def get_feedback():
if request.method == 'POST':
recipients = request.form.getlist('email')
share = request.form.get('share-objectives')
share_objectives = share == 'share-objectives'
for recipient in recipients:
user = current_user._get_current_object()
other_user = User.objects.filter(email=recipient).first()
entry = Entry()
entry.requested_by = user.email
entry.requested_from = other_user.email
entry.requested_by_name = user.full_name
entry.requested_from_name = other_user.full_name
entry.template = request.form.get('feedback-template')
entry.share_objectives = share_objectives
if share_objectives:
# get and attach objectives
pass
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'feedback'
log_entry.owner = user
log_entry.entry = entry
log_entry.save()
log_entry.add_tag('Feedback')
_send_feedback_email(log_entry, user, other_user)
flash('Submitted request')
return render_template('feedback/get-feedback.html')
def test_log_with_valid_fields():
entry = Entry()
entry.content = 'content is all there is'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'log'
log_entry.entry = entry
entry.save()
def test_entry_type_must_be_in_models_schema():
entry = Entry()
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'catfish'
log_entry.entry = entry
with pytest.raises(ValidationError):
log_entry.save()
def test_log_with_valid_fields():
entry = Entry()
entry.content = "content is all there is"
entry.save()
log_entry = LogEntry()
log_entry.entry_type = "log"
log_entry.entry = entry
entry.save()
def test_objective_with_valid_fields():
entry = Entry()
entry.how = 'this is how'
entry.what = 'this is what'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'objective'
log_entry.entry = entry
log_entry.save()
def test_log_with_invalid_fields():
entry = Entry()
entry.foo = 'this is not right there is no foo'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'log'
log_entry.entry = entry
with pytest.raises(ValidationError):
log_entry.save()
def test_log_with_invalid_fields():
entry = Entry()
entry.foo = "this is not right there is no foo"
entry.save()
log_entry = LogEntry()
log_entry.entry_type = "log"
log_entry.entry = entry
with pytest.raises(ValidationError):
log_entry.save()
def test_save_log_entry_with_content():
entry = Entry()
entry.content = 'content is all there is'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'log'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry.content == 'content is all there is'
assert from_db.entry_type == 'log'
def test_save_log_entry_with_content():
entry = Entry()
entry.content = 'content is all there is'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'log'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry.content == 'content is all there is'
assert from_db.entry_type == 'log'
def test_feedback_with_valid_fields():
entry = Entry()
entry.requested_from = '*****@*****.**'
entry.requested_by = '*****@*****.**'
entry.details = 'details'
entry.share_objectives = True
entry.sent = True
entry.replied = True
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'feedback'
log_entry.entry = entry
log_entry.save()
def test_feedback_with_valid_fields():
entry = Entry()
entry.requested_from = '*****@*****.**'
entry.requested_by = '*****@*****.**'
entry.details = 'details'
entry.share_objectives = True
entry.sent = True
entry.replied = True
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'feedback'
log_entry.entry = entry
log_entry.save()
def test_save_log_entry_with_objective():
entry = Entry()
entry.how = 'this is how'
entry.what = 'this is what'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'objective'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry_type == 'objective'
assert from_db.entry.how == 'this is how'
assert from_db.entry.what == 'this is what'
def test_save_log_entry_with_objective():
entry = Entry()
entry.how = 'this is how'
entry.what = 'this is what'
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'objective'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry_type == 'objective'
assert from_db.entry.how == 'this is how'
