7168fa4b72
Key changes: - Removed office-centric model (deleted offices.py, office-rules) - Renamed to team-rules, managers are part of their own team - Team calendar visible to all (read-only for employees) - Admins can have a manager assigned
323 lines
10 KiB
Python
323 lines
10 KiB
Python
"""
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Parking Assignment Service
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Manager-centric parking spot management with fairness algorithm
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Key concepts:
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- Managers own parking spots (defined by manager_parking_quota)
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- Each manager has a spot prefix (A, B, C...) for display names
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- Spots are named like A1, A2, B1, B2 based on manager prefix
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- Fairness: users with lowest parking_days/presence_days ratio get priority
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"""
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import uuid
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from datetime import datetime, timezone
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from sqlalchemy.orm import Session
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from sqlalchemy import func, or_
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from database.models import (
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DailyParkingAssignment, User, UserPresence,
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ParkingGuarantee, ParkingExclusion, ManagerClosingDay, ManagerWeeklyClosingDay
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)
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def get_spot_prefix(manager: User, db: Session) -> str:
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"""Get the spot prefix for a manager (from manager_spot_prefix or auto-assign)"""
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if manager.manager_spot_prefix:
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return manager.manager_spot_prefix
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# Auto-assign based on alphabetical order of managers without prefix
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managers = db.query(User).filter(
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User.role == "manager",
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User.manager_spot_prefix == None
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).order_by(User.name).all()
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# Find existing prefixes
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existing_prefixes = set(
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m.manager_spot_prefix for m in db.query(User).filter(
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User.role == "manager",
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User.manager_spot_prefix != None
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).all()
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)
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# Find first available letter
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manager_index = next((i for i, m in enumerate(managers) if m.id == manager.id), 0)
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letter = 'A'
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count = 0
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while letter in existing_prefixes or count < manager_index:
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if letter not in existing_prefixes:
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count += 1
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letter = chr(ord(letter) + 1)
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if ord(letter) > ord('Z'):
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letter = 'A'
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break
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return letter
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def get_spot_display_name(spot_id: str, manager_id: str, db: Session) -> str:
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"""Get display name for a spot (e.g., 'A3' instead of 'spot-3')"""
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manager = db.query(User).filter(User.id == manager_id).first()
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if not manager:
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return spot_id
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prefix = get_spot_prefix(manager, db)
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spot_number = spot_id.replace("spot-", "")
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return f"{prefix}{spot_number}"
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def is_closing_day(manager_id: str, date: str, db: Session) -> bool:
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"""
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Check if date is a closing day for this manager.
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Checks both specific closing days and weekly recurring closing days.
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"""
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# Check specific closing day
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specific = db.query(ManagerClosingDay).filter(
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ManagerClosingDay.manager_id == manager_id,
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ManagerClosingDay.date == date
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).first()
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if specific:
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return True
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# Check weekly closing day
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date_obj = datetime.strptime(date, "%Y-%m-%d")
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weekday = date_obj.weekday() # 0=Monday in Python
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# Convert to our format: 0=Sunday, 1=Monday, ..., 6=Saturday
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weekday_sunday_start = (weekday + 1) % 7
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weekly = db.query(ManagerWeeklyClosingDay).filter(
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ManagerWeeklyClosingDay.manager_id == manager_id,
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ManagerWeeklyClosingDay.weekday == weekday_sunday_start
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).first()
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return weekly is not None
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def initialize_parking_pool(manager_id: str, quota: int, date: str, db: Session) -> int:
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"""Initialize empty parking spots for a manager's pool on a given date.
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Returns 0 if it's a closing day (no parking available).
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"""
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# Don't create pool on closing days
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if is_closing_day(manager_id, date, db):
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return 0
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existing = db.query(DailyParkingAssignment).filter(
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DailyParkingAssignment.manager_id == manager_id,
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DailyParkingAssignment.date == date
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).count()
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if existing > 0:
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return existing
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for i in range(1, quota + 1):
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spot = DailyParkingAssignment(
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id=str(uuid.uuid4()),
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date=date,
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spot_id=f"spot-{i}",
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user_id=None,
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manager_id=manager_id,
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created_at=datetime.now(timezone.utc).isoformat()
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)
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db.add(spot)
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db.commit()
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return quota
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def get_user_parking_ratio(user_id: str, manager_id: str, db: Session) -> float:
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"""
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Calculate user's parking ratio: parking_days / presence_days
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Lower ratio = higher priority for next parking spot
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"""
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# Count days user was present
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presence_days = db.query(UserPresence).filter(
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UserPresence.user_id == user_id,
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UserPresence.status == "present"
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).count()
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if presence_days == 0:
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return 0.0 # New user, highest priority
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# Count days user got parking
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parking_days = db.query(DailyParkingAssignment).filter(
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DailyParkingAssignment.user_id == user_id,
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DailyParkingAssignment.manager_id == manager_id
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).count()
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return parking_days / presence_days
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def is_user_excluded(user_id: str, manager_id: str, date: str, db: Session) -> bool:
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"""Check if user is excluded from parking for this date"""
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exclusion = db.query(ParkingExclusion).filter(
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ParkingExclusion.manager_id == manager_id,
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ParkingExclusion.user_id == user_id
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).first()
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if not exclusion:
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return False
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# Check date range
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if exclusion.start_date and date < exclusion.start_date:
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return False
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if exclusion.end_date and date > exclusion.end_date:
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return False
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return True
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def has_guarantee(user_id: str, manager_id: str, date: str, db: Session) -> bool:
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"""Check if user has a parking guarantee for this date"""
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guarantee = db.query(ParkingGuarantee).filter(
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ParkingGuarantee.manager_id == manager_id,
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ParkingGuarantee.user_id == user_id
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).first()
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if not guarantee:
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return False
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# Check date range
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if guarantee.start_date and date < guarantee.start_date:
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return False
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if guarantee.end_date and date > guarantee.end_date:
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return False
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return True
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def get_users_wanting_parking(manager_id: str, date: str, db: Session) -> list[dict]:
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"""
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Get all users who want parking for this date, sorted by fairness priority.
