joeni

Add new migrations and implement roster models

The database system should be done by now. I've added a couple of new model classes so that work can begin on a roster system. I've also added a new Group class to the courses app, because certain studies may have different groups. This was told to me by the professor.
Additionally, Some old migrations have been added that I forgot to implement.

Author
Maarten 'Vngngdn' Vangeneugden
Date
Jan. 24, 2018, 1:15 a.m.
Hash
389f9833d742c0fd04de07f7f999cccb62e5dda4
Parent
8e88f95f28f20568e78174ef284f1ed22ff5c11c
Modified files
administration/migrations/0008_auto_20180124_0049.py
administration/migrations/0009_auto_20180124_0049.py
administration/models.py
administration/views.py
courses/migrations/0003_auto_20180124_0049.py
courses/migrations/0004_auto_20180124_0049.py
courses/models.py

administration/migrations/0008_auto_20180124_0049.py

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from django.db import migrations, models
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class Migration(migrations.Migration):
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    dependencies = [
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        ('administration', '0007_auto_20171121_2018'),
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    ]
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    operations = [
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        migrations.CreateModel(
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            name='Event',
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            fields=[
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                ('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
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                ('begin_time', models.DateTimeField(help_text='The begin date and time that this event takes place.', verbose_name='begin time')),
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                ('end_time', models.DateTimeField(help_text='The end date and time that this event takes place.', verbose_name='end time')),
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                ('note', models.TextField(blank=True, help_text='Optional. If necessary, this field allows for additional information that can be shown to the people for whom this event is.')),
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                ('created', models.DateTimeField(auto_now_add=True)),
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                ('last_update', models.DateTimeField(auto_now=True)),
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            ],
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        ),
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        migrations.RemoveField(
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            model_name='curriculum',
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            name='courses',
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        ),
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    ]
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administration/migrations/0009_auto_20180124_0049.py

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from django.conf import settings
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from django.db import migrations, models
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import django.db.models.deletion
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class Migration(migrations.Migration):
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    dependencies = [
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        ('courses', '0003_auto_20180124_0049'),
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        ('administration', '0008_auto_20180124_0049'),
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    ]
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    operations = [
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        migrations.AddField(
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            model_name='curriculum',
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            name='course_programmes',
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            field=models.ManyToManyField(help_text='All the course programmes included in this curriculum.', to='courses.CourseProgramme'),
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        ),
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        migrations.AlterField(
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            model_name='courseresult',
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            name='course_programme',
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            field=models.ForeignKey(on_delete=django.db.models.deletion.PROTECT, to='courses.CourseProgramme'),
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        ),
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        migrations.AlterField(
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            model_name='curriculum',
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            name='year',
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            field=models.DateField(auto_now_add=True, db_index=True, help_text='The academic year for which this curriculum is. If this field is equal to 2008, then that means this curriculum is for the academic year 2008-2009.'),
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        ),
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        migrations.CreateModel(
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            name='CourseEvent',
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            fields=[
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                ('event_ptr', models.OneToOneField(auto_created=True, on_delete=django.db.models.deletion.CASCADE, parent_link=True, primary_key=True, serialize=False, to='administration.Event')),
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                ('subject', models.CharField(help_text="The subject of this event. Examples are 'Hoorcollege', 'Zelfstudie', ...", max_length=32)),
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                ('course', models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='courses.CourseProgramme')),
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                ('docent', models.ForeignKey(help_text='The person who will be the main overseer of this event.', limit_choices_to={'is_staff': True}, on_delete=django.db.models.deletion.PROTECT, to=settings.AUTH_USER_MODEL)),
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                ('group', models.ForeignKey(help_text="Some courses have multiple groups. If that's the case, and this event is only for a specific group, then that group must be referenced here.", null=True, on_delete=django.db.models.deletion.CASCADE, to='courses.Group')),
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                ('room', models.ForeignKey(help_text='The room in which this event will be held.', on_delete=django.db.models.deletion.PROTECT, to='administration.Room')),
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            ],
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            bases=('administration.event',),
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        ),
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        migrations.CreateModel(
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            name='StudyEvent',
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            fields=[
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                ('event_ptr', models.OneToOneField(auto_created=True, on_delete=django.db.models.deletion.CASCADE, parent_link=True, primary_key=True, serialize=False, to='administration.Event')),
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            ],
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            bases=('administration.event',),
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        ),
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        migrations.CreateModel(
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            name='UniversityEvent',
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            fields=[
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                ('event_ptr', models.OneToOneField(auto_created=True, on_delete=django.db.models.deletion.CASCADE, parent_link=True, primary_key=True, serialize=False, to='administration.Event')),
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            ],
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            bases=('administration.event',),
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        ),
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    ]
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administration/models.py

