def recruit(self, n=1):
"""Recruit n new participant bots to the queue"""
logger.info("Recruiting {} Bot participants".format(n))
factory = self._get_bot_factory()
urls = []
q = _get_queue(name="low")
for _ in range(n):
base_url = get_base_url()
worker = generate_random_id()
hit = generate_random_id()
assignment = generate_random_id()
ad_parameters = (
"recruiter={}&assignmentId={}&hitId={}&workerId={}&mode=sandbox"
)
ad_parameters = ad_parameters.format(self.nickname, assignment,
hit, worker)
url = "{}/ad?{}".format(base_url, ad_parameters)
urls.append(url)
bot = factory(url,
assignment_id=assignment,
worker_id=worker,
hit_id=hit)
job = q.enqueue(bot.run_experiment, job_timeout=self._timeout)
logger.warning("Created job {} for url {}.".format(job.id, url))
return urls
def recruit_participants(self, n=1):
"""Talk about recruiting participants."""
for i in range(n):
ad_url = "{}/ad?assignmentId=debug{}&hitId={}&workerId={}&mode=debug".format(
get_base_url(),
generate_random_id(),
generate_random_id(),
generate_random_id(),
)
logger.info('New participant requested: {}'.format(ad_url))
def recruit(self, n=1):
"""Generate experiemnt URLs and print them to the console."""
urls = []
template = "{}/ad?recruiter={}&assignmentId={}&hitId={}&workerId={}&mode={}"
for i in range(n):
ad_url = template.format(get_base_url(), self.nickname,
generate_random_id(),
generate_random_id(),
generate_random_id(), self._get_mode())
logger.info('{} {}'.format(NEW_RECRUIT_LOG_PREFIX, ad_url))
urls.append(ad_url)
return urls
def test_user_s3_bucket_thrice(self):
conn = dallinger.data._s3_connection()
id = generate_random_id()
for i in range(3):
bucket = dallinger.data.user_s3_bucket(canonical_user_id=id, )
assert bucket
conn.delete_bucket(bucket)
def test_user_s3_bucket_thrice(self):
id = generate_random_id()
for i in range(3):
bucket = dallinger.data.user_s3_bucket(
canonical_user_id=id,
)
assert bucket
bucket.delete()
def _make_qtype(self, mturk):
qtype = mturk.create_qualification_type(
name=generate_random_id(size=32),
description=TEST_QUALIFICATION_DESCRIPTION,
status='Active',
)
self._qtypes_to_purge.append(qtype['id'])
return qtype
def test_create_and_dispose_qualification_type(self, with_cleanup):
result = with_cleanup.create_qualification_type(
name=generate_random_id(size=32),
description=TEST_QUALIFICATION_DESCRIPTION,
status='Active',
)
assert isinstance(result['id'], unicode)
assert result['status'] == u'Active'
assert with_cleanup.dispose_qualification_type(result['id'])
def recruit(self, n=1):
"""Recruit n new participant bots to the queue"""
factory = self._get_bot_factory()
urls = []
q = _get_queue()
for _ in range(n):
base_url = get_base_url()
worker = generate_random_id()
hit = generate_random_id()
assignment = generate_random_id()
ad_parameters = 'assignmentId={}&hitId={}&workerId={}&mode=sandbox'
ad_parameters = ad_parameters.format(assignment, hit, worker)
url = '{}/ad?{}'.format(base_url, ad_parameters)
urls.append(url)
bot = factory(url, assignment_id=assignment, worker_id=worker)
job = q.enqueue(bot.run_experiment, timeout=60 * 20)
logger.info("Created job {} for url {}.".format(job.id, url))
return urls
def test_create_and_dispose_qualification_type(self, with_cleanup):
result = with_cleanup.create_qualification_type(
name=generate_random_id(size=32),
description=TEST_QUALIFICATION_DESCRIPTION,
status="