def test_create_simple_transit_subsidy(self):
trans = self._set_transit_subsidy()
trans.save()
# print self.modes
#Metro
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[0], cost=100)
_modes.save()
#Dash
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[1], cost=50)
_modes.save()
#Other
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[4], cost=5, other_mode='ScooterBus')
_modes.save()
#Guard
self.assertTrue( _modes.timestamp != None)
ts_modes = TransitSubsidyModes.objects.all()
actual = ts_modes.aggregate( Sum('cost') )
print actual['cost__sum']
self.assertEquals( Decimal('155.00'), actual['cost__sum'] )
trans2 = TransitSubsidy.objects.filter(user=self.user)[0]
self.assertEquals('patti smith', trans2.signature)
def set_modes(self):
#Metro
self.modes = Mode.objects.all()
trans = self._set_transit_subsidy()
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[0], cost=100)
_modes.save()
#Dash
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[1], cost=50)
_modes.save()
#Other
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[4], cost=5, other_mode='ScooterBus')
_modes.save()
def test_get_modes_as_string(self):
trans = self._set_transit_subsidy()
trans.save()
# print self.modes
#Metro
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[0], cost=100)
_modes.save()
#Dash
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[1], cost=50)
_modes.save()
#Other
_modes = TransitSubsidyModes(transit_subsidy=trans, mode=self.modes[4], cost=5, other_mode='ScooterBus')
_modes.save()
self.assertTrue( self.modes[0].__unicode__() != None )
self.assertTrue( _modes.__unicode__() != None )