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from django.core.exceptions import ValidationError
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from django.core.validators import MaxValueValidator
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from django.utils.translation import ugettext_lazy as _
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from django.contrib.auth.models import AbstractUser
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import datetime
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import os
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import uuid
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def validate_IBAN(value):
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    """ Validates if the given value qualifies as a valid IBAN number.
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    This validator checks if the structure is valid, and calculates the control
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    number if the structure is correct. If the control number fails, or the
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    structure is invalid, a ValidationError will be raised. In that case,
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    the Error will specify whether the structure is incorrect, or the control
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    number is not valid.
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    """
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    # FIXME: This function is not complete. When there's time, implement
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    # as specified at https://nl.wikipedia.org/wiki/International_Bank_Account_Number#Structuur
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    if False:
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        raise ValidationError(
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            _('%(value)s is not a valid IBAN number.'),
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            params={'value': value},)
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def validate_BIC(value):
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    """ Same functionality as validate_IBAN, but for BIC-codes. """
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    # FIXME: This function is not complete. When there's time, implement
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    # as specified at https://nl.wikipedia.org/wiki/Business_Identifier_Code
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    pass
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class User(AbstractUser):
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    """ Replacement for the standard Django User model. """
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    number = models.AutoField(
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        primary_key=True,
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        help_text=_("The number assigned to this user."),
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        )
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    created = models.DateField(auto_now_add=True)
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    first_name = models.CharField(max_length=64, blank=False)
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    last_name = models.CharField(max_length=64, blank=False)
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    title = models.CharField(
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        max_length=64,
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        blank=True,
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        help_text=_("The academic title of this user, if applicable."),
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        )
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    DOB = models.DateField(
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        blank=False,
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        #editable=False,
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        help_text=_("The date of birth of this user."),
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        )
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    POB = models.CharField(
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        max_length=64,
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        blank=False,
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        #editable=False,
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        help_text=_("The place of birth of this user."),
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        )
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    nationality = models.CharField(
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        max_length=64,
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        blank=False,
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        help_text=_("The current nationality of this user."),
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        )
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    # XXX: What if this starts with zeros?
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    national_registry_number = models.BigIntegerField(
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        unique=True,
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        #editable=False,
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        help_text=_("The assigned national registry number of this user."),
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        )
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    civil_status = models.CharField(
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        max_length=32,
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        choices = (
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            ("Single", _("Single")),
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            ("Married", _("Married")),
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            ("Divorced", _("Divorced")),
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            ("Widowed", _("Widowed")),
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            ("Partnership", _("Partnership")),
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            ),
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        blank=False,
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        # There may be more; consult http://www.aantrekkingskracht.com/trefwoord/burgerlijke-staat
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        # for more information.
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        help_text=_("The civil/marital status of the user."),
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        )
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    is_staff = models.BooleanField(
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        default=False,
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        help_text=_("Determines if this user is part of the university's staff."),
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        )
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    is_student = models.BooleanField(
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        default=True,
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        help_text=_("Indicates if this user is a student at the university."),
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        )
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    # Home address
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    home_street = models.CharField(max_length=64, blank=False)
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    home_number = models.PositiveSmallIntegerField(blank=False)
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    home_bus = models.PositiveSmallIntegerField(null=True)
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    home_postal_code = models.PositiveSmallIntegerField(blank=False)
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    home_country = models.CharField(max_length=64, blank=False)
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    home_telephone = models.CharField(
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        max_length=64,
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        help_text=_("The telephone number for the house address. Prefix 0 can be presented with the national call code in the system."),
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        )
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    # Study address
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    study_street = models.CharField(max_length=64, blank=False)
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    study_number = models.PositiveSmallIntegerField(blank=False)
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    study_bus = models.PositiveSmallIntegerField(null=True)
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    study_postal_code = models.PositiveSmallIntegerField(blank=False)
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    study_country = models.CharField(max_length=64, blank=False)
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    study_telephone = models.CharField(
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        max_length=64,
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        help_text=_("The telephone number for the study address. Prefix 0 can be presented with the national call code in the system."),
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        )
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    study_cellphone = models.CharField(
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        max_length=64,
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        help_text=_("The cellphone number of the person. Prefix 0 can be presented with then national call code in the system."),
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        )
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    # Titularis address
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    # XXX: These fields are only required if this differs from the user itself.
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    titularis_street = models.CharField(max_length=64, null=True)
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    titularis_number = models.PositiveSmallIntegerField(null=True)
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    titularis_bus = models.PositiveSmallIntegerField(null=True)
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    titularis_postal_code = models.PositiveSmallIntegerField(null=True)
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    titularis_country = models.CharField(max_length=64, null=True)
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    titularis_telephone = models.CharField(
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        max_length=64,
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        help_text=_("The telephone number of the titularis. Prefix 0 can be presented with the national call code in the system."),
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        null=True,
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        )
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    # Financial details
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    bank_account_number = models.CharField(
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        max_length=34,  # Max length of all IBAN account numbers
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        validators=[validate_IBAN],
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        help_text=_("The IBAN of this user. No spaces!"),
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        )
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    BIC = models.CharField(
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        max_length=11,
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        validators=[validate_BIC],
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        help_text=_("The BIC of this user's bank."),
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        )
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""" NOTE: What about all the other features that should be in the administration?
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While there are a lot of things to cover, as of now, I have no way to know which
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ones are still valid, which are deprecated, and so on...
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Additionally, every feature may have a different set of requirements, data,
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and it's very likely making an abstract class won't do any good. Thus I have
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decided to postpone making additional tables and forms for these features until
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I have clearance about certain aspects. """
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class Curriculum(models.Model):
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    """ The curriculum of a particular student.
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    Every academic year, a student has to hand in a curriculum (s)he wishes to
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    follow. This is then reviewed by a committee. A curriculum exists of all the
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    courses one wants to partake in in a certain year. """
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    student = models.ForeignKey(
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        "User",
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        on_delete=models.CASCADE,
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        limit_choices_to={'is_student': True},
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        null=False,
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        #editable=False,
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        unique_for_year="year",  # Only 1 curriculum per year
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        )
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    year = models.DateField(
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        auto_now_add=True,
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        db_index=True,
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        help_text=_("The academic year for which this curriculum is. "
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                    "If this field is equal to 2008, then that means "
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                    "this curriculum is for the academic year "
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                    "2008-2009."),
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        )
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    last_modified = models.DateTimeField(
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        auto_now=True,
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        help_text=_("The last timestamp that this was updated."),
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        )
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    course_programmes = models.ManyToManyField(
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        "courses.CourseProgramme",
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        null=False,
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        help_text=_("All the course programmes included in this curriculum."),
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        )
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    approved = models.NullBooleanField(
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        default=None,
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        help_text=_("Indicates if this curriculum has been approved. If true, "
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                    "that means the responsible committee has reviewed and "
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                    "approved the student for this curriculum. False otherwise. "
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                    "If review is still pending, the value is NULL. Modifying "
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                    "the curriculum implies this setting is set to NULL again."),
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        )
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    note = models.TextField(
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        blank=True,
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        help_text=_("Additional notes regarding this curriculum. This has "
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                    "multiple uses. For the student, it is used to clarify "
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                    "any questions, or to motivate why (s)he wants to take a "