assert from_db.entry.what == 'this is what'
def create(self):
entry = Entry(
title=self.title.data,
content=self.content.data)
entry.save()
note = LogEntry(
entry_type='log',
owner=current_user._get_current_object(),
entry=entry)
note.save()
for tag in self.tags.data.split(','):
note.add_tag(tag)
return note
def test_save_log_entry_with_feedback():
entry = Entry()
entry.requested_from = '*****@*****.**'
entry.requested_by = '*****@*****.**'
entry.details = 'details'
entry.share_objectives = True
entry.sent = True
entry.replied = True
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'feedback'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry_type == 'feedback'
assert from_db.entry.requested_from == '*****@*****.**'
assert from_db.entry.requested_by == '*****@*****.**'
assert from_db.entry.details == 'details'
assert from_db.entry.share_objectives
assert from_db.entry.sent
assert from_db.entry.replied
def test_save_log_entry_with_feedback():
entry = Entry()
entry.requested_from = '*****@*****.**'
entry.requested_by = '*****@*****.**'
entry.details = 'details'
entry.share_objectives = True
entry.sent = True
entry.replied = True
entry.save()
log_entry = LogEntry()
log_entry.entry_type = 'feedback'
log_entry.entry = entry
log_entry.save()
from_db = LogEntry.objects(id=log_entry.id).get()
assert from_db.entry_type == 'feedback'
assert from_db.entry.requested_from == '*****@*****.**'
assert from_db.entry.requested_by == '*****@*****.**'
assert from_db.entry.details == 'details'
assert from_db.entry.share_objectives
assert from_db.entry.sent
assert from_db.entry.replied
def setUp(self):
self.app = application.app
bcrypt = Bcrypt(self.app)
# forcibly reconnect to testing db
connection.disconnect()
self.app.config['MONGO_CONFIG']['db_name'] = 'pipeline_testing'
mongo_config = self.app.config['MONGO_CONFIG']
mongodb_uri = 'mongodb://'
if mongo_config['dbuser'] and mongo_config['dbpassword']:
mongodb_uri += '%s:%s@' % (mongo_config['dbuser']
, mongo_config['dbpassword'])
mongodb_uri += '%s/%s' % (mongo_config['hosts'], mongo_config['db_name'])
self.connection = connect(mongo_config['db_name'], host=mongodb_uri)
# drop any lingering test dbs
self.connection.drop_database(
self.app.config['MONGO_CONFIG']['db_name'])
''' create test user
'''
member_user = User(
admin_rights = False
, email = '*****@*****.**'
, email_confirmation_code = 'goodday'
, email_confirmed = True
, last_login_time = datetime.utcnow()
, password_hash = bcrypt.generate_password_hash('hola!')
, registration_time = datetime.utcnow()
, verified = True)
member_user.save()
''' create test org
'''
test_org = Organization(
label = 'euro-water'
, name = 'Euro Water')
test_org.save()
# save membership
member_user.update(push__organizations = test_org)
''' create test headers
'''
date_header = Header(data_type = 'datetime', name = 'date',
label = 'date')
date_header.save()
pH_header = Header(data_type = 'number', name = 'pH', label = 'pH')
pH_header.save()
city_header = Header(data_type = 'string', name = 'city',
label = 'city')
city_header.save()
headers = [date_header, pH_header, city_header]
# save ref to this header for later test
self.date_header_id = date_header.id
''' create test project
'''
test_project = Project(
creation_time = datetime.utcnow()
, label = 'water-quality'
, name = 'water quality'
, ordered_schema = headers
, organization = test_org)
test_project.save()
test_org.update(push__projects=test_project)
''' update the headers with a ref to the project
'''
for header in headers:
header.update(set__project = test_project)
''' create test datapoints
'''
test_data = [
{'date': datetime(2012, 3, 4), 'pH': 2.2, 'city': 'Madrid'}
, {'date': datetime(2012, 3, 5), 'pH': 3, 'city': 'Paris'}
, {'date': datetime(2012, 3, 6), 'pH': 4, 'city': 'London'}
, {'date': datetime(2012, 3, 6), 'pH': 3, 'city': 'London'}
, {'date': datetime(2012, 3, 6), 'pH': None, 'city': 'London'}
]
for datapoint in test_data:
new_entry = Entry(
project = test_project
, unique = True
, values = datapoint)
new_entry.save()
