def setUpYear():
app = ISchoolToolApplication(None)
syc = getSchoolYearContainer(app)
syc['2010-2011'] = SchoolYear(u'2010-2011', datetime.date(2010, 9, 1),
datetime.date(2011, 5, 30))
syc['2010-2011'][u'fall'] = Term(u'Fall', datetime.date(2010, 9, 1),
datetime.date(2010, 11, 30))
syc['2010-2011'][u'winter'] = Term(u'Winter', datetime.date(2010, 12, 1),
datetime.date(2011, 2, 28))
syc['2010-2011'][u'spring'] = Term(u'Spring', datetime.date(2011, 3, 1),
datetime.date(2011, 5, 30))
def test_getPeriodsForDayBetweenTerms(self):
from schooltool.term.term import Term
term3 = Term('Sample', date(2005, 6, 2), date(2005, 8, 1))
ITermContainer(self.app)['2005-autumn'] = term3
term3.schooldays = [('A', time(9, 0), timedelta(minutes=115))]
self.term2.schooldays = [('B', time(10, 0), timedelta(minutes=115))]
from schooltool.timetable.browser.cal import DailyTimetableCalendarRowsView
view = DailyTimetableCalendarRowsView(None, TestRequest())
# We need the start date and the end date different
view.getPersonTimezone = lambda: timezone('America/Chicago')
self.assertEquals(len(view.getPeriodsForDay(date(2005, 6, 1))), 1)
def test_getPeriodsForDayBetweenTerms(self):
from schooltool.term.term import Term
term3 = Term('Sample', date(2005, 6, 2), date(2005, 8, 1))
ITermContainer(self.app)['2005-autumn'] = term3
term3.schooldays = [('A', time(9,0), timedelta(minutes=115))]
self.term2.schooldays = [('B', time(10,0), timedelta(minutes=115))]
from schooltool.timetable.browser.cal import DailyTimetableCalendarRowsView
view = DailyTimetableCalendarRowsView(None, TestRequest())
# We need the start date and the end date different
view.getPersonTimezone = lambda: timezone('America/Chicago')
self.assertEquals(len(view.getPeriodsForDay(date(2005, 6, 1))), 1)
def setUp(self):
layeredTestSetup()
app = ISchoolToolApplication(None)
self.person = app['persons']['person'] = Person('person')
# set up schoolyear
from schooltool.schoolyear.schoolyear import SchoolYear
from schooltool.schoolyear.interfaces import ISchoolYearContainer
ISchoolYearContainer(app)['2004'] = SchoolYear("2004",
date(2004, 9, 1),
date(2004, 12, 31))
# set up the timetable schema
days = ['A', 'B', 'C']
schema = self.createSchema(days, ['1', '2', '3', '4'],
['1', '2', '3', '4'], ['1', '2', '3', '4'])
schema.timezone = 'Europe/London'
template = SchooldayTemplate()
template.add(SchooldaySlot(time(8, 0), timedelta(hours=1)))
template.add(SchooldaySlot(time(10, 15), timedelta(hours=1)))
template.add(SchooldaySlot(time(11, 30), timedelta(hours=1)))
template.add(SchooldaySlot(time(12, 30), timedelta(hours=2)))
schema.model = SequentialDaysTimetableModel(days, {None: template})
ITimetableSchemaContainer(app)['default'] = schema
# set up terms
from schooltool.term.term import Term
terms = ITermContainer(app)
terms['term'] = term = Term("Some term", date(2004, 9, 1),
date(2004, 12, 31))
term.add(date(2004, 11, 5))
def preview_term(self):
data, errors = self.extractData()
self.updateWidgets()
if errors:
return None
term = Term(data['title'], data['first'], data['last'])
self.setHolidays(term)
return TermRenderer(term).calendar()
def setUpTerms(schoolyear, term_count=3):
term_delta = timedelta(