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                    "course for which the requirements were not met. "
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                    "The reviewing committee can use this field to argument "
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                    "their decision, especially for when the curriculum is "
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                    "denied."),
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        )
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    def courses(self):
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        """ Returns a set of all the courses that are in this curriculum.
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        This is not the same as CourseProgrammes, as these can differ depending
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        on which study one follows. """
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        course_set = set()
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        for course_programme in self.course_programmes:
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            course_set.add(course_programme.course)
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        return course_set
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    def curriculum_type(self):
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        """ Returns the type of this curriculum. At the moment, this is
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        either a standard programme, or an individualized programme. """
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        # Currently: A standard programme means: All courses are from the
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        # same study, ánd from the same year. Additionally, all courses
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        # from that year must've been taken.
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        # FIXME: Need a way to determine what is the standard programme.
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        # If not possible, make this a charfield with options or something
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        pass
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    def __str__(self):
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        year = self.year.year
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        if self.year.month < 7:
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            return str(self.student) +" | "+ str(year-1) +"-"+ str(year)
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        else:
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            return str(self.student) +" | "+ str(year) +"-"+ str(year+1)
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class CourseResult(models.Model):
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    """ A student has to obtain a certain course result. These are stored here,
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    together with all the appropriate information. """
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    # TODO: Validate that a course programme for a student can only be made once per year for each course, if possible.
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    CRED = _("Credit acquired")
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    FAIL = _("Credit not acquired")
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    TLRD = _("Tolerated")
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    ITLD = _("Tolerance used")
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    # Possible to add more in the future
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    student = models.ForeignKey(
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        "User",
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        on_delete=models.CASCADE,
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        limit_choices_to={'is_student': True},
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        null=False,
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        )
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    course_programme = models.ForeignKey(
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        "courses.CourseProgramme",
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        on_delete=models.PROTECT,
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        null=False,
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        )
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    released = models.DateField(
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        auto_now=True,
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        help_text=_("The date that this result was last updated."),
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        )
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    first_score = models.PositiveSmallIntegerField(
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        null=True,  # It's possible a score does not exist.
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        validators=[MaxValueValidator(
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            20,
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            _("The score mustn't be higher than 20."),
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            )],
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        )
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    second_score = models.PositiveSmallIntegerField(
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        null=True,
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        validators=[MaxValueValidator(
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            20,
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            _("The score mustn't be higher than 20."),
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            )],
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        )
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    result = models.CharField(
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        max_length=10,
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        choices = (
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            ("CRED", CRED),
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            ("FAIL", FAIL),
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            ("TLRD", TLRD),
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            ("ITLD", ITLD),
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            ),
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        blank=False,
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        help_text=_("The final result this record constitutes."),
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        )
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    def __str__(self):
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        stdnum = str(self.student.number)
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        result = self.result
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        if result == "CRED":
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            if self.first_score < 10:
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                result = "C" + self.first_score + "1"
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            else:
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                result = "C" + self.second_score + "2"
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        course = str(self.course_programme.course)
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        return stdnum +" ("+ result +") | "+ course
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class PreRegistration(models.Model):
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    """ At the beginning of the new academic year, students can register
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    themselves at the university. Online, they can do a preregistration already.
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    These records are stored here and can later be retrieved for the actual
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    registration process.
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    Note: The current system in use at Hasselt University provides a password system.
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    That will be eliminated here. Just make sure that the entered details are correct.
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    Should there be an error, and the same email address is used to update something,
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    a mail will be sent to that address to verify this was a genuine update."""
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    created = models.DateField(auto_now_add=True)
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    first_name = models.CharField(max_length=64, blank=False, help_text=_("Your first name."))
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    last_name = models.CharField(max_length=64, blank=False, help_text=_("Your last name."))
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    additional_names = models.CharField(max_length=64, blank=True, help_text=_("Any additional names."))
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    title = models.CharField(
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        max_length=64,
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        blank=True,
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        help_text=_("Any additional titles, prefixes, ..."),
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        )
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    DOB = models.DateField(
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        blank=False,
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        #editable=False,
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        help_text=_("Your date of birth."),
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        )
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    POB = models.CharField(
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        max_length=64,
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        blank=False,
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        #editable=False,
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        help_text=_("The place you were born."),
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        )
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    nationality = models.CharField(
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        max_length=64,
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        blank=False,
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        help_text=_("Your current nationality."),
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        )
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    national_registry_number = models.BigIntegerField(
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        null=True,
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        help_text=_("If you have one, your national registry number."),
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        )
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    civil_status = models.CharField(
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        max_length=32,
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        choices = (
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            ("Single", _("Single")),
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            ("Married", _("Married")),
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            ("Divorced", _("Divorced")),
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            ("Widowed", _("Widowed")),
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            ("Partnership", _("Partnership")),
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            ),
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        blank=False,
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        # There may be more; consult http://www.aantrekkingskracht.com/trefwoord/burgerlijke-staat
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        # for more information.
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        help_text=_("Your civil/marital status."),
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        )
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    email = models.EmailField(
337
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        blank=False,
338
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        unique=True,
339
339
        help_text=_("The e-mail address we will use to communicate until your actual registration."),
340
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        )
341
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    study = models.ForeignKey(
342
342
        "courses.Study",
343
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        on_delete=models.PROTECT,
344
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        null=False,
345
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        help_text=_("The study you wish to follow. Be sure to provide all legal"
346
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                    "documents that are required for this study with this "
347
347
                    "application, or bring them with you to the final registration."),
348
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        )
349
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    study_type = models.CharField(
350
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        max_length=32,
351
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        choices = (
352
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            ("Diplom contract", _("Diplom contract")),
353
353
            ("Exam contract", _("Exam contract")),
354
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            ("Credit contract", _("Credit contract")),
355
355
            ),
356
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        blank=False,
357
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        help_text=_("The type of study contract you wish to follow."),
358
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        )
359
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    document = models.FileField(
360
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        upload_to="pre-enrollment/%Y",
361
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        help_text=_("Any legal documents regarding your enrollment."),
362
362
        )
363
363
    # XXX: If the database in production is PostgreSQL, comment document, and
364
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    # uncomment the next column.
365
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    """documents = models.ArrayField(
366
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        models.FileField(upload_to="pre-enrollment/%Y"),
367
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        help_text=_("Any legal documents regarding your enrollment."),
368
368
        )"""
369
369
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    def __str__(self):
371
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        name = self.last_name +" "+ self.first_name
372
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        dob = self.DOB.strftime("%d/%m/%Y")
373
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        return name +" | "+ dob
374
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# Planning and organization related tables
377
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class Room(models.Model):
378
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    """ Represents a room in the university.
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    Rooms can have a number of properties, which are stored in the database.
380
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    """
381
381
    # Types of rooms
382
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    LABORATORY = _("Laboratory")  # Chemistry/Physics equipped rooms
383
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    CLASS_ROOM = _("Class room")  # Simple class rooms
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    AUDITORIUM = _("Auditorium")  # Large rooms with ample seating and equipment for lectures
385
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    PC_ROOM    = _("PC room"   )  # Rooms equipped for executing PC related tasks
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    PUBLIC_ROOM= _("Public room") # Restaurants, restrooms, ... general public spaces
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    OFFICE     = _("Office"    )  # Private offices for staff
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    PRIVATE_ROOM = _("Private room")  # Rooms accessible for a limited public; cleaning cupboards, kitchens, ...
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    WORKSHOP   = _("Workshop"  )  # Rooms with hardware equipment to build and work on materials
