Exemplo n.º 1
0
    def get(self):
        num_months = 3

        now = datetime.datetime.now()

        assignment_query = Assignment.get_all()
        assignment_query.order("end_date")
        logging.info("it worked")
Exemplo n.º 2
0
    def get(self):
        manual = self.request.get("manual") == "1"
        num_months = 6

        now = datetime.datetime.now().date()
        this_week = now - datetime.timedelta(days=now.weekday())
        dmonth = this_week.month + num_months
        if dmonth > 11:
            dyear = this_week.year + 1
            dmonth = dmonth - 11
        else:
            dyear = this_week.year
        logging.info("{} {}".format(dyear,dmonth))
        end_date = datetime.date(year=dyear, month=dmonth, day=1)
        logging.info(end_date)
        assignments = Assignment.gql("WHERE end_date > :1 ORDER BY end_date", now )
        assignments = [ a for a in assignments if a.start_date.date() < end_date ]
        assignments = sorted(assignments, key=lambda a: a.project_name)
        one_week = datetime.timedelta(days=7)
        weeks = []
        while this_week < end_date:
            this_weeks_assignments = [] 
            for a in assignments:
                
                if a.start_date.date() <= this_week <= a.end_date.date() - datetime.timedelta(days=6):
#                    a.weeks_remaining = ((a.end_date.date() - this_week).days + 1)/7
#                    logging.info(a.weeks_remaining)
                    this_weeks_assignments.append(a)

            weeks.append((this_week, this_weeks_assignments))
            this_week += one_week
        logging.info(weeks)
        calendar = Calendar.get_or_insert("main", title="Main Calendar Data")
        calendar.data = pickle.dumps(weeks)
        calendar.timestamp = datetime.datetime.now()
        calendar.manual = manual
        calendar.put()

        #delete all the NewAssignments that are now in the calendar

        db.delete(NewAssignment.all(keys_only=True))
        if manual:
            self.redirect("/settings?status=calgen")
Exemplo n.º 3
0
    def populate(self):
        #  country = self.request.get("country")
        #  partner = self.request.get("partner")
        #  project = self.request.get("project")
        #  site = self.request.get("site")

        oneweek = datetime.timedelta(days=7)
        weeks = [
            x[0]
            for x in self.calendar.monthdatescalendar(self.year, self.month)
            if x[0].month == self.month
        ]
        a_query = Assignment.get_all()  #_all()
        a_query.filter("end_date >", weeks[0])
        for week in weeks:
            a_query.filter("end_date >", week).order("end_date")
            #            a_query = db.GqlQuery("SELECT * FROM Assignment WHERE start_date < :1 ORDER BY start_date, end_date DESC", week + oneweek)

            assignments = [a for a in a_query]
            assignments = filter(lambda a: week >= a.start_date.date(),
                                 assignments)

            # if country:
            #     assignments = filter(lambda a: a.site.country == country, assignments)
            # if partner:
            #     assignments = filter(lambda a: unicode(a.partner.key()) == unicode(partner), assignments)

            # if project:
            #     assignments = filter(lambda a: unicode(a.project.key()) == unicode(project), assignments)

            # if site:
            #     assignments = filter(lambda a: unicode(a.site.key()) == unicode(site), assignments)

            if len(assignments) > 0:
                #     assignments = sorted(assignments, key=lambda a: a.site.country)
                assignments = sorted(assignments, key=lambda a: a.project.name)
                new_week = Week(week)
                new_week.setAssignments(assignments)
                self.addWeek(new_week)
Exemplo n.º 4
0
    def populate(self):
      #  country = self.request.get("country")
      #  partner = self.request.get("partner")
      #  project = self.request.get("project")
      #  site = self.request.get("site")

        oneweek = datetime.timedelta(days=7)
        weeks = [x[0] for x in  self.calendar.monthdatescalendar(self.year, self.month) if x[0].month == self.month]
        a_query = Assignment.get_all()#_all()
        a_query.filter("end_date >", weeks[0])
        for week in weeks:
            a_query.filter("end_date >", week).order("end_date")
#            a_query = db.GqlQuery("SELECT * FROM Assignment WHERE start_date < :1 ORDER BY start_date, end_date DESC", week + oneweek)

            assignments = [a for a in a_query]
            assignments = filter(lambda a: week >= a.start_date.date(), assignments)
            
