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support for hm cover w/o specific action state

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This commit is contained in:
Bastian Schnorbus
2026-03-22 13:08:27 +01:00
parent 168ffa4a46
commit aaab248f6c
1 changed files with 106 additions and 36 deletions
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142
pyscript/hmip_wrc6_schlafzimmer.py
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@@ -1,37 +1,89 @@
# ============================================================================= # =============================================================================
# Homematic 6x Multischalter – Rollosteuerung # Homematic 6x Multischalter - Rollosteuerung (3 Rollos)
# ============================================================================= # =============================================================================
# Datei ablegen unter: config/pyscript/rollo_multischalter.py # Datei ablegen unter: config/pyscript/rollo_multischalter.py
# #
# Konfiguration: # Tastenbelegung pro Rollo:
# DEVICE_ADDRESS → Homematic-Adresse des Multischalters (aus HA-Gerätebeschreibung) # Linke Taste - kurzer Druck -> Hochfahren / Stopp (Wechsel)
# COVER_ENTITY → Entity-ID des Rollos in Home Assistant # Linke Taste - langer Druck -> Position 70 %
# SUBTYPE_LEFT → subtype-Wert der linken Taste (aus Event auslesen) # Rechte Taste - kurzer Druck -> Runterfahren / Stopp (Wechsel)
# SUBTYPE_RIGHT → subtype-Wert der rechten Taste (aus Event auslesen) # Rechte Taste - langer Druck -> Position 20 %
# #
# Tastenbelegung: # no_state_feedback: True -> fuer Rollos die keinen opening/closing Status
# Linke Taste – kurzer Druck → Hochfahren / Stopp (Wechsel) # zurueckgeben. Der Fahrzustand wird dann intern
# Linke Taste – langer Druck → Position 70 % # im Script getrackt (toggle-Logik per Flag).
# Rechte Taste – kurzer Druck → Runterfahren / Stopp (Wechsel) # Nach TRAVEL_TIMEOUT Sekunden wird der interne
# Rechte Taste – langer Druck → Position 20 % # State automatisch auf "stopped" zurueckgesetzt.
# ============================================================================= # =============================================================================
# ── Anpassen ────────────────────────────────────────────────────────────────── # ── Anpassen ──────────────────────────────────────────────────────────────────
DEVICE_ADDRESS = "000B5A4992908E" # Homematic-Geräteadresse ← anpassen! DEVICE_ADDRESS = "000B5A4992908E" # Homematic-Geräteadresse ← anpassen!
COVER_ENTITY = "cover.shelly_c4a2f1" # Entity-ID des Rollos
SUBTYPE_LEFT = 1 # subtype linke Taste ← ggf. anpassen ROLLO_CONFIG = [
SUBTYPE_RIGHT = 2 # subtype rechte Taste ← ggf. anpassen {"entity_id": "cover.shelly_c4a2f1", "subtype_left": 1, "subtype_right": 2, "no_state_feedback": False},
{"entity_id": "cover.shelly2pmg4_ccba97d54bd4", "subtype_left": 3, "subtype_right": 4, "no_state_feedback": False},
{"entity_id": "cover.00115a498e0439", "subtype_left": 5, "subtype_right": 6, "no_state_feedback": True},
]
# Maximale Fahrzeit in Sekunden - danach wird der interne State automatisch
# auf "stopped" zurueckgesetzt (Rollo ist dann am Anschlag angekommen)
TRAVEL_TIMEOUT = 20
# ───────────────────────────────────────────────────────────────────────────── # ─────────────────────────────────────────────────────────────────────────────
# Lookup-Tabelle: subtype -> (entity_id, Seite, no_state_feedback)
_SUBTYPE_MAP = {}
for _rollo in ROLLO_CONFIG:
_SUBTYPE_MAP[_rollo["subtype_left"]] = (_rollo["entity_id"], "left", _rollo["no_state_feedback"])
_SUBTYPE_MAP[_rollo["subtype_right"]] = (_rollo["entity_id"], "right", _rollo["no_state_feedback"])
# Interner Fahrzustand fuer Rollos ohne State-Feedback
# Moegliche Werte: "moving_up" | "moving_down" | "stopped"
_internal_state = {}
# Laufende Timeout-Tasks je Entity - damit ein neuer Befehl den alten Timer abbricht
_timeout_tasks = {}
def _is_moving_internal(entity_id: str) -> bool:
"""Gibt True zurueck, wenn das Rollo laut internem Tracking gerade faehrt."""
return _internal_state.get(entity_id, "stopped") in ("moving_up", "moving_down")
def _is_moving(entity_id: str) -> bool: def _is_moving(entity_id: str) -> bool:
"""Gibt True zurück, wenn das Rollo laut HA gerade fährt.""" """Gibt True zurueck, wenn das Rollo laut HA gerade faehrt."""
current_state = state.get(entity_id) current_state = state.get(entity_id)
if current_state is None: if current_state is None:
return False return False
return current_state in ("opening", "closing") return current_state in ("opening", "closing")
async def _schedule_timeout(entity_id: str):
"""Setzt den internen State nach TRAVEL_TIMEOUT Sekunden auf 'stopped'."""
await task.sleep(TRAVEL_TIMEOUT)
if _internal_state.get(entity_id) in ("moving_up", "moving_down"):
log.info(f"[Rollo] Timeout - Fahrt abgeschlossen -> {entity_id}")
_internal_state[entity_id] = "stopped"
def _set_moving(entity_id: str, direction: str):
"""Setzt internen State und startet den Timeout-Timer."""