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    OTHER      = _("Other"     )  # Rooms that do not fit in any other category
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    name = models.CharField(
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        max_length=20,
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        primary_key=True,
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        blank=False,
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        help_text=_("The name of this room. If more appropriate, this can be the colloquial name."),
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        )
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    seats = models.PositiveSmallIntegerField(
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        help_text=_("The amount of available seats in this room. This can be handy for exams for example."),
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        )
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    wheelchair_accessible = models.BooleanField(default=True)
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    exams_equipped = models.BooleanField(
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        default=True,
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        help_text=_("Indicates if exams can reasonably be held in this room."),
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        )
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    computers_available = models.PositiveSmallIntegerField(
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        default=False,
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        help_text=_("Indicates how many computers are available in this room."),
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        )
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    projector_available = models.BooleanField(
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        default=False,
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        help_text=_("Indicates if a projector is available at this room."),
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        )
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    blackboards_available = models.PositiveSmallIntegerField(
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        help_text=_("The amount of blackboards available in this room."),
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        )
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    whiteboards_available = models.PositiveSmallIntegerField(
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        help_text=_("The amount of whiteboards available in this room."),
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        )
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    category = models.CharField(
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        max_length=16,
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        blank=False,
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        choices = (
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            ("LABORATORY", LABORATORY),
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            ("CLASS_ROOM", CLASS_ROOM),
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            ("AUDITORIUM", AUDITORIUM),
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            ("PC_ROOM", PC_ROOM),
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            ("PUBLIC_ROOM", PUBLIC_ROOM),
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            ("OFFICE", OFFICE),
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            ("PRIVATE_ROOM", PRIVATE_ROOM),
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            ("WORKSHOP", WORKSHOP),
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            ("OTHER", OTHER),
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            ),
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        help_text=_("The category that best suits the character of this room."),
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        )
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    reservable = models.BooleanField(
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        default=True,
439
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        help_text=_("Indicates if this room can be reserved for something."),
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        )
441
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    note = models.TextField(
442
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        blank=True,
443
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        help_text=_("If some additional info is required for this room, like a "
444
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                    "characteristic property (e.g. 'Usually occupied by 2BACH "
445
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                    "informatics'), state it here."),
446
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        )
447
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    # TODO: Add a campus/building field or not?
448
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    def reservation_possible(self, begin, end, seats=None):
450
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        """ Returns a boolean indicating if reservating during the given time
451
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        is possible. If the begin overlaps with a reservation's end or vice versa,
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        this is regarded as possible.
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        Takes seats as optional argument. If not specified, it is assumed the entire
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        room has to be reserved. """
455
455
        if self.reservable is False:
456
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            return False
457
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        if seats is not None and seats < 0: raise ValueError(_("seats ∈ ℕ"))
458
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        reservations = RoomReservation.objects.filter(room=self)
460
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        for reservation in reservations:
461
461
            if reservation.end <= begin or reservation.begin >= end:
462
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                continue  # Can be trivially skipped, no overlap here
463
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            elif seats is None or reservation.seats is None:
464
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                return False  # The whole room cannot be reserved -> False
465
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            elif seats + reservation.seats > self.seats:
466
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                    return False  # Total amount of seats exceeds the available amount -> False
467
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        return True  # No overlappings found -> True
468
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    def __str__(self):
470
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        return self.name
471
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472
class RoomReservation(models.Model):
473
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    """ Rooms are to be reserved from time to time. They can be reserved
474
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    by externals, for something else, and whatnot. That is stored in this table.
475
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    """
476
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    room = models.ForeignKey(
477
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        "Room",
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        on_delete=models.CASCADE,
479
479
        null=False,
480
480
        #editable=False,
481
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        db_index=True,
482
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        limit_choices_to={"reservable": True},
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        help_text=_("The room that is being reserved at this point."),
484
484
        )
485
485
    reservator = models.ForeignKey(
486
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        "User",
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        on_delete=models.CASCADE,
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        null=False,
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489
        #editable=False,
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        help_text=_("The person that made the reservation (and thus responsible)."),
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        )
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    timestamp = models.DateTimeField(auto_now_add=True)
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    start_time = models.DateTimeField(
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        null=False,
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        help_text=_("The time that this reservation starts."),
496
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        )
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    end_time = models.DateTimeField(
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        null=False,
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        help_text=_("The time that this reservation ends."),
500
500
        )
501
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    seats = models.PositiveSmallIntegerField(
502
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        null=True,
503
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        help_text=_("Indicates how many seats are required. If this is left null, "
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                    "it is assumed the entire room has to be reserved."),
505
505
        )
506
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    reason = models.CharField(
507
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        max_length=64,
508
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        blank=True,
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        help_text=_("The reason for this reservation, if useful."),
510
510
        )
511
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    note = models.TextField(
512
512
        blank=True,
513
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        help_text=_("If some additional info is required for this reservation, "
514
514
                    "state it here."),
515
515
        )
516
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517
    def __str__(self):
518
518
        start = self.start_time.strftime("%H:%M")
519
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        end = self.end_time.strftime("%H:%M")
520
520
        return str(self.room) +" | "+ start +"-"+ end
521
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522
class Degree(models.Model):
523
523
    """ Contains all degrees that were achieved at this university.
524
524
    There are no foreign keys in this field. This allows system
525
525
    administrators to safely remove accounts from alumni, without
526
526
    the risk of breaking referential integrity or accidentally removing
527
527
    degrees.
528
528
    While keeping some fields editable that look like they shouldn't be
529
529
    (e.g. first_name), this makes it possible for alumni to have a name change
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530
    later in their life, and still being able to get a copy of their degree. """
531
531
    """ Reason for an ID field for every degree:
532
532
    This system allows for employers to verify that a certain applicant has indeed,
533
533
    achieved the degrees (s)he proclaims to have. Because of privacy concerns,
534
534
    a university cannot disclose information about alumni.
535
535
    That's where the degree ID comes in. This ID can be printed on all future
536
536
    degrees. The employer can then visit the university's website, and simply
537
537
    enter the ID. The website will then simply print what study is attached to
538
538
    this degree, but not disclose names or anything identifiable. This strikes
539
539
    thé perfect balance between (easy and digital) degree verification for employers, and maintaining
540
540
    alumni privacy to the highest extent possible. """
541
541
    id = models.UUIDField(primary_key=True, default=uuid.uuid4, editable=False)
542
542
    first_name = models.CharField(
543
543
        max_length=64,
544
544
        blank=False,
545
545
        )
546
546
    last_name = models.CharField(
547
547
        max_length=64,
548
548
        blank=False,
549
549
        )
550
550
    additional_names = models.CharField(
551
551
        max_length=64,
552
552
        blank=True,
553
553
        )
554
554
    DOB = models.DateField(null=False)#editable=False, null=False)  # This can't be changed, of course
555
555
    POB = models.CharField(
556
556
        max_length=64,
557
557
        blank=False,
558
558
        #editable=False,
559
559
        )
560
560
    # The study also has to be a charfield, because if a study is removed,
561
561
    # The information will be lost.
562
562
    study = models.CharField(
563
563
        max_length=64,
564
564
        blank=False,
565
565
        #editable=False,
566
566
        )
567
567
    achieved = models.DateField(null=False)#editable=False, null=False)
568
568
    user = models.ForeignKey(
569
569
        "User",
570
570
        on_delete=models.SET_NULL,
571
571
        null=True,
572
572
        help_text=_("The person that achieved this degree, if (s)he still has "
573
573
                    "an account at this university. If the account is deleted "
574
574
                    "at a later date, this field will be set to NULL, but the "
575
575
                    "other fields will be retained."),
576
576
        )
577
577
578
578
    def __str__(self):
579
579
        return self.first_name +" "+ self.last_name +" | "+ self.study
580
580
+
581
+
582
# Classes regarding roster items
+
583
+
584
class Event(models.Model):
+
585
    """An event that will show up in the roster of accounts that need to be
+
586
    aware of this event. This can be a multitude of things, like colleges
+
587
    for certain courses, meetings like blood donations, and so on. There are
+
588
    specialized classes for certain types of events that take place."""
+
589
    begin_time = models.DateTimeField(
+
590
        null=False,
+
591
        help_text=_("The begin date and time that this event takes place."),
+
592
        verbose_name=_("begin time"),
+
593
        )
+
594
    end_time = models.DateTimeField(
+
595
        null=False,
+
596
        help_text=_("The end date and time that this event takes place."),
+
597
        verbose_name=_("end time"),
+
598
        )
+
599
    note = models.TextField(
+
600
        blank=True,
+
601
        help_text=_("Optional. If necessary, this field allows for additional "
+
602
                    "information that can be shown to the people for whom this "
+
603
                    "event is."),
+
604
        )
+
605
    created = models.DateTimeField(
+
606
        auto_now_add=True,
+
607
        )
+
608
    last_update = models.DateTimeField(
+
609
        auto_now=True,
+
610
        )
+
611
+
612
class CourseEvent(Event):
+
613
    """An event related to a particular course. This includes a location,
+
614
    a group (if applicable), and other data."""
+
615
    course = models.ForeignKey(
+
616
        "courses.CourseProgramme",
+
617
        on_delete=models.CASCADE,
+
618
        null=False,
+
619
        )
+
620
    docent = models.ForeignKey(
+
621
        "User",
+
622
        on_delete=models.PROTECT,
+
623
        null=False,
+
624
        limit_choices_to={'is_staff': True},
+
625
        help_text=_("The person who will be the main overseer of this event."),
+
626
        )
+
627
    room = models.ForeignKey(
+
628
        "Room",
+
629
        on_delete=models.PROTECT,
+
630
        null=False,
+
631
        help_text=_("The room in which this event will be held."),
+
632
        )
+
633
    subject = models.CharField(
+
634
        max_length=32,
+
635
        blank=False,
+
636
        help_text=_("The subject of this event. Examples are 'Hoorcollege', "
+
637
                    "'Zelfstudie', ..."),
+
638
        )
+
639
    group = models.ForeignKey(
+
640
        "courses.Group",
+
641
        on_delete = models.CASCADE,
+
642
        null=True,
+
643
        help_text=_("Some courses have multiple groups. If that's the case, "
+
644
                    "and this event is only for a specific group, then that "
+
645
                    "group must be referenced here."),
+
646
        )
+
647
+
648
class UniversityEvent(Event):
+
649
    """University wide events. These include events like blood donations for the
+
650
    Red Cross, for example."""
+
651
    pass
+
652
+
653
class StudyEvent(Event):
+
654
    """An event that is linked to a particular study, like lectures from guest
+
655
    speakers about a certain subject."""
+
656
    pass
+
657

