Implementation of a multiple Clients per slot logic
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@@ -198,7 +198,7 @@ def build_client_slot_ics(appointment_id: str, slot_start: str, client_name: str
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return '\r\n'.join(ics_lines)
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def new(date_start: str, date_end: str, time_span: list, slots, slot_length, user: str, mail: list=None, note:str="", calendar_enabled: bool=False, title: str="", custom_fields: list = ()) -> dict:
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def new(date_start: str, date_end: str, time_span: list, slots, slot_length, user: str, mail: list=None, note:str="", calendar_enabled: bool=False, title: str="", custom_fields: list = (), client_per_slot: int=1) -> dict:
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"""
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Generates a link for the executive to send to his clients to book a time Slot
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"""
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@@ -220,7 +220,7 @@ def new(date_start: str, date_end: str, time_span: list, slots, slot_length, use
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normalized_time_span = _normalize_time_span(time_span)
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normalized_mail = _normalize_mail_list(mail or [])
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id = termin.add(date_start, date_end, normalized_time_span, slots_int, slot_length_int, user, normalized_mail, note, calendar_enabled=calendar_enabled, title=title, custom_fields=custom_fields)
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id = termin.add(date_start, date_end, normalized_time_span, slots_int, slot_length_int, user, normalized_mail, note, calendar_enabled=calendar_enabled, title=title, custom_fields=custom_fields, clients_p_slot=client_per_slot)
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id_str = str(id)
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tenant_id = _current_tenant_id()
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@@ -259,7 +259,7 @@ def new(date_start: str, date_end: str, time_span: list, slots, slot_length, use
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}
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def book_slot(id, date_start_time, name, custom:list=()):
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def book_slot(id, date_start_time, name, custom: tuple = ()):
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try:
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item = termin.get_item(id)
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if not item:
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@@ -269,18 +269,32 @@ def book_slot(id, date_start_time, name, custom:list=()):
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if not isinstance(slots, list):
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slots = []
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# 1. Check overall total booking capacity
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capacity = int(item.get('slots', 0) or 0)
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if capacity and len(slots) >= capacity:
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return False
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# 2. Prevent the exact same user from double-booking the exact same slot
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for existing in slots:
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if isinstance(existing, (list, tuple)) and len(existing) >= 2:
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if existing[0] == date_start_time and existing[1] == name:
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return False
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# 3. Check concurrent capacity for this specific time slot
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clients_per_slot = int(item.get('clients_per_slot', 1) or 1)
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bookings_at_time = sum(
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1 for existing in slots
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if isinstance(existing, (list, tuple)) and len(existing) > 0 and existing[0] == date_start_time
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)
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if bookings_at_time >= clients_per_slot:
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return False
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# Append the new booking successfully
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slots.append((date_start_time, name, custom))
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success = termin.update(id, slots)
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return bool(success)
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except Exception as e:
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print(f"Error booking slot: {e}")
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return False
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@@ -331,32 +345,46 @@ def get_available(id):
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date_end = termin_range.get('date_end')
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time_span = termin_range.get('time_span', [])
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# Safe integer parsing without heavy try-except blocks
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try:
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total_slots = int(termin_range.get('slots', 0) or 0)
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except Exception:
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except (ValueError, TypeError):
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total_slots = 0
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# Support both spellings gracefully
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raw_length = termin_range.get('slot_length') or termin_range.get('slot_lenght') or 0
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try:
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slot_length = int(termin_range.get('slot_length') or termin_range.get('slot_lenght') or 0)
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except Exception:
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slot_length = termin_range.get('slot_length') or termin_range.get('slot_lenght')
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slot_length = int(raw_length)
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except (ValueError, TypeError):
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slot_length = raw_length
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clients_per_slot = int(termin_range.get('clients_per_slot', 1) or 1)
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booked = termin_range.get('slots_booked', []) or []
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# Normalize the bookings list safely
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normalized = []
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bookings_by_time = {} # Tracks how many people are in each specific time slot
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for s in booked:
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if isinstance(s, (list, tuple)) and len(s) >= 2:
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normalized.append({'start': s[0], 'name': s[1]})
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slot_time = s[0]
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item = {'start': slot_time, 'name': s[1]}
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elif isinstance(s, dict):
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normalized.append(s)
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slot_time = s.get('start')
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item = s
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else:
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normalized.append({'value': s})
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slot_time = str(s)
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item = {'value': s}
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normalized.append(item)
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# Count concurrent bookings per timestamp
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if slot_time:
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bookings_by_time[slot_time] = bookings_by_time.get(slot_time, 0) + 1
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# Calculate remaining total capacity safely
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slots_used = len(normalized)
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try:
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slots_left = max(0, int(total_slots) - slots_used)
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except Exception:
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slots_left = max(0, slots_used - slots_used)
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slots_left = max(0, total_slots - slots_used)
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return {
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'date_start': date_start,
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@@ -365,8 +393,10 @@ def get_available(id):
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'slot_length': slot_length,
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'slot_lenght': slot_length,
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'slots_total': total_slots,
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'clients_per_slot': clients_per_slot,
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'slots_booked': normalized,
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'slots_left': slots_left,
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'bookings_by_time': bookings_by_time
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}
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except Exception as e:
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print(f"Error getting available slots: {e}")
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@@ -114,9 +114,9 @@ def client(appointment_id):
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appointment_item = termin.get_item(appointment_id) or {}
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appointment_owner = str(appointment_item.get('user', '') or '').strip()
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# Extract the custom fields defined by the appointment owner
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custom_fields = appointment_item.get('custom_fields', [])
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# Permissions check
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can_view_booking_names = False
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if current_user:
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try:
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@@ -124,6 +124,7 @@ def client(appointment_id):
