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Adds an optional per-printer integration with KXGauge (https://gitea.it-drui.de/viewit/kxgauge), a small ESP32 round-face display that shows printer status as an emotion and hotend temperature as a color ring. KXGauge only exposes a GET-only HTTP API with no push/websocket, so the bridge actively pushes to it from the existing MQTT callbacks (_on_temp for the heat ring, _on_print + offline transitions for the emotion) whenever state actually changes, with a built-in dedupe so it doesn't spam the device every poll tick. - kxgauge_client.py: thin synchronous HTTP client (mirrors spoolman_client.py's shape - called from the MQTT reader thread). - New [kxgauge]/[kxgauge_mapping] config.ini sections; the mapping (kobra_state -> KXGauge emotion) is user-editable with a sane default and falls back per-key if only partially configured. - Settings UI: new card under Integrations with enable/URL/target-temp fields, a per-state emotion mapping list, and a connection-test button (/api/kxgauge/test). - Multi-printer aware: kxgauge_url/enabled/heat_peak merge per [printer_N] like the existing power-switch settings. Also fixes a real bug found while testing this: _find_config_path() resolves to the live project config/config.ini, not a sandboxed path, so any test hitting /api/settings POST without stubbing it out will silently overwrite the real printer config. test_settings.py already guards against this - test_kxgauge.py now does too.
139 lines
4.3 KiB
Plaintext
139 lines
4.3 KiB
Plaintext
# KX-Bridge Konfigurationsdatei
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# Kopiere diese Datei nach config.ini und trage deine Werte ein:
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# cp config.ini.example config.ini
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#
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# Credentials automatisch eintragen:
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# python3 tools/fetch_credentials.py --ip 192.168.x.x --write-config
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# Alternativ (Windows, ohne Drucker-IP bekannt):
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# extract_credentials.exe --write-env (liest aus laufendem AnycubicSlicerNext)
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[connection]
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# IP-Adresse des Druckers im lokalen Netzwerk
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printer_ip = 192.168.x.x
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# MQTT-Port (Anycubic Kobra X Standard: 9883)
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mqtt_port = 9883
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# MQTT-Zugangsdaten (druckerspezifisch, beginnt mit "user")
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username = userXXXXXXXXXX
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password = XXXXXXXXXXXXXXX
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# Geräte-ID (32-stelliger Hex-String, druckerspezifisch)
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device_id = xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
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# Modell-ID (Kobra X Standard: 20030)
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mode_id = 20030
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[print]
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# Standard-AMS-Slot für Einfarbdruck (auto = alle belegten Slots, 0-3 = fixer Slot)
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default_ams_slot = auto
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# Auto-Leveling vor jedem Druck (1 = an, 0 = aus)
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auto_leveling = 1
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# Kamera-Stream bei Druckstart automatisch einschalten (1 = an, 0 = aus)
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camera_on_print = 0
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# Warnung vor Druck von Web-Uploads (1 = an, 0 = aus)
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web_upload_warning = 1
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# Nach Upload: Filament/Color-Selector automatisch öffnen (1 = an, 0 = aus)
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print_start_dialog = 1
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# ─── Filament-Profile pro AMS-Slot (optional) ────────────────────────────────
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# Beim Slicer-Sync nimmt OrcaSlicer per Default immer "Generic PLA/PETG/...".
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# Mit diesen Mappings sendet die Bridge die konkrete Orca-Filament-ID +
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# Vendor mit (Anzeige im Slicer dann z.B. "PolyTerra PLA — Polymaker" statt
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# nur "Generic PLA"). Mapping wird über die Web-UI gepflegt.
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# Beispiel:
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# [filament_profiles]
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# slot_0_id = OGFL01
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# slot_0_vendor = Polymaker
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# slot_1_id = OGFG23
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# slot_1_vendor = Polymaker
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[bridge]
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# Poll-Intervall in Sekunden
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poll_interval = 3
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# ─── Multi-Printer (optional) ──────────────────────────────────────────────────
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# Mehrere Drucker können als [printer_1], [printer_2], … definiert werden.
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# Jede Bridge-Instanz verbindet sich mit einem Drucker (je eigener Port).
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# bridge_url zeigt auf die jeweilige Bridge-Instanz (für den /kx/printers-Endpunkt).
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# Die [connection]-Sektion wird weiterhin als Fallback für diese Instanz verwendet.
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#
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# Beispiel:
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# [printer_1]
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# name = Kobra X Links
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# bridge_url = http://192.168.178.95:7125
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# printer_ip = 192.168.178.95
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# mqtt_port = 9883
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# username = userXXXXXXXXXX
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# password = XXXXXXXXXXXXXXX
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# device_id = xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
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# mode_id = 20030
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#
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# [printer_2]
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# name = Kobra X Rechts
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# bridge_url = http://192.168.178.96:7125
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# printer_ip = 192.168.178.96
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# mqtt_port = 9883
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# username = userYYYYYYYYYY
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# password = YYYYYYYYYYYYYYY
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# device_id = yyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy
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# mode_id = 20030
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[ace_dry_presets]
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# Vordefinierte Dry-Set Presets (Temp in °C, Dauer in Sekunden)
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pla_temp = 45
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pla_duration_sec = 14400
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pla_plus_temp = 45
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pla_plus_duration_sec = 14400
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petg_temp = 50
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petg_duration_sec = 14400
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tpu_temp = 55
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tpu_duration_sec = 14400
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abs_asa_temp = 45
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abs_asa_duration_sec = 28800
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pa_pc_temp = 55
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pa_pc_duration_sec = 43200
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# Custom Presets (Name + Temp + Dauer)
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custom_1_name = Custom 1
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custom_1_temp = 45
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custom_1_duration_sec = 14400
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custom_2_name = Custom 2
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custom_2_temp = 45
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custom_2_duration_sec = 14400
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custom_3_name = Custom 3
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custom_3_temp = 45
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custom_3_duration_sec = 14400
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[spoolman]
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# URL der Spoolman-Instanz (leer lassen um Spoolman zu deaktivieren)
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# server = http://192.168.x.x:7912
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# Wie oft (Sekunden) der Filamentverbrauch während des Drucks gemeldet wird
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# (0 = nur beim Druckende)
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# sync_rate = 0
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[kxgauge]
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# URL des KXGauge-Displays (leer = deaktiviert), siehe
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# https://gitea.it-drui.de/viewit/kxgauge
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# url = http://192.168.x.x
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enabled = 0
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# Ziel-Temperatur für die Heat-Ring-Skala (Grad Celsius, meist Hotend-Solltemperatur)
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heat_peak = 250
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[kxgauge_mapping]
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# kobra_state -> KXGauge-Emotion. Nur belegte States werden gesendet, gültige
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# Emotionsnamen siehe KXGauge API.md.
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free = neutral
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printing = happy
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paused = worried
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pause = worried
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finished = glee
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error = scared
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offline = tired
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