def make_seats(importstep: arm.Importstep, roomname: str,
numseats: int) -> tg.Tuple[arm.Seat, ...]:
results = []
room = arm.Room(organization="org",
department="dep",
building="bldg",
room=roomname,
seat_last=arm.Seat.form_seatname(1, numseats),
importstep=importstep)
room.save()
for i in range(numseats):
seat = arm.Seat(hash=arm.Seat.seathash(
room, arm.Seat.form_seatname(1, i + 1)),
rownumber=1,
seatnumber=i + 1,
room=room)
seat.save()
results.append(seat)
return tuple(results)
def _mursv_seats(importstep: arm.Importstep, roomname: str,
seat_last: str) -> tg.Tuple[arm.Room, tg.Sequence[arm.Seat]]:
seats = []
room = arm.Room(organization=f"org{random.randint(1000,9999)}",
department="dep", building="bldg",
row_dist=1.2, seat_dist=0.7,
room=roomname, seat_last=seat_last,
importstep=importstep)
room.save()
maxrow, maxseat = arm.Seat.split_seatname(seat_last)
for r in range(1, maxrow + 1):
for s in range(1, maxseat + 1):
seatname = arm.Seat.form_seatname(r, s)
seat = arm.Seat(hash=arm.Seat.seathash(room, seatname),
rownumber=r, seatnumber=s,
room=room)
seat.save()
seats.append(seat)
return (room, seats)
def make_seats(roomname: str, numseats: int, organization="org",
department="dep") -> tg.Tuple[arm.Seat, ...]:
importstep = arm.Importstep.objects.first() # reuse existing, if any
if not importstep:
user = aum.User.objects.first() or aum.User.objects.create(name="x")
importstep = arm.Importstep(user=user)
importstep.save()
results = []
room = arm.Room(organization=organization, department=department,
building="bldg",
room=roomname,
row_dist=1.3, seat_dist=0.8,
seat_last=arm.Seat.form_seatname(1, numseats),
importstep=importstep)
room.save()
for i in range(numseats):
seat = arm.Seat(
hash=arm.Seat.seathash(room, arm.Seat.form_seatname(1, i + 1)),
rownumber=1, seatnumber=i + 1, room=room)
seat.save()
results.append(seat)
return tuple(results)