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# -*- coding: utf-8 -*-
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from datetime import datetime, time
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from datetime import time as datetime_time
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from interval import Interval, IntervalSet
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from calebasse.actes.validation_states import VALIDATION_STATES
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class Appointment(object):
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def __init__(self, title=None, begin_time=None, type=None,
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length=None, description=None, room=None):
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""" """
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self.title = title
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self.type = type
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self.length = length
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self.description = description
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self.room = room
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self.is_recurrent = False
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self.convocation_sent = None
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self.other_services_names = []
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self.patient_record_id = None
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self.patient_record_paper_id = None
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self.event_id = None
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self.event_type = None
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self.workers = None
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self.workers_initial = None
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self.workers_codes = None
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self.act_state = None
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self.act_absence = None
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self.weight = 0
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self.act_type = None
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self.validation = None
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self.holiday = False
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self.__set_time(begin_time)
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def __set_time(self, time):
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self.begin_time = time
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if time:
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self.begin_hour = time.strftime("%H:%M")
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else:
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self.begin_hour = None
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def __get_initials(self, personns):
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pass
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def init_from_event(self, event, service, validation_states=None):
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""" """
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delta = event.end_datetime - event.start_datetime
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self.event_id = event.id
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self.length = delta.seconds / 60
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self.title = event.title
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if hasattr(event, 'parent') and event.parent.recurrence_periodicity:
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self.is_recurrent = True
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services = event.services.all()
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self.date = event.start_datetime.date()
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self.__set_time(time(event.start_datetime.hour, event.start_datetime.minute))
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for e_service in services:
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if e_service != service:
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name = e_service.name.lower().replace(' ', '-')
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self.other_services_names.append(name)
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if service in services:
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self.type = "busy-here"
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else:
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self.type = "busy-elsewhere"
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self.event_id = event.id
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if event.room:
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self.room = event.room.name
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self.description = event.description
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self.workers_initial = ""
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self.workers_code = []
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if event.event_type.id == 1:
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self.workers = event.participants.all()
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self.convocation_sent = event.convocation_sent
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self.patient = event.patient
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self.patient_record_id = event.patient.id
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self.patient_record_paper_id = event.patient.paper_id
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self.act_type = event.act_type.name
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self.act_state = event.act.get_state().state_name
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if self.act_state not in ('NON_VALIDE', 'VALIDE', 'ACT_DOUBLE'):
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self.act_absence = VALIDATION_STATES.get(self.act_state)
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state = event.act.get_state()
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display_name = VALIDATION_STATES[state.state_name]
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if not state.previous_state and state.state_name == 'NON_VALIDE':
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state = None
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if not service in services:
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validation_states = None
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self.validation = (event.act, state, display_name, validation_states)
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else:
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self.event_type = event.event_type
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self.workers = event.participants.all()
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for worker in self.workers:
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self.workers_initial += " " + worker.get_initials()
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self.workers_code.append("%s-%s" % (worker.id, worker.last_name.upper()))
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def init_free_time(self, length, begin_time):
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""" """
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self.type = "free"
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self.length = length
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self.__set_time(begin_time)
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def init_busy_time(self, title, length, begin_time, description=None):
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self.title = title
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self.type = "busy-here"
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self.length = length
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self.__set_time(begin_time)
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self.description = description
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def init_holiday_time(self, title, length, begin_time, description=None):
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self.init_busy_time(title, length, begin_time, description)
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self.holiday = True
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def init_start_stop(self, title, time):
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"""
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title: Arrivee ou Depart
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"""
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self.type = "info"
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self.title = title
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self.__set_time(time)
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def get_daily_appointments(date, worker, service, time_tables, events, holidays):
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"""
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"""
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appointments = []
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timetables_set = IntervalSet((t.to_interval(date) for t in time_tables))
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holidays_set = IntervalSet((h.to_interval(date) for h in holidays))
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busy_occurrences_set = IntervalSet((o.to_interval() for o in events if not o.is_event_absence()))
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for free_time in timetables_set - (busy_occurrences_set+holidays_set):
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if free_time:
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delta = free_time.upper_bound - free_time.lower_bound
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delta_minutes = delta.seconds / 60
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appointment = Appointment()
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appointment.init_free_time(delta_minutes,
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time(free_time.lower_bound.hour, free_time.lower_bound.minute))
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appointments.append(appointment)
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validation_states = dict(VALIDATION_STATES)
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if service.name != 'CMPP' and \
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'ACT_DOUBLE' in validation_states:
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validation_states.pop('ACT_DOUBLE')
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vs = [('VALIDE', 'Présent')]
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validation_states.pop('VALIDE')
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validation_states = vs + sorted(validation_states.items(), key=lambda tup: tup[0])
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for event in events:
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appointment = Appointment()
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appointment.init_from_event(event, service, validation_states)
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appointments.append(appointment)
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for holiday in holidays:
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interval = holiday.to_interval(date)
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delta = interval.upper_bound - interval.lower_bound
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delta_minutes = delta.seconds / 60
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appointment = Appointment()
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label = u"Congé (%s)" % holiday.holiday_type.name
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appointment.init_holiday_time(label,
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delta_minutes,
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time(interval.lower_bound.hour, interval.lower_bound.minute),
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description=holiday.comment)
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appointments.append(appointment)
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for time_table in time_tables:
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interval_set = IntervalSet.between(time_table.to_interval(date).lower_bound.time(),
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time_table.to_interval(date).upper_bound.time())
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for holiday in holidays:
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holiday_interval_set = IntervalSet.between(holiday.to_interval(date).lower_bound.time(),
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holiday.to_interval(date).upper_bound.time())
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interval_set = interval_set - holiday_interval_set
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if not interval_set:
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continue
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start_time = interval_set.lower_bound()
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end_time = interval_set.upper_bound()
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appointment = Appointment()
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appointment.init_start_stop(u"Arrivée", start_time)
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appointment.weight = -1
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appointments.append(appointment)
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appointment = Appointment()
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appointment.init_start_stop(u"Départ", end_time)
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appointment.weight = 1
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appointments.append(appointment)
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return sorted(appointments, key=lambda app: (app.begin_time, app.weight))
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def get_daily_usage(date, ressource, service, occurrences):
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"""
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"""
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appointments = []
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start_time = datetime_time(8, 0)
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end_time = datetime_time(20, 0)
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all_day = Interval(datetime.combine(date, start_time), datetime.combine(date, end_time))
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timetables_set = IntervalSet([all_day])
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occurrences_set = IntervalSet((o.to_interval() for o in occurrences))
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for free_time in timetables_set - occurrences_set:
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if free_time:
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delta = free_time.upper_bound - free_time.lower_bound
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delta_minutes = delta.seconds / 60
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appointment = Appointment()
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appointment.init_free_time(delta_minutes,
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time(free_time.lower_bound.hour, free_time.lower_bound.minute))
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appointments.append(appointment)
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for occurrence in occurrences:
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appointment = Appointment()
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appointment.init_from_occurrence(occurrence, service)
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appointments.append(appointment)
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return sorted(appointments, key=lambda app: (app.begin_time, app.weight))
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