_internal_state[entity_id] = direction
# Vorherigen Timer abbrechen falls noch aktiv
if entity_id in _timeout_tasks:
_timeout_tasks[entity_id].cancel()
_timeout_tasks[entity_id] = task.create(_schedule_timeout(entity_id))
def _set_stopped(entity_id: str):
"""Setzt internen State auf stopped und bricht den Timeout-Timer ab."""
_internal_state[entity_id] = "stopped"
if entity_id in _timeout_tasks:
_timeout_tasks[entity_id].cancel()
del _timeout_tasks[entity_id]
@event_trigger("homematic.keypress") @event_trigger("homematic.keypress")
def handle_keypress(**kwargs): def handle_keypress(**kwargs):
"""Wertet Homematic-Keypressereignisse aus.""" """Wertet Homematic-Keypressereignisse aus."""
@@ -39,44 +91,62 @@ def handle_keypress(**kwargs):
subtype = kwargs.get("subtype") subtype = kwargs.get("subtype")
action = kwargs.get("type", "") # "press_short" | "press_long" action = kwargs.get("type", "") # "press_short" | "press_long"
# Nur Events für unseren Schalter verarbeiten # Nur Events fuer unseren Schalter verarbeiten
if address != DEVICE_ADDRESS: if address != DEVICE_ADDRESS:
return return
if subtype == SUBTYPE_LEFT: if subtype not in _SUBTYPE_MAP:
return
entity_id, side, no_state_feedback = _SUBTYPE_MAP[subtype]
if side == "left":
if action == "press_short": if action == "press_short":
_toggle_up(COVER_ENTITY) _toggle_up(entity_id, no_state_feedback)
elif action == "press_long": elif action == "press_long":
_set_position(COVER_ENTITY, 70) _set_position(entity_id, 70)
if no_state_feedback:
elif subtype == SUBTYPE_RIGHT: _set_stopped(entity_id)
elif side == "right":
if action == "press_short": if action == "press_short":
_toggle_down(COVER_ENTITY) _toggle_down(entity_id, no_state_feedback)
elif action == "press_long": elif action == "press_long":
_set_position(COVER_ENTITY, 20) _set_position(entity_id, 20)
if no_state_feedback:
_set_stopped(entity_id)
def _toggle_up(entity_id: str): def _toggle_up(entity_id: str, no_state_feedback: bool):
"""Kurzer Druck links: Hochfahren – oder Stopp, wenn das Rollo fährt.""" """Kurzer Druck links: Hochfahren - oder Stopp, wenn das Rollo faehrt."""
if _is_moving(entity_id): moving = _is_moving_internal(entity_id) if no_state_feedback else _is_moving(entity_id)
log.info(f"[Rollo] Stopp (war in Bewegung) → {entity_id}") if moving:
log.info(f"[Rollo] Stopp (war in Bewegung) -> {entity_id}")
cover.stop_cover(entity_id=entity_id) cover.stop_cover(entity_id=entity_id)
if no_state_feedback:
_set_stopped(entity_id)
else: else:
log.info(f"[Rollo] Hochfahren → {entity_id}") log.info(f"[Rollo] Hochfahren -> {entity_id}")
cover.open_cover(entity_id=entity_id) cover.open_cover(entity_id=entity_id)
if no_state_feedback:
_set_moving(entity_id, "moving_up")
def _toggle_down(entity_id: str): def _toggle_down(entity_id: str, no_state_feedback: bool):
"""Kurzer Druck rechts: Runterfahren – oder Stopp, wenn das Rollo fährt.""" """Kurzer Druck rechts: Runterfahren - oder Stopp, wenn das Rollo faehrt."""
if _is_moving(entity_id): moving = _is_moving_internal(entity_id) if no_state_feedback else _is_moving(entity_id)
log.info(f"[Rollo] Stopp (war in Bewegung) → {entity_id}") if moving:
log.info(f"[Rollo] Stopp (war in Bewegung) -> {entity_id}")
cover.stop_cover(entity_id=entity_id) cover.stop_cover(entity_id=entity_id)
if no_state_feedback:
_set_stopped(entity_id)
else: else:
log.info(f"[Rollo] Runterfahren → {entity_id}") log.info(f"[Rollo] Runterfahren -> {entity_id}")
cover.close_cover(entity_id=entity_id) cover.close_cover(entity_id=entity_id)
if no_state_feedback:
_set_moving(entity_id, "moving_down")
def _set_position(entity_id: str, position: int): def _set_position(entity_id: str, position: int):
"""Fährt das Rollo auf eine bestimmte Position (0 = ganz zu, 100 = ganz auf).""" """Faehrt das Rollo auf eine bestimmte Position (0 = ganz zu, 100 = ganz auf)."""
log.info(f"[Rollo] Zielposition {position}% → {entity_id}") log.info(f"[Rollo] Zielposition {position}% -> {entity_id}")
cover.set_cover_position(entity_id=entity_id, position=position) cover.set_cover_position(entity_id=entity_id, position=position)