def test_updateStatusInvalid(client):
createFakeUser(fakePriviledgedEmail)
loginFakeUser(client, fakePriviledgedEmail)
createFakeApp()
client.get('/update-status/' + fakeApp['ID'] + '/Invalid Status',
follow_redirects=True)
# print(request.path, request.args)
app = appDict(fakeApp['ID'])
assert (app['Status'] == fakeApp['Status'])
deleteFakeUser(fakePriviledgedEmail)
deleteFakeApp()
def test_add_to_appQueue(client):
createFakeUser()
loginFakeUser(client, fakeEmail)
oldApps = glob.glob(os.path.join(APPLICATIONS_DIR, '*'))
client.post('/add-to-queue', data=fakeApp, follow_redirects=True)
# print(request.path, request.args)
allApps = glob.glob(os.path.join(APPLICATIONS_DIR, '*'))
newApps = list(set(allApps) - set(oldApps))
newAppID = os.path.split(newApps[0])[1]
app = appDict(newAppID)
assert (app['placeholder'] == 'data')
shutil.rmtree(newApps[0])
deleteFakeUser()
def test_successValidTokenSelfInstall(client):
createFakeUser()
fakeApp['Installation Type'] = 'Self-install'
createFakeApp()
loginFakeUser(client, fakeEmail)
token = hashPassword(fakeApp['ID'], COOKIE_KEY)
route = '/success/' + fakeApp['ID'] + '/' + token
checkResponseStatusOnGet(client, route, 200)
app = appDict(fakeApp['ID'])
assert (app['Status'] == 'Application Submitted')
deleteFakeUser()
deleteFakeApp()
def test_delegateValidToken(client):
createFakeUser()
loginFakeUser(client, fakeEmail)
fakeApp['Status'] = 'Delegation Required'
createFakeApp()
token = hashPassword('delegation', fakeApp['ID'])
checkResponseStatusOnGet(client,
'/delegate/' + fakeApp['ID'] + '/' + token, 200)
app = appDict(fakeApp['ID'])
assert (app['Status'] == 'Application Submitted')
deleteFakeUser()
deleteFakeApp()
def test_successValidToken(client):
createFakeUser()
fakeApp['Installation Type'] = 'Contractor only'
fakeApp['Email (Contractor)'] = '*****@*****.**'
fakeApp['Address (Service)'] = 'address'
createFakeApp()
loginFakeUser(client, fakeEmail)
token = hashPassword(fakeApp['ID'], COOKIE_KEY)
route = '/success/' + fakeApp['ID'] + '/' + token
checkResponseStatusOnGet(client, route, 200)
app = appDict(fakeApp['ID'])
assert (app['Status'] == 'Delegation Required')
deleteFakeUser()
deleteFakeApp()
def test_editLoggedIn(client):
createFakeUser()
loginFakeUser(client, fakeEmail)
createFakeApp()
client.post('/updateApp/' + fakeApp['ID'],
data=editedFakeApp,
follow_redirects=True)
# print(request.path, request.args)
app, edits = appDict(fakeApp['ID']), appEditsDict(fakeApp['ID'])
assert ((edits['placeholder'], app['Previous Status'],
app['Status']) == ('newData', fakeApp['Status'],
'Engineering Review'))
deleteFakeApp()
deleteFakeUser()
def test_save_notesEmpty(client):
createFakeUser()
fakeApp['Notes'] = 'oldNote'
createFakeApp()
loginFakeUser(client, fakeEmail)
data = {'notesText': ''}
response = client.post('/save-notes/' + fakeApp['ID'],
data=data,
follow_redirects=True)
# print(request.path, request.args)
condition0 = response.status_code == 200
app = appDict(fakeApp['ID'])
condition1 = app['Notes'] == fakeApp['Notes']
assert ((condition0, condition1) == (True, True))
deleteFakeApp()
deleteFakeUser()
def test_reviewEditsReject(client):
createFakeUser(fakePriviledgedEmail)
loginFakeUser(client, fakePriviledgedEmail)
createFakeApp()
client.post('/updateApp/' + fakeApp['ID'],
data=editedFakeApp,
follow_redirects=True)
client.get('/reviewEdits/' + fakeApp['ID'] + '/reject',
follow_redirects=True)
# print(request.path, request.args)
app = appDict(fakeApp['ID'])
assert ((app['placeholder'], app['Status'],
app.get('Previous Status')) == (fakeApp['placeholder'],
fakeApp['Status'], None))
deleteFakeUser(fakePriviledgedEmail)
deleteFakeApp()
def test_save_notes(client):
createFakeUser()
fakeApp['Notes'] = 'oldNote'
createFakeApp()
loginFakeUser(client, fakeEmail)
data = {'notesText': 'newNote'}
response = client.post('/save-notes/' + fakeApp['ID'],
data=data,
follow_redirects=True)
# print(request.path, request.args)
condition0 = response.status_code == 200
app = appDict(fakeApp['ID'])
notes = app['Notes'].split('\n\n')
oldNote = notes[0].split(': \n')
newNote = notes[-1].split(': \n')
condition1 = oldNote[-1] == 'oldNote'
condition2 = newNote[-1] == 'newNote'
assert ((condition0, condition1, condition2) == (True, True, True))
deleteFakeApp()
deleteFakeUser()