((schoolyear.last - schoolyear.first) / term_count).days)
start_date = schoolyear.first
for n in range(term_count):
finish_date = start_date + term_delta - timedelta(1)
schoolyear['Term%d' % (n+1)] = Term(
'Term %d' % (n+1), start_date, finish_date)
start_date = finish_date + timedelta(1)
def setUp(self):
layeredTestSetup()
app = ISchoolToolApplication(None)
from schooltool.schoolyear.schoolyear import SchoolYear
from schooltool.schoolyear.interfaces import ISchoolYearContainer
ISchoolYearContainer(app)['2004-2005'] = SchoolYear(
"2004-2005", date(2004, 9, 1), date(2005, 8, 1))
from schooltool.term.term import Term
self.term1 = Term('Sample', date(2004, 9, 1), date(2004, 12, 20))
self.term1.schooldays = [
('A', time(9, 0), timedelta(minutes=115)),
('B', time(11, 0), timedelta(minutes=115)),
('C', time(13, 0), timedelta(minutes=115)),
('D', time(15, 0), timedelta(minutes=115)),
]
self.term2 = Term('Sample', date(2005, 1, 1), date(2005, 6, 1))
self.term2.schooldays = []
terms = ITermContainer(app)
terms['2004-fall'] = self.term1
terms['2005-spring'] = self.term2
class TimetableModelStub:
def periodsInDay(this, schooldays, ttschema, date):
if date not in schooldays:
raise "This date is not in the current term!"
if ttschema == self.tt:
return schooldays.schooldays
else:
return []
tt = TimetableSchema([])
tt.model = TimetableModelStub()
tt.timezone = 'Europe/London'
self.tt = tt
ttschemas = ITimetableSchemaContainer(app)
ttschemas['default'] = tt
self.app = app
def setUpSchool(app):
sy = ISchoolYearContainer(app)['2005'] = SchoolYear(
'2005', date(2005, 1, 1), date(2005, 1, 30))
term = sy['spring'] = Term('Spring', date(2005, 1, 1), date(2005, 1, 30))
term.addWeekdays(0, 1, 2, 3, 4)
pc = app['persons']
teacher = pc['teacher'] = BasicPerson("teacher", "Mister", "T")
s1 = pc['john'] = BasicPerson("john", "John", "Peterson")
s2 = pc['pete'] = BasicPerson("pete", "Pete", "Johnson")
contacts = IContactContainer(app)
contact = Contact()
contact.__name__ = 'pete_parent'
contact.prefix = 'Ms.'
contact.first_name = 'Susan'
contact.middle_name = 'T.'
contact.last_name = 'Johnson'
contact.suffix = 'Jr.'
contact.address_line_1 = '1 First St.'
contact.address_line_2 = 'Apt. 1'
contact.city = 'NY'
contact.state = 'NY'
contact.country = 'USA'
contact.postal_code = '00000'
contact.email = '*****@*****.**'
contact.home_phone = '000-0000'
contact.work_phone = '111-1111'
contact.mobile_phone = '222-2222'
contact.language = 'English'
contacts['pete_parent'] = contact
IContactable(s2).contacts.relate(contact, ACTIVE + PARENT, 'p')
IContactable(s2).contacts.relate(IContact(teacher), ACTIVE + PARENT, 'p')
d1 = IDemographics(s1)
d1['ID'] = "112323"
d1['ethnicity'] = u'Asian'
d1['language'] = "English"
d1['placeofbirth'] = "Humptington"
d1['citizenship'] = "US"
d2 = IDemographics(s2)
d2['ID'] = "333655"
d2['ethnicity'] = u'White'
d2['language'] = "Brittish"
d2['placeofbirth'] = "Providence"
d2['citizenship'] = "UK"
course = ICourseContainer(sy)['c1'] = Course("History")
def create(self, data):
term = Term(data['title'], data['first'], data['last'])
form.applyChanges(self, term, data)
self.setHolidays(term)
self._term = term
return term