administration/views.py

26 additions and 1 deletion.

View changes Hide changes
1
1
+
2
from django.urls import reverse # Why?
+
3
from django.utils.translation import gettext as _
+
4
from .models import *
+
5
import administration
+
6
from django.contrib.auth.decorators import login_required
+
7
2
8
# Create your views here.
3
-
+
9
def roster(begin=None, end=None):
+
10
    """Collects and renders the data that has to be displayed in the roster.
+
11
+
12
    The begin and end date can be specified. Only roster points in that range
+
13
    will be included in the response. If no begin and end are specified, it will
+
14
    take the current week as begin and end point. If it's
+
15
    weekend, it will take next week."""
+
16
    if begin is None or end is None:
+
17
        today = date.today()
+
18
        if today.isoweekday() in {6,7}:  # Weekend
+
19
            begin = today + date.timedelta(days=8-today.isoweekday())
+
20
            end = today + date.timedelta(days=13-today.isoweekday())
+
21
        else:  # Same week
+
22
            begin = today - date.timedelta(days=today.weekday())
+
23
            end = today + date.timedelta(days=5-today.isoweekday())
+
24
+
25
    
+
26
+
27
        return roster
+
28

courses/migrations/0003_auto_20180124_0049.py

87 additions and 0 deletions.

View changes Hide changes
+
1
+
2
import courses.models
+
3
from django.conf import settings
+
4
from django.db import migrations, models
+
5
+
6
+
7
class Migration(migrations.Migration):
+
8
+
9
    dependencies = [
+
10
        ('courses', '0002_auto_20171121_2018'),
+
11
    ]
+
12
+
13
    operations = [
+
14
        migrations.CreateModel(
+
15
            name='CourseItem',
+
16
            fields=[
+
17
                ('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
+
18
                ('file', models.FileField(help_text='The file you wish to upload.', upload_to=courses.models.item_upload_directory)),
+
19
                ('timestamp', models.DateTimeField(auto_now_add=True)),
+
20
                ('note', models.TextField(blank=True, help_text='If you want to state some additional information about this upload, state it here.')),
+
21
            ],
+
22
        ),
+
23
        migrations.CreateModel(
+
24
            name='CourseProgramme',
+
25
            fields=[
+
26
                ('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
+
27
                ('programme_type', models.CharField(choices=[('C', 'Compulsory'), ('O', 'Optional')], help_text='Type of this course for this study.', max_length=1)),
+
28
                ('study_hours', models.PositiveSmallIntegerField(help_text='The required amount of hours to study this course.')),
+
29
                ('ECTS', models.PositiveSmallIntegerField(help_text='The amount of ECTS points attached to this course.')),
+
30
                ('semester', models.PositiveSmallIntegerField(choices=[(1, 'First semester'), (2, 'Second semester'), (3, 'Full year course'), (4, 'Taught in first quarter'), (5, 'Taught in second quarter'), (6, 'Taught in third quarter'), (7, 'Taught in fourth quarter')], help_text='The period in which this course is being taught in this study.')),
+
31
                ('year', models.PositiveSmallIntegerField(help_text='The year in which this course is taught for this study.')),
+
32
                ('second_chance', models.BooleanField(default=True, help_text='Defines if a second chance exam is planned for this course.')),
+
33
                ('tolerable', models.BooleanField(default=True, help_text='Defines if a failed result can be tolerated.')),
+
34
                ('scoring', models.CharField(choices=[('N', 'Numerical'), ('FP', 'Fail/Pass')], default='N', help_text='How the obtained score for this course is given.', max_length=2)),
+
35
            ],
+
36
        ),
+
37
        migrations.CreateModel(
+
38
            name='Group',
+
39
            fields=[
+
40
                ('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
+
41
            ],
+
42
        ),
+
43
        migrations.RenameModel(
+
44
            old_name='Prerequisites',
+
45
            new_name='Prerequisite',
+
46
        ),
+
47
        migrations.RemoveField(
+
48
            model_name='programmeinformation',
+
49
            name='course',
+
50
        ),
+
51
        migrations.RemoveField(
+
52
            model_name='programmeinformation',
+
53
            name='study',
+
54
        ),
+
55
        migrations.RemoveField(
+
56
            model_name='programmeinformation',
+
57
            name='study_programme',
+
58
        ),
+
59
        migrations.AddField(
+
60
            model_name='assignment',
+
61
            name='title',
+
62
            field=models.CharField(default='null', help_text='The title of this assignment.', max_length=32),
+
63
            preserve_default=False,
+
64
        ),
+
65
        migrations.AddField(
+
66
            model_name='course',
+
67
            name='color',
+
68
            field=models.CharField(default='E73B2B', help_text='The color for this course. Must be an hexadecimal code.', max_length=6),
+
69
        ),
+
70
        migrations.AddField(
+
71
            model_name='course',
+
72
            name='slug_name',
+
73
            field=models.SlugField(allow_unicode=True, default='empty_slug', help_text="A so-called 'slug name' for this course.", unique=True),
+
74
            preserve_default=False,
+
75
        ),
+
76
        migrations.AlterField(
+
77
            model_name='course',
+
78
            name='educating_team',
+
79
            field=models.ManyToManyField(help_text='The remaining team members of this course.', limit_choices_to={'is_staff': True}, related_name='educating_team', to=settings.AUTH_USER_MODEL),
+
80
        ),
+
81
        migrations.AlterField(
+
82
            model_name='study',
+
83
            name='degree_type',
+
84
            field=models.CharField(choices=[('BSc', 'Bachelor of Science'), ('MSc', 'Master of Science'), ('LL.B', 'Bachelor of Laws'), ('LL.M', 'Master of Laws'), ('ir.', 'Engineer'), ('ing.', 'Technological Engineer'), ('BA', 'Bachelor of Arts'), ('MA', 'Master of Arts')], help_text='The type of degree one obtains upon passing this study.', max_length=64),
+
85
        ),
+
86
    ]
+
87

courses/migrations/0004_auto_20180124_0049.py

43 additions and 0 deletions.

