def test_can_see_devices(self):
# a device is already created
device = IpadFactory()
# goes to the device index
res = self.app.get('/', user=self.reader.user).follow()
# sees the device name
res.mustcontain(device.name, device.get_status_display(), device.serial_number)
def test_can_see_devices(self):
# a device is already created
device = IpadFactory()
# goes to the device index
res = self.app.get('/', user=self.reader.user).follow()
# sees the device name
res.mustcontain(device.name, device.get_status_display(),
device.serial_number)
def test_can_see_device_detail(self):
# a device is created
device = IpadFactory()
# goes to its detail page
res = self.app.get('/devices/ipads/{pk}/'.format(pk=device.pk))
res.mustcontain(device.name,
device.get_verbose_status(),
device.get_condition_display(),
device.serial_number)
assert_in('Check-in Comments', res)
class IpadTest(TestCase):
def setUp(self):
self.ipad = IpadFactory()
def test_model(self):
ipad = IpadFactory()
assert_true(ipad.pk)
assert_true(ipad.status)
assert_true(ipad.created_at)
assert_true(ipad.updated_at)
assert_false(ipad.lendee)
assert_false(ipad.lender)
def test_saving_to_database(self):
init_count = Ipad.objects.count()
IpadFactory()
assert_equal(Ipad.objects.count(), init_count + 1)
def test_check_in(self):
self.ipad.check_in(condition='excellent')
assert_equal(self.ipad.status, Device.CHECKED_IN_NOT_READY)
self.ipad.check_in(condition='scratched')
assert_equal(self.ipad.status, Device.CHECKED_IN_NOT_READY)
assert_equal(self.ipad.condition, Device.SCRATCHED)
self.ipad.check_in(condition='broken')
assert_equal(self.ipad.status, Device.BROKEN)
assert_equal(self.ipad.condition, Device.BROKEN)
self.ipad.check_in(condition='missing')
assert_equal(self.ipad.status, Device.MISSING)
assert_equal(self.ipad.condition, Device.MISSING)
def test_checkout_with_other_devices(self):
assert False, 'finish me'
def test_can_checkout_ipad_to_user(self):
# an ipad is created
device = IpadFactory(status=Device.CHECKED_IN_READY)
# a user is created
user = UserFactory()
# checks out the device to the user
self._checkout(device, user.username)
def test_cannot_remove_device(self):
# a device is created
IpadFactory()
# goes to devices page
res = self.app.get('/', user=self.experimenter.user).follow()
# cannot see delete device
assert_not_in('Delete', res)
def test_can_check_in(self):
# There's a checked out device
device = IpadFactory(status=Device.CHECKED_OUT,
created_at=timezone.now(),
updated_at=timezone.now())
self.open('/')
# clicks on the table row for the checked IN device (second row)
self.driver.find_css('tbody tr')[1].click()
# clicks check in
self.driver.find_css('.btn-checkin').click()
# an alert dialog comes up saying that the device is already checked in
dialog = self.driver.switch_to_alert()
assert_in(u"Device is already checked in", dialog.text)
# dismisses the alert
dialog.accept()
# clicks on the table row for the checked out device (top row)
self.driver.find_css("tbody tr")[0].click()
# clicks check in
self.driver.find_css('.btn-checkin').click()
# at the checkin page
self.driver.click_submit()
# saved to db
device = Ipad.objects.get(pk=device.pk)
assert_equal(device.status, Device.CHECKED_IN_NOT_READY)
assert_in('Successfully checked in', self.driver.body_text())
def test_cannot_remove_device(self):
# a device is created
IpadFactory()
# goes to devices page
res = self.app.get('/', user=self.reader.user).follow()
# there's no delete button
assert_not_in('Delete', res)
def test_can_edit_ipad_comment(self):
# A device is created
device = IpadFactory()
# It has a check-in comment
comment = IpadCommentFactory(text="Just a bigger iPhone",
device=device,
user=self.experimenter.user)
# goes to the detail page
res = self.app.get('/devices/ipads/{pk}/'.format(pk=device.pk),
user=self.experimenter.user)