            # if country:
            #     assignments = filter(lambda a: a.site.country == country, assignments)
            # if partner:
            #     assignments = filter(lambda a: unicode(a.partner.key()) == unicode(partner), assignments)

            # if project:
            #     assignments = filter(lambda a: unicode(a.project.key()) == unicode(project), assignments)

            # if site:
            #     assignments = filter(lambda a: unicode(a.site.key()) == unicode(site), assignments)



            if len(assignments) > 0:
           #     assignments = sorted(assignments, key=lambda a: a.site.country)
                assignments = sorted(assignments, key=lambda a: a.project.name)
                new_week = Week(week)
                new_week.setAssignments(assignments)
                self.addWeek(new_week)
Exemplo n.º 5
0
    def get(self):
        years = self.request.get("years")
        confirm = self.request.get("confirm")
        arched_volunteers = 0
        arched_assignments = 0
        years = 1 if years == "" else int(years)
        assignments = Assignment.all()
        assignment_count = assignments.count()
        #cutoff = datetime.datetime.now() - datetime.timedelta(days=365*years)
        cutoff = datetime.datetime(years, 1, 1)
        assignments.filter("end_date <=", cutoff)
        assignments.order("end_date").order("start_date")
        logging.info(assignments.count())
        archive = {}
        durations = {}  #[{}, {}, {}, {}]
        volunteers = []
        week = datetime.timedelta(weeks=1)
        for a in assignments:
            v = a.volunteer
            partner = a.partner_name
            if v not in volunteers:
                volunteers.append(v)
            yob = v.DOB.year
            country = v.country
            project_name = a.project_name
            s = a.start_date
            e = a.end_date
            year = s.year
            duration = e - s
            duration = duration.days
            slot_index = 8
            for prop in (country, yob, partner, project_name):
                key = str(s.date())
                if not archive.has_key(key):
                    archive[key] = new_week()
                if archive[key][slot_index].has_key(prop):
                    archive[key][slot_index][prop].append(duration)
                else:
                    archive[key][slot_index][prop] = [duration]
                slot_index += 1
            slot_index = 0
            for prop in (country, yob, partner, project_name):
                if not durations.has_key(s.year):
                    durations[year] = [{}, {}, {}, {}]
                if durations[year][slot_index].has_key(prop):
                    durations[year][slot_index][prop].append(duration)
                else:
                    durations[year][slot_index][prop] = [duration]
                slot_index += 1
            key = str(s.date())

            set_data(archive, key, country, yob, project_name, partner)

            while s < e:
                month = s.month - 1
                key = str(s.date())
                set_data(archive,
                         str(s.date()),
                         country,
                         yob,
                         project_name,
                         partner,
                         OCCUPANCY=True)
                s += week
            archive['durations'] = durations
            if confirm == "hellyes":
                a.delete()
            arched_assignments += 1
        volunteer_data = [{}, {}]
        for v in volunteers:

            if confirm == "hellyes" and v.num_assignments == 0:
                v.delete()
            arched_volunteers += 1

        dates = sorted(archive.keys(
        ))  #filter(lambda key: key != "durations", sorted(archive.keys()))
        archive_years = {}
        for date in dates:
            year = date.split("-")[0]
            if archive_years.has_key(year):
                archive_years[year][date] = archive[date]
            else:
                archive_years[year] = {date: archive[date]}
        logging.info(durations.keys())
        for year in sorted(
                filter(lambda key: key != "durations", archive_years.keys())):
            arch_ent = Archive.get_or_insert(year)
            this_arch = archive_years[year]
            this_arch['durations'] = durations[int(year)]
            if arch_ent.data is None:
                arch_ent.year = int(year)
                arch_ent.data = this_arch
            else:
                data = arch_ent.data
                logging.info(type(data))
                for week in filter(lambda x: x != 'durations',
                                   this_arch.keys()):
                    if data.has_key(week):
                        for section in range(8):
                            for key in this_arch[week][section].keys():
                                if data[week][section].has_key(key):
                                    logging.info(data)
                                    logging.info(week)
                                    logging.info(section)
                                    logging.info(key)
                                    data[week][section][key] += 1
                                else:

                                    data[week][section][key] = 1
                    else:
                        data[week] = new_week()
                        for section in range(8):
                            for key in this_arch[week][section].keys():
                                if data[week][section].has_key(key):
                                    data[week][section][key] += 1
                                else:
                                    data[week][section][key] = 1

            arch_ent.put()