View changes Hide changes
+
1
+
2
from django.db import migrations, models
+
3
import django.db.models.deletion
+
4
+
5
+
6
class Migration(migrations.Migration):
+
7
+
8
    dependencies = [
+
9
        ('courses', '0003_auto_20180124_0049'),
+
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        ('administration', '0009_auto_20180124_0049'),
+
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    ]
+
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+
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    operations = [
+
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        migrations.DeleteModel(
+
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            name='ProgrammeInformation',
+
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        ),
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        migrations.AddField(
+
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            model_name='group',
+
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            name='study',
+
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            field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='courses.Study'),
+
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        ),
+
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        migrations.AddField(
+
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            model_name='courseprogramme',
+
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            name='course',
+
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            field=models.ForeignKey(help_text='The course that this programme is for.', on_delete=django.db.models.deletion.CASCADE, to='courses.Course'),
+
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        ),
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        migrations.AddField(
+
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            model_name='courseprogramme',
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            name='study',
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            field=models.ForeignKey(help_text='The study in which the course is taught.', on_delete=django.db.models.deletion.CASCADE, to='courses.Study'),
+
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        ),
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        migrations.AddField(
+
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            model_name='courseprogramme',
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            name='study_programme',
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            field=models.ForeignKey(help_text='The study programme that this course belongs to.', on_delete=django.db.models.deletion.CASCADE, to='courses.StudyProgramme'),
+
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        ),
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        migrations.AddField(
+
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            model_name='courseitem',
+
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            name='course',
+
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            field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='courses.Course'),
+
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        ),
+
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    ]
+
43

courses/models.py

16 additions and 0 deletions.

