parse_csv_newest_per_measurement():
+    latest = influx.parse_csv(CSV)
+    assert latest["bme688"] == dt.datetime(2026, 9, 30, 11, 55, 2, 123456, tzinfo=UTC)
+    assert set(latest) == {"as7341_adc", "bme688", "device_status", "microphone", "sen66"}
+    assert influx.parse_csv("") == {}
+
+
+def test_all_sensors_fresh_is_ok():
+    c = influx.classify(influx.parse_csv(CSV), NOW)
+    assert c.outcome == influx.OK and not c.missing
+
+
+def test_status_without_sensors_is_sensors_missing():
+    # box A4CB8FC9473C: RTC stopped, only status and microphone ever arrived
+    c = influx.classify({"device_status": _t(1), "microphone": _t(1)}, NOW)
+    assert c.outcome == influx.SENSORS_MISSING
+    assert c.missing == list(influx.SENSOR_GROUPS)
+    assert any("never started" in d for d in c.details)
+
+
+def test_one_sensor_missing():
+    latest = {"device_status": _t(1), "as7341_adc": _t(2), "bme688": _t(2), "sen66": _t(300)}
+    c = influx.classify(latest, NOW)
+    assert c.outcome == influx.SENSORS_MISSING and c.missing == ["SEN66 (air quality)"]
+
+
+def test_offline_box_whose_sensors_stopped_before_status():
+    # box A4CB8FC946F8: status 29 h ago, sensors 21 days ago
+    latest = {"device_status": _t(29 * 60), "microphone": _t(29 * 60),
+              "as7341_adc": _t(21 * 1440), "bme688": _t(21 * 1440), "sen66": _t(21 * 1440)}
+    c = influx.classify(latest, NOW)
+    assert c.outcome == influx.SENSORS_MISSING and "Nothing new" in c.summary
+    assert any("stopped" in d for d in c.details)
+    assert any("21 days ago" in d for d in c.details)
+
+
+def test_offline_box_with_complete_history_is_silent():
+    # box A4CB8FC739EC: everything stopped together 11 days ago
+    latest = {"device_status": _t(11 * 1440), "microphone": _t(11 * 1440),
+              "as7341_adc": _t(11 * 1440 + 3), "bme688": _t(11 * 1440 + 3), "sen66": _t(11 * 1440 + 2)}
+    c = influx.classify(latest, NOW)
+    assert c.outcome == influx.SILENT
+    assert not any("stopped" in d for d in c.details)
+
+
+def test_no_data_is_never():
+    assert influx.classify({}, NOW).outcome == influx.NEVER
+
+
+def test_future_timestamps_are_flagged():
+    latest = {"device_status": _t(1), "microphone": _t(1), "as7341_adc": _t(-120), "bme688": _t(-120),
+              "sen66": _t(-120)}
+    c = influx.classify(latest, NOW)
+    assert any("future" in d for d in c.details)
+
+
+def test_check_device_without_token_or_mac():
+    assert influx.check_device(None, "A4CB8FC9473C").outcome == influx.UNAVAILABLE
+    cfg = influx.InfluxConfig("t")
+    assert influx.check_device(cfg, "").outcome == influx.UNAVAILABLE
+
+
+def test_check_device_errors_never_raise(monkeypatch):
+    cfg = influx.InfluxConfig("secret-token")
+
+    def rejected(*_a, **_k):
+        raise urllib.error.HTTPError("u", 401, "Unauthorized", {}, None)
+
+    monkeypatch.setattr(influx.urllib.request, "urlopen", rejected)
+    c = influx.check_device(cfg, "a4:cb:8f:c9:47:3c")
+    assert c.outcome == influx.UNAVAILABLE and "rejected" in c.summary
+    assert "secret-token" not in c.summary
+
+    def offline(*_a, **_k):
+        raise urllib.error.URLError("nodename nor servname provided")
+
+    monkeypatch.setattr(influx.urllib.request, "urlopen", offline)
+    assert "not reachable" in influx.check_device(cfg, "A4CB8FC9473C").summary
+
+
+def test_check_device_sends_token_header_and_normalized_mac(monkeypatch):
+    seen = {}
+
+    class Resp:
+        def __enter__(self):
+            return self
+
+        def __exit__(self, *a):
+            return False
+
+        def read(self):
+            return CSV.encode()
+
+    def fake_urlopen(req, timeout):
+        seen["req"] = req
+        return Resp()
+
+    monkeypatch.setattr(influx.urllib.request, "urlopen", fake_urlopen)
+    c = influx.check_device(influx.InfluxConfig("tok"), "a4:cb:8f:c9:47:3c", now=NOW)
+    req = seen["req"]
+    assert c.outcome == influx.OK
+    assert req.get_header("Authorization") == "Token tok"
+    assert "tok" not in req.full_url and req.full_url.endswith("/api/v2/query?org=kota")
+    assert b'"A4CB8FC9473C"' in req.data
+
+
+def test_since_ignores_data_from_before_the_test():
+    # healthy a few minutes ago, but nothing since the box was restarted by the test
+    latest = {"device_status": _t(5), "microphone": _t(5), "as7341_adc": _t(5), "bme688": _t(5), "sen66": _t(5)}
+    assert influx.classify(latest, NOW).outcome == influx.OK
+    c = influx.classify(latest, NOW, since=_t(2))
+    assert c.outcome == influx.SILENT and "since the test started" in c.summary
+    latest.update(device_status=_t(0), microphone=_t(0))
+    assert influx.classify(latest, NOW, since=_t(2)).outcome == influx.SENSORS_MISSING
+    latest.update(as7341_adc=_t(0), bme688=_t(0), sen66=_t(2.5))   # within the clock slack
+    assert influx.classify(latest, NOW, since=_t(2)).outcome == influx.OK

tests/test_manager.py

@@ -86,6 +86,46 @@ def test_hard_reset_pushes_rts_via_dtr_write(monkeypatch):
     assert all(c[1] is False for c in ser.calls if c[0] == "dtr")
 