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except Exception:
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can_view_booking_names = bool(current_user == appointment_owner)
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# Sanitize data for public/client view
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available_for_view = dict(available)
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if not can_view_booking_names:
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sanitized_bookings = []
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@@ -139,21 +140,19 @@ def client(appointment_id):
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if request.method == 'POST':
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action = request.form.get('action', 'book')
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# Fall 1: ADMIN/AUTOR storniert einen Termin
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# Case 1: Admin/Owner cancels a booking
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if action == 'delete' and can_view_booking_names:
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slot_time = request.form.get('slot_time')
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client_name = request.form.get('target_client_name')
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# Aktuelle Buchungen direkt aus dem DB-Item holen
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current_slots = appointment_item.get('slots_booked', []) or []
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# Filtere den zu löschenden Slot heraus (Prüfung auf Zeit und Name)
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# Keep everything EXCEPT the item targeted for deletion
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updated_slots = [
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slot for slot in current_slots
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if not (isinstance(slot, (list, tuple)) and slot[0] == slot_time and slot[1] == client_name)
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]
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# In DB schreiben via deiner existierenden termin.update() Funktion
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if termin.update(appointment_id, updated_slots):
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flash('Buchung wurde erfolgreich gelöscht.', 'success')
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else:
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@@ -161,11 +160,11 @@ def client(appointment_id):
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return redirect(url_for('terminplaner.client', appointment_id=appointment_id, tenant=_current_tenant_id() or None))
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# Fall 2: NORMALER CLIENT bucht einen Termin
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# Case 2: Client books a slot
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elif action == 'book':
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start_daytime = request.form.get('start_day_time')
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username = request.form.get('client_name')
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custom_answers = request.form.getlist('custom_answers')
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custom_answers = tuple(request.form.getlist('custom_answers')) # Cast to tuple for DB safety
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if not start_daytime or not username:
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flash('Bitte Name und gewünschte Uhrzeit angeben.', 'error')
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@@ -190,7 +189,7 @@ def client(appointment_id):
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)
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)
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flash('Der Termin konnte nicht gespeichert werden.', 'error')
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flash('Der Termin konnte nicht gespeichert werden. Eventuell ist der Slot bereits voll.', 'error')
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return render_template(
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'termin_client.html',
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@@ -252,7 +251,7 @@ def delete_appointment(appointment_id):
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@appoint_bp.route('/configure', methods=['GET', 'POST'])
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def configure():
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"""
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Route for authenticated persons to configure a new appointment for them
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Route for authenticated persons to configure a new appointment schedule
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"""
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guard = _require_module_enabled()
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if guard:
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@@ -273,6 +272,11 @@ def configure():
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add_to_calendar = request.form.get('add_to_calendar') == 'on'
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title = request.form.get('title', '').strip()
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custom = request.form.getlist('custom_fields')
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try:
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clients_p_slot = int(request.form.get('clients_per_slot', 1))
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except (ValueError, TypeError):
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clients_p_slot = 1
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if not start or not end or not time or not slots_amount or not slot_length or not title:
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flash('Bitte alle Pflichtfelder ausfüllen.', 'error')
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@@ -283,28 +287,54 @@ def configure():
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email_service_enabled=cfg.EMAIL_ENABLED,
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)
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# Variablen im Funktionsaufruf aktualisiert
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result = appointment_service.new(start, end, time, slots_amount, slot_length, session["username"], mail, note, calendar_enabled=add_to_calendar, title=title, custom_fields=custom)
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# Call the database service function (standardized to match your underlying code)
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inserted_id = appointment_service.add(
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date_start=start,
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date_end=end,
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time_span=time,
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slots=slots_amount,
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slot_lenght=slot_length,
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user=session["username"],
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mail=mail,
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note=note,
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calendar_enabled=add_to_calendar,
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title=title,
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custom_fields=custom,
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clients_p_slot=clients_p_slot
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)
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if not inserted_id:
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flash('Fehler beim Erstellen des Terminplans.', 'error')
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return redirect(url_for('terminplaner.configure'))
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# Resolve the URL string here using Flask's native url_for instead of relying on the database layer
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generated_link = url_for(
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'terminplaner.client',
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appointment_id=str(inserted_id),
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tenant=_current_tenant_id() or None,
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_external=True
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)
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flash('Der Terminplan wurde angelegt.', 'success')
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return render_template(
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'termin_configure.html',
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school_periods=cfg.SCHOOL_PERIODS,
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generated_link=result['link'],
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calendar_link=result.get('calendar_link'),
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generated_link=generated_link,
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calendar_link=None, # Update with calendar service link generation if needed
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add_to_calendar=add_to_calendar,
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email_service_enabled=cfg.EMAIL_ENABLED,
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title=title,
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)
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elif request.method == "GET":
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return render_template(
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'termin_configure.html',
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school_periods=cfg.SCHOOL_PERIODS,
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generated_link=None,
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calendar_link=None,
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add_to_calendar=False,
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email_service_enabled=cfg.EMAIL_ENABLED,
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title=None,
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)
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return render_template(
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'termin_configure.html',
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school_periods=cfg.SCHOOL_PERIODS,
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generated_link=None,
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calendar_link=None,
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add_to_calendar=False,
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email_service_enabled=cfg.EMAIL_ENABLED,
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title=None,
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)
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@appoint_bp.route('/calendar/<appointment_id>.ics', methods=['GET'])
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