View changes Hide changes
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from joeni import constants
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from django.utils.translation import ugettext_lazy as _
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def validate_hex_color(value):
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    pass
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class Course(models.Model):
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    """ Represents a course that is taught at the university. """
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    number = models.PositiveSmallIntegerField(
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        primary_key=True,
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        blank=False,
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        help_text=_("The number associated with this course. A leading '0' will be added if the number is smaller than 1000."),
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        )
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    name = models.CharField(
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        max_length=64,
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        blank=False,
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        help_text=_("The name of this course, in the language that it is taught. Translations are for the appropriate template."),
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        )
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    color = models.CharField(
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        max_length=6,
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        blank=False,
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        default=constants.COLORS['UHasselt default'],
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        help_text=_("The color for this course. Must be an hexadecimal code."),
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        #validators=['validate_hex_color'],
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        )
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    slug_name = models.SlugField(
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        blank=False,
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        allow_unicode=True,
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        unique=True,
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        help_text=_("A so-called 'slug name' for this course."),
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        )
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    # TODO: Add a potential thingy magicky to auto fill the slug name on the course name
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    contact_person = models.ForeignKey(
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        "administration.User",
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        on_delete=models.PROTECT,  # A course must have a contact person
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        limit_choices_to={'is_staff': True},
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        null=False,
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        help_text=_("The person to contact regarding this course."),
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        related_name="contact_person",
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        )
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    coordinator = models.ForeignKey(
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        "administration.User",
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        on_delete=models.PROTECT,  # A course must have a coordinator
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        limit_choices_to={'is_staff': True},
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        null=False,
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        help_text=_("The person whom's the coordinator of this course."),
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        related_name="coordinator",
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        )
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    educating_team = models.ManyToManyField(
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        "administration.User",
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        # No on_delete, since M->M cannot be required at database level
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        limit_choices_to={'is_staff': True},
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        #null=False,  # Useless on a M->M
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        help_text=_("The remaining team members of this course."),
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        related_name="educating_team",
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        )
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    language = models.CharField(
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        max_length=64,
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        choices = (
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            ('NL', _("Dutch")),
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            ('EN', _("English")),
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            ('FR', _("French")),
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            ),
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        null=False,
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        help_text=_("The language in which this course is given."),
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        )
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    def course_team(self):
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        """ Returns a set of all Users that are part of the team of this course. """
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        return set(
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            self.contact_person,
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            self.coordinator,
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            self.educating_team,
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            )
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    def __str__(self):
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        number = str(self.number)
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        for i in [10,100,1000]:
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            if self.number < i:
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                number = "0" + number
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        return "(" + number + ") " + self.name
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class Prerequisite(models.Model):
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    """ Represents a collection of prerequisites a student must have obtained
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    before being allowed to partake in this course.
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    It's possible that, if a student has obtained credits in a certain set of
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    courses, a certain part of the prerequisites do not have to be obtained.
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    Because of this, make a different record for each different set. In other
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    words: If one set of prerequisites is obtained, and another one isn't, BUT
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    they point to the same course, the student is allowed to partake. """
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    course = models.ForeignKey(
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        "Course",
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        on_delete=models.CASCADE,
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        null=False,
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        help_text=_("The course that these prerequisites are for."),
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        related_name="prerequisite_course",
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        )
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    name = models.CharField(
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        max_length=64,
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        blank=True,
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        help_text=_("To specify a name for this set, if necessary."),
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        )
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    sequentialities = models.ManyToManyField(
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        "Course",
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        help_text=_("All courses for which a credit must've been received in order to follow the course."),
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        related_name="sequentialities",
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        )
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    in_curriculum = models.ManyToManyField(
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        "Course",
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        help_text=_("All courses that have to be in the curriculum to follow this. If a credit was achieved, that course can be omitted."),
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        related_name="in_curriculum",
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        )
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    required_study = models.ForeignKey(
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        "Study",
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        on_delete=models.CASCADE,
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        null=True,
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        help_text=_("If one must have a certain amount of obtained ECTS points for a particular course, state that course here."),
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        )
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    ECTS_for_required_study = models.PositiveSmallIntegerField(
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        null=True,
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        help_text=_("The amount of obtained ECTS points for the required course, if any."),
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        )
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    def __str__(self):
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        if self.name == "":
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            return _("Prerequisites for %(course)s") % {'course': str(self.course)}
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        else:
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            return self.name + " | " + str(self.course)
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class CourseProgramme(models.Model):
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    """ It's possible that a course is taught in multiple degree programmes; For
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    example: Calculus can easily be taught to physics and mathematics students
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    alike. In this table, these relations are set up, and the related properties
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    are defined as well. """
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    study = models.ForeignKey(
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        "Study",
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        on_delete=models.CASCADE,
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        null=False,
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        help_text=_("The study in which the course is taught."),
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        )
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    course = models.ForeignKey(
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        "Course",
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        on_delete=models.CASCADE,
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        null=False,
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        help_text=_("The course that this programme is for."),
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        )
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    study_programme = models.ForeignKey(
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        "StudyProgramme",
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        on_delete=models.CASCADE,
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        null=False,
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        help_text=_("The study programme that this course belongs to."),
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        )
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    programme_type = models.CharField(
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        max_length=1,
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        blank=False,
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        choices = (
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            ('C', _("Compulsory")),
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            ('O', _("Optional")),
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            ),
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        help_text=_("Type of this course for this study."),
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        )
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    study_hours = models.PositiveSmallIntegerField(
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        blank=False,
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        help_text=_("The required amount of hours to study this course."),
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        )
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    ECTS = models.PositiveSmallIntegerField(
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        blank=False,
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        help_text=_("The amount of ECTS points attached to this course."),
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        )
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    semester = models.PositiveSmallIntegerField(
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        blank=False,
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        choices = (
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            (1, _("First semester")),
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            (2, _("Second semester")),
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            (3, _("Full year course")),
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            (4, _("Taught in first quarter")),
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            (5, _("Taught in second quarter")),
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            (6, _("Taught in third quarter")),
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            (7, _("Taught in fourth quarter")),
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            ),
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        help_text=_("The period in which this course is being taught in this study."),
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        )
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    year = models.PositiveSmallIntegerField(
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        blank=False,
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        help_text=_("The year in which this course is taught for this study."),
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        )
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    second_chance = models.BooleanField(
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        default=True,
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        help_text=_("Defines if a second chance exam is planned for this course."),
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        )
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    tolerable = models.BooleanField(
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        default=True,
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        help_text=_("Defines if a failed result can be tolerated."),
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        )
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    scoring = models.CharField(
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        max_length=2,
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        choices = (
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            ('N', _("Numerical")),
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            ('FP', _("Fail/Pass")),
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            ),
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        default='N',
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        blank=False,
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        help_text=_("How the obtained score for this course is given."),
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        )
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    def __str__(self):
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        return str(self.study) + " - " + str(self.course)
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class Study(models.Model):
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    """ Defines a certain study that can be followed at the university.
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    This also includes abridged study programmes, like transition programmes.
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    Other information, such as descriptions, are kept in the template file
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    of this study, which can be manually edited. Joeni searches for a file
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    with the exact name as the study + ".html". So if the study is called
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    "Bachelor of Informatics", it will search for "Bachelor of Informatics.html".
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    """
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    # Degree types
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    BSc = _("Bachelor of Science")
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    MSc = _("Master of Science")
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    LLB = _("Bachelor of Laws")
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    LLM = _("Master of Laws")
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    ir  = _("Engineer")
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    MA  = _("Master of Arts")
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    ir  = _("Engineer")
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    ing = _("Technological Engineer")
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    # Faculties
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    FoMaLS = _("Faculty of Medicine and Life Sciences")
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    FoS    = _("Faculty of Sciences")
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    FoTS   = _("Faculty of Transportation Sciences")
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    FoAaA  = _("Faculty of Architecture and Arts")
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    FoBE   = _("Faculty of Business Economics")
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    FoET   = _("Faculty of Engineering Technology")
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    FoL    = _("Faculty of Law")
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    name = models.CharField(
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        max_length=128,
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        blank=False,
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        unique=True,
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        help_text=_("The full name of this study, in the language it's taught in."),
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        )
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    degree_type = models.CharField(
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        max_length=64,
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        choices = (
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            ('BSc', BSc),
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            ('MSc', MSc),
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            ('LL.B', LLB),
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            ('LL.M', LLM),
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250
            ('ir.', ir ),
249
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            ('ing.',ing),
250
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            ),
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253
            ('MA', MA),
+
254
            ),
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        blank=False,
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        help_text=_("The type of degree one obtains upon passing this study."),
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        )
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    language = models.CharField(
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        max_length=64,
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        choices = (
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            ('NL', _("Dutch")),
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            ('EN', _("English")),
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            ('FR', _("French")),
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            ),
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        null=False,