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Returns list of {user_id, has_guarantee, ratio}
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Note: Manager is part of their own team and can get parking from their pool.
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"""
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# Get users who marked "present" for this date:
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# - Users managed by this manager (User.manager_id == manager_id)
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# - The manager themselves (User.id == manager_id)
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present_users = db.query(UserPresence).join(User).filter(
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UserPresence.date == date,
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UserPresence.status == "present",
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or_(User.manager_id == manager_id, User.id == manager_id)
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).all()
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candidates = []
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for presence in present_users:
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user_id = presence.user_id
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# Skip excluded users
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if is_user_excluded(user_id, manager_id, date, db):
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continue
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# Skip users who already have a spot
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existing = db.query(DailyParkingAssignment).filter(
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DailyParkingAssignment.date == date,
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DailyParkingAssignment.user_id == user_id
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).first()
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if existing:
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continue
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candidates.append({
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"user_id": user_id,
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"has_guarantee": has_guarantee(user_id, manager_id, date, db),
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"ratio": get_user_parking_ratio(user_id, manager_id, db)
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})
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# Sort: guaranteed users first, then by ratio (lowest first for fairness)
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candidates.sort(key=lambda x: (not x["has_guarantee"], x["ratio"]))
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return candidates
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def assign_parking_fairly(manager_id: str, date: str, db: Session) -> dict:
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"""
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Assign parking spots fairly based on parking ratio.
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Called after presence is set for a date.
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Returns {assigned: [...], waitlist: [...]}
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"""
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manager = db.query(User).filter(User.id == manager_id).first()
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if not manager or not manager.manager_parking_quota:
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return {"assigned": [], "waitlist": []}
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# No parking on closing days
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if is_closing_day(manager_id, date, db):
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return {"assigned": [], "waitlist": [], "closed": True}
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# Initialize pool
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initialize_parking_pool(manager_id, manager.manager_parking_quota, date, db)
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# Get candidates sorted by fairness
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candidates = get_users_wanting_parking(manager_id, date, db)
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# Get available spots
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free_spots = db.query(DailyParkingAssignment).filter(
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DailyParkingAssignment.manager_id == manager_id,
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DailyParkingAssignment.date == date,
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DailyParkingAssignment.user_id == None
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).all()
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assigned = []
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waitlist = []
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for candidate in candidates:
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if free_spots:
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spot = free_spots.pop(0)
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spot.user_id = candidate["user_id"]
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assigned.append(candidate["user_id"])
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else:
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waitlist.append(candidate["user_id"])
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db.commit()
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return {"assigned": assigned, "waitlist": waitlist}
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def release_user_spot(manager_id: str, user_id: str, date: str, db: Session) -> bool:
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"""Release a user's parking spot and reassign to next in fairness queue"""
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assignment = db.query(DailyParkingAssignment).filter(
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DailyParkingAssignment.manager_id == manager_id,
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DailyParkingAssignment.date == date,
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DailyParkingAssignment.user_id == user_id
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).first()
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if not assignment:
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return False
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# Release the spot
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assignment.user_id = None
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db.commit()
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# Try to assign to next user in fairness queue
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candidates = get_users_wanting_parking(manager_id, date, db)
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if candidates:
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assignment.user_id = candidates[0]["user_id"]
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db.commit()
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return True
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def handle_presence_change(user_id: str, date: str, old_status: str, new_status: str, manager_id: str, db: Session):
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"""
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Handle presence status change and update parking accordingly.
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Uses fairness algorithm for assignment.
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manager_id is the user's manager (from User.manager_id).
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"""
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# Don't process past dates
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target_date = datetime.strptime(date, "%Y-%m-%d").date()
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if target_date < datetime.now().date():
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return
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# Get manager
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manager = db.query(User).filter(User.id == manager_id, User.role == "manager").first()
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if not manager or not manager.manager_parking_quota:
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return
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# Initialize pool if needed
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initialize_parking_pool(manager.id, manager.manager_parking_quota, date, db)
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if old_status == "present" and new_status in ["remote", "absent"]:
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# User no longer coming - release their spot (will auto-reassign)
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release_user_spot(manager.id, user_id, date, db)
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elif new_status == "present":
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# User coming in - run fair assignment for this date
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assign_parking_fairly(manager.id, date, db)
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