soco_play_all

gistfile1.txt

import soco

zones = soco.discover()

# store current topology
named_zones = {zone.player_name: zone for zone in zones}
_topology = {}
alert_uri = "https://ia800503.us.archive.org/8/items/futuresoundfx-98/futuresoundfx-96.mp3"

print('>> GROUPING: Group Büronos to Esszimmer')
named_zones['Büronos'].join(named_zones['Esszimmer'])
time.sleep(1)

for zone in zones:
  _topology[zone.player_name] = zone.group      

print(f"{named_zones=}")
print(f"{zones=}")
print(f"{_topology=}")


# _get_biggest_zone
biggest_zone = zones.pop()
for zones in zones:
  if len(zone.group.members) > len(biggest_zone.group.members):
    biggest_zone = zone
print(f"{biggest_zone.player_name=}")

# biggest_zone.play_uri(uri=alert_uri, title="Sonos Alert")

print()
print('>> UN-GROUPING')
for member in named_zones['Esszimmer'].group.members:
  if member.is_visible:
    if member.is_coordinator:
      print(f"Not ungrouping coordinator speaker '{member.player_name}'")
    else:
      member.unjoin()
      print(f"Ungrouped speaker '{member.player_name}'")

print()
print('>> RE-GROUPING')
zones = soco.discover()
named_zones = {zone.player_name: zone for zone in zones}
print(f"{named_zones=}")
print(f"{zones=}")

for zone in zones:
  for zone_name in _topology:
    if zone in _topology[zone_name].members and zone != _topology[zone_name].coordinator: # Wenn aktuelle Zone damals Member war aber nicht Coordinator, dann
      #print(f"Zone {zone.player_name} was Member")
      #print(f"Coordinator was {_topology[zone_name].coordinator.player_name}")
      print(f"Coordinator: {named_zones[_topology[zone_name].coordinator.player_name]}: Members: {named_zones[_topology[zone_name].coordinator.player_name].group.members}")
      if zone not in named_zones[_topology[zone_name].coordinator.player_name].group.members:
        print(f"Re-gouping {zone.player_name} to {_topology[zone_name].coordinator.player_name}")
        zone.join(_topology[zone_name].coordinator)
        time.sleep(1)
      else:
        print('old member already part of new group')

time.sleep(1)    
print()
print('>> RESULT')
zones = soco.discover()
named_zones = {zone.player_name: zone for zone in zones}
for zone in zones:
  print(zone.group.members)

soco_play_all1.py

import soco

zones = soco.discover()

# store current topology
named_zones = {zone.player_name: zone for zone in zones}
_topology = set()
alert_uri = "https://ia800503.us.archive.org/8/items/futuresoundfx-98/futuresoundfx-96.mp3"

print('>> GROUPING: Group Büronos to Esszimmer')
named_zones['Büronos'].join(named_zones['Esszimmer'])
time.sleep(1)

for zone in zones:
  _topology.add(zone.group)

print(f"{named_zones=}")
print(f"{zones=}")
print(f"{_topology=}")


# _get_biggest_zone
biggest_zone = zones.pop()
for zones in zones:
  if len(zone.group.members) > len(biggest_zone.group.members):
    biggest_zone = zone
print(f"{biggest_zone.player_name=}")

# biggest_zone.play_uri(uri=alert_uri, title="Sonos Alert")

print()
print('>> UN-GROUPING')
for member in named_zones['Esszimmer'].group.members:
  if member.is_visible:
    if member.is_coordinator:
      print(f"Not ungrouping coordinator speaker '{member.player_name}'")
    else:
      member.unjoin()
      print(f"Ungrouped speaker '{member.player_name}'")

print()
print('>> RE-GROUPING')
zones = soco.discover()
named_zones = {zone.player_name: zone for zone in zones}
print(f"{named_zones=}")
print(f"{zones=}")

for zone in zones:
  for zonegroup in _topology:
    print(f"{zonegroup=}")
    if zone in zonegroup.members and zone != zonegroup.coordinator: # Wenn aktuelle Zone damals Member war aber nicht Coordinator, dann
      #print(f"Zone {zone.player_name} was Member")
      #print(f"Coordinator was {zonegroup.coordinator.player_name}")
      #print(f"Coordinator: {named_zones[zonegroup.coordinator.player_name]}: Members: {named_zones[zonegroup.coordinator.player_name].group.members}")
      if zone not in named_zones[zonegroup.coordinator.player_name].group.members:
        print(f"Re-gouping {zone.player_name} to {zonegroup.coordinator.player_name}")
        zone.join(zonegroup.coordinator)
        time.sleep(1)
      else:
        print('old member already part of new group')

time.sleep(1)    
print()
print('>> RESULT')
zones = soco.discover()
topology = set()
for zone in zones:
  topology.add(zone.group)
  
print(f"{_topology=}")
print(f"{ topology=}")

delta = _topology.intersection(topology)
print(f"{ delta=}") 
  
if _topology == topology:
  print('TOP')
else:
  print('FLOP')