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        help_text=_("The language in which this study is given."),
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        )
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    # Information about exam committee
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    chairman = models.ForeignKey(
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        "administration.User",
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        on_delete=models.PROTECT,
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        null=False,
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        limit_choices_to={'is_staff': True},
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        help_text=_("The chairman of this study."),
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        related_name="chairman",
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        )
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    vice_chairman = models.ForeignKey(
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        "administration.User",
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        on_delete=models.PROTECT,
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        null=False,
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        help_text=_("The vice-chairman of this study."),
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        limit_choices_to={'is_staff': True},
279
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        related_name="vice_chairman",
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        )
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    secretary = models.ForeignKey(
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        "administration.User",
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        on_delete=models.PROTECT,
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        null=False,
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        help_text=_("The secretary of this study."),
286
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        limit_choices_to={'is_staff': True},
287
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        related_name="secretary",
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        )
289
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    ombuds = models.ForeignKey(
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        "administration.User",
291
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        on_delete=models.PROTECT,
292
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        null=False,
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        help_text=_("The ombuds person of this study."),
294
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        limit_choices_to={'is_staff': True},
295
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        related_name="ombuds",
296
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        )
297
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    vice_ombuds = models.ForeignKey(
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        "administration.User",
299
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        on_delete=models.PROTECT,
300
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        null=False,
301
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        help_text=_("The (replacing) ombuds person of this study."),
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        limit_choices_to={'is_staff': True},
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        related_name="vice_ombuds",
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        )
305
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    additional_members = models.ManyToManyField(
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        "administration.User",
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        help_text=_("All the other members of the exam committee."),
308
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        limit_choices_to={'is_staff': True},
309
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        related_name="additional_members",
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        )
311
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    faculty = models.CharField(
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        max_length=6,
313
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        choices = (
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            ('FoS', FoS),
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            ('FoTS', FoTS),
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            ('FoAaA', FoAaA),
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321
            ('FoBE', FoBE),
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            ('FoMaLS', FoMaLS),
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            ('FoET', FoET),
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            ('FoL', FoL),
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            ),
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        blank=False,
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        help_text=_("The faculty where this study belongs to."),
324
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        )
325
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    #def study_points(self):
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    """ Returns the amount of study points for this year.
328
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        This value is inferred based on the study programme information
329
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        records that lists this study as their foreign key. """
330
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        #total_ECTS = 0
331
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        #for course in CourseProgramme.objects.filter(study=self):
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            #total_ECTS += course.ECTS
333
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        #return total_ECTS
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    # XXX: Commented because this is actually something for the StudyProgramme
335
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    def years(self):
336
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        """ Returns the amount of years this study takes.
337
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        This value is inferred based on the study programme information
338
342
        records that lists this study as their foreign key. """
339
343
        highest_year = 0
340
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        for course in CourseProgramme.objects.filter(study=self):
341
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            highest_year = max(highest_year, course.year)
342
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        return highest_year
343
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    def students(self):
345
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        """ Cross references the information stored in the database, and
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350
        returns all the students that are following this study in this
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        academic year. """
348
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        return 0  # TODO
349
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    def __str__(self):
352
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        return self.name
353
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class StudyProgramme(models.Model):
355
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    """ Represents a programme within a certain study.
356
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    A good example for this is the different specializations, minors, majors, ...
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    one can follow within the same study. Nevertheless, they're all made of
358
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    a certain set of courses. This table collects all these, and allows one to name
359
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    them, so they're distinct from one another. """
360
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    name = models.CharField(
361
365
            max_length=64,
362
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            blank=False,
363
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            help_text=_("The name of this programme."),
364
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            )
365
369
366
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    def courses(self):
367
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        """ All courses that are part of this study programme. """
368
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        programmes = CourseProgramme.objects.filter(study_programme=self)
369
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        courses = {}
370
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        for program in programmes:
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            courses.add(program.course)
372
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        return courses
373
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    def study_points(self, year=None):
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        """ Returns the amount of study points this programme contains.
376
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        Accepts year as an optional argument. If not given, the study points
377
381
        of all years are returned. """
378
382
        programmes = CourseProgramme.objects.filter(study_programme=self)
379
383
        ECTS = 0
380
384
        for program in programmes:
381
385
            if year is None or program.year == year:
382
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                # XXX: This only works if the used implementation does lazy
383
387
                # evaluation, otherwise this is a type error!
384
388
                ECTS += program.ECTS
385
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        return ECTS
386
390
387
391
    def __str__(self):
388
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        return self.name
389
393
390
394
# Tables about things related to the courses:
391
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392
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class Assignment(models.Model):
393
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    """ For courses, it's possible to set up tasks. These tasks are recorded
394
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    here. """
395
399
    # TODO: Require that only the course team can create assignments for a team.
396
400
    course = models.ForeignKey(
397
401
        "Course",
398
402
        on_delete=models.CASCADE,
399
403
        null=False,
400
404
        #editable=False,
401
405
        db_index=True,
402
406
        help_text=_("The course for which this task is assigned."),
403
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        )
404
408
    title = models.CharField(
405
409
        max_length=32,
406
410
        blank=False,
407
411
        help_text=_("The title of this assignment."),
408
412
        )
409
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    information = models.TextField(
410
414
        help_text=_("Any additional information regarding the assignment. Orgmode syntax available."),
411
415
        )
412
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    deadline = models.DateTimeField(
413
417
        null=False,
414
418
        help_text=_("The date and time this task is due."),
415
419
        )
416
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    posted = models.DateField(auto_now_add=True)
417
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    digital_task = models.BooleanField(
418
422
        default=True,
419
423
        help_text=_("This determines whether this assignment requires handing "
420
424
                    "in a digital file."),
421
425
        )
422
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    def __str__(self):
424
428
        return str(self.course) +" | "+ str(self.posted)
425
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426
430
class Announcement(models.Model):
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    """ Courses sometimes have to make announcements for the students. """
428
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    course = models.ForeignKey(
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433
        "Course",
430
434
        on_delete=models.CASCADE,
431
435
        null=False,
432
436
        #editable=False,
433
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        db_index=True,
434
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        help_text=_("The course for which this announcement is made."),
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        )
436
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    title = models.CharField(
437
441
        max_length=20,  # Keep It Short & Simple®
438
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        help_text=_("A quick title for what this is about."),
439
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        )
440
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    text = models.TextField(
441
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        blank=False,
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        help_text=_("The announcement itself. Orgmode syntax available."),
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        )
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    posted = models.DateTimeField(auto_now_add=True)
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    def __str__(self):
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        return str(self.course) +" | "+ self.posted.strftime("%m/%d")
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class Upload(models.Model):
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    """ For certain assignments, digital hand-ins may be required. These hand
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    ins are recorded per student in this table. """
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    assignment = models.ForeignKey(
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        "Assignment",
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        on_delete=models.CASCADE,
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        null=False,
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        #editable=False,
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        db_index=True,
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        limit_choices_to={"digital_task": True},
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        help_text=_("For which assignment this upload is."),
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        )
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    # TODO: Try to find a way to require that, if the upload is made,
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    # only students that have this course in their curriculum can upload.
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    student = models.ForeignKey(
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        "administration.User",
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        on_delete=models.CASCADE,
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        null=False,
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        #editable=False,
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        limit_choices_to={"is_student": True},
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        help_text=_("The student who handed this in."),
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        )
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    upload_time = models.DateTimeField(auto_now_add=True)
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    comment = models.TextField(
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        blank=True,
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        help_text=_("If you wish to add an additional comment, state it here."),
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        )
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    file = models.FileField(
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        upload_to="assignments/uploads/%Y/%m/",
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        null=False,
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        #editable=False,
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        help_text=_("The file you want to upload for this assignment."),
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        )
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    def __str__(self):
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        deadline = self.assignment.deadline
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        if deadline < self.upload_time:
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            return str(self.assignment.course) +" | "+ str(self.student.number) + _("(OVERDUE)")
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        else:
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            return str(self.assignment.course) +" | "+ str(self.student.number)
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def item_upload_directory(instance, filename):
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    return "courses/" + instance.course.slug_name + "/"
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class CourseItem(models.Model):
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    """ Reprensents study material for a course that is being shared by the
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    course's education team. """
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    course = models.ForeignKey(
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        Course,
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        on_delete=models.CASCADE,
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        null=False,
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        #editable=False,
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        )
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    file = models.FileField(
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        upload_to=item_upload_directory,
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        null=False,
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        #editable=False,
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        help_text=_("The file you wish to upload."),
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        )
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    timestamp = models.DateTimeField(auto_now_add=True)
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    note = models.TextField(
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        blank=True,
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        help_text=_("If you want to state some additional information about "
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                    "this upload, state it here."),
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        )
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class StudyGroup(models.Model):
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    """ It may be necessary to make study groups regarding a course. These
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    are recorded here, and blend in seamlessly with the Groups from Agora.
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    Groups that are recorded as a StudyGroup, are given official course status,
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    and thus, cannot be removed until the status of StudyGroup is lifted. """
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    course = models.ForeignKey(
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        "Course",
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        on_delete=models.CASCADE,
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        null=False,
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        #editable=False,
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        db_index=True,
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        help_text=_("The course for which this group is."),
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        )
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    group = models.ForeignKey(
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        "agora.Group",
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        on_delete=models.PROTECT,  # See class documentation
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        null=False,
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        #editable=False,  # Keep the same group
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        help_text=_("The group that will be seen as the study group."),
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        )
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    def __str__(self):
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        return str(self.course) +" | "+ str(self.group)
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+
543
class Group(models.Model):
+
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    """Because of size, some studies may use multiple groups for the different
+
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    students, so it's possible to facilitate all of them. These groups must be
+
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    registered here."""
+
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    study = models.ForeignKey(
+
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        "Study",
+
549
        on_delete=models.CASCADE,
+
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        null=False,
+
551
        )
+
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    # TODO: How to attach students to certain groups? The curriculum or what?
+
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+
554