# can see the comment
assert_in(comment.text, res)
# clicks the edit link
res = res.click('Edit')
# sees a form
assert_in('Edit comment', res)
form = res.forms['id-edit_comment_form']
# changes the comment text
form['text'] = 'Or a flat MacBook Air'
# submits the form
res = form.submit().follow()
# back at the detail page
assert_equal(res.request.path,
'/devices/ipads/{pk}/'.format(pk=device.pk))
# sees the new comment text
assert_in('Or a flat MacBook Air', res)
def test_model(self):
ipad = IpadFactory()
assert_true(ipad.pk)
assert_true(ipad.status)
assert_true(ipad.created_at)
assert_true(ipad.updated_at)
assert_false(ipad.lendee)
assert_false(ipad.lender)
def test_can_checkin_screatched_ipad(self):
# an ipad is created
device = IpadFactory(status=Device.CHECKED_OUT)
# checks it in (sets condition to 'Scratched')
self._checkin(device, condition='scratched',
expected_status=Device.CHECKED_IN_NOT_READY)
# devices condition is updated
device = device.__class__.objects.get(pk=device.pk)
assert_equal(device.condition, Device.SCRATCHED)
def test_can_delete_ipad_comment(self):
device = IpadFactory()
comment = IpadCommentFactory(device=device,
user=self.experimenter.user)
self._test_delete_comment(device, comment,
detail_url='/devices/ipads/{pk}/'.format(pk=device.pk),
delete_url=reverse('comments:ipad_delete',
args=(device.pk, comment.pk))
)
def setUp(self):
# Create a user (Experimenter)
self.experimenter = ExperimenterFactory()
# Create a subject
self.subject = SubjectFactory()
# create a device
self.device = IpadFactory(status=Device.CHECKED_IN_NOT_READY)
self.driver = CustomWebDriver()
self._login()
def test_can_edit_ipad(self):
# an ipad is created
device = IpadFactory(name="iPad",
make="iPad 4",
status=Device.CHECKED_IN_NOT_READY)
# goes to edit page
res = self.app.get('/devices/ipads/{pk}/edit/'.format(pk=device.pk))
# there's a form for editing
form = res.forms['id-edit_form']
form['status'] = Device.CHECKED_IN_READY
# submits
res = form.submit().follow()
assert_equal(res.request.path, '/devices/ipads/')
# device is updated in db
device = Ipad.objects.get(pk=device.pk)
assert_equal(device.status, Device.CHECKED_IN_READY)
class IpadTest(TestCase):
def setUp(self):
self.ipad = IpadFactory()
def test_model(self):
ipad = IpadFactory()
assert_true(ipad.pk)
assert_true(ipad.status)
assert_true(ipad.created_at)
assert_true(ipad.updated_at)
assert_false(ipad.lendee)
assert_false(ipad.lender)
def test_saving_to_database(self):
init_count = Ipad.objects.count()
IpadFactory()
assert_equal(Ipad.objects.count(), init_count + 1)
def test_check_in(self):
self.ipad.check_in(condition='excellent')
assert_equal(self.ipad.status, Device.CHECKED_IN_NOT_READY)
self.ipad.check_in(condition='scratched')
assert_equal(self.ipad.status, Device.CHECKED_IN_NOT_READY)
assert_equal(self.ipad.condition, Device.SCRATCHED)
self.ipad.check_in(condition='broken')
assert_equal(self.ipad.status, Device.BROKEN)
assert_equal(self.ipad.condition, Device.BROKEN)
self.ipad.check_in(condition='missing')
assert_equal(self.ipad.status, Device.MISSING)
assert_equal(self.ipad.condition, Device.MISSING)
def test_checkout_with_other_devices(self):
assert False, 'finish me'
def test_saving_to_database(self):
init_count = Ipad.objects.count()
IpadFactory()
assert_equal(Ipad.objects.count(), init_count + 1)
def setUp(self):
self.ipad = IpadFactory()
def test_can_checkin_ipad(self):
# an ipad is created
device = IpadFactory(status=Device.CHECKED_OUT)
# checks it in
self._checkin(device, expected_status=Device.CHECKED_IN_NOT_READY)
def setUp(self):
self.ipad = IpadFactory()
def test_can_checkout_to_subject_without_dashes(self):
# an ipad is created
device = IpadFactory(status=Device.CHECKED_IN_READY)
# checks out the device to a subject by entering their subject id
self._checkout(device, '123451')