 
+class _PosixOpenSerial:
+    """pyserial on macOS/Linux: the OS asserts both lines on open, then
+    pyserial writes the requested DTR, then RTS. Records every line state."""
+
+    def __init__(self, *args, **kwargs):
+        self.port = args[0] if args else "fake"
+        self.dtr = self.rts = True  # pyserial defaults
+        self.states = []
+
+    def __setattr__(self, name, value):
+        object.__setattr__(self, name, value)
+        if name in ("dtr", "rts") and getattr(self, "is_open", False):
+            self.states.append((self.dtr, self.rts))
+
+    def open(self):
+        want_dtr, want_rts = self.dtr, self.rts
+        object.__setattr__(self, "dtr", True)
+        object.__setattr__(self, "rts", True)
+        self.is_open = True
+        self.states.append((True, True))
+        self.dtr = want_dtr
+        self.rts = want_rts
+
+
+def test_open_on_posix_never_passes_through_reset(monkeypatch):
+    monkeypatch.setattr(mgr_mod.sys, "platform", "darwin")
+    monkeypatch.setattr(mgr_mod, "find_port", lambda sn, dev: LOOP)
+    opened = []
+    monkeypatch.setattr(
+        mgr_mod.serial, "serial_for_url",
+        lambda *a, **k: opened.append(_PosixOpenSerial(*a, **k)) or opened[-1],
+    )
+    m = SerialManager(lambda ln: None, lambda s, d: None)
+    m._target = mgr_mod._Target(LOOP.device, None)
+    ser = m._open()
+    # (DTR, RTS) = (False, True) resets the chip on connect.
+    assert (False, True) not in ser.states
+    assert ser.states[-1] == (False, False)
+
+
 def test_waits_when_port_missing(monkeypatch):
     monkeypatch.setattr(mgr_mod, "find_port", lambda sn, dev: None)
     states, lines = [], []

tests/test_ui.py

@@ -0,0 +1,52 @@
+"""The whole window builds (catches errors that only show when the app starts)."""
+
+import os
+
+os.environ.setdefault("QT_QPA_PLATFORM", "offscreen")
+
+
+def test_main_window_builds_with_all_tabs():
+    from PySide6.QtWidgets import QApplication
+
+    from kota_tech.ui.main_window import MainWindow
+    app = QApplication.instance() or QApplication([])
+    w = MainWindow()
+    tabs = w.centralWidget()
+    assert [tabs.tabText(i) for i in range(tabs.count())] == \
+        ["Quick start", "Serial monitor", "Flash firmware", "Wi-Fi (USB)", "SD card"]
+    assert not w.wifi_tab.write_btn.isEnabled()          # nothing connected, nothing typed
+    settings = [a.text() for m in w.menuBar().actions() for a in m.menu().actions()]
+    assert "InfluxDB access..." in settings
+    w.serial_tab.shutdown()
+    app.processEvents()
+
+
+def test_serial_tab_checklist_and_test_strip():
+    from PySide6.QtWidgets import QApplication
+
+    from kota_tech.core.logline import parse_line
+    from kota_tech.service import influx
+    from kota_tech.ui.main_window import INFLUX_ROW, MainWindow
+    app = QApplication.instance() or QApplication([])
+    w = MainWindow()
+    st = w.serial_tab
+    assert st.test_btn.text().endswith("Test box")
+    assert [st.side_tabs.tabText(i) for i in range(st.side_tabs.count())] == \
+        ["Live log", "Guided troubleshooting", "Box details"]
+    st.influx_config = lambda: None                              # no token (never touch real settings)
+    rows = st._cloud_rows()
+    assert rows[0][0] == "off" and "not set up" in rows[0][1]
+    st.influx_config = lambda: influx.InfluxConfig("t")          # pretend access is set up
+    assert st._cloud_rows()[0] == ("pending", f"{INFLUX_ROW} - press Test box")
+    st._on_influx(influx.InfluxCheck(influx.SENSORS_MISSING, "Status arrives, sensor data does not",
+                                     details=["SEN66 (air quality): no data"]))
+    rows = st._cloud_rows()
+    assert rows[0][0] == "bad" and rows[1][0] == "note"
+    st._engine.feed(parse_line("ESP-ROM:esp32s3-20210327"))
+    st._diag_dirty = True
+    st._refresh_diag()
+    texts = [st.diag.milestones.item(i).text() for i in range(st.diag.milestones.count())]
+    assert any(INFLUX_ROW in t for t in texts)
+    assert "Test box" in st.test_status.text()
+    st.shutdown()
+    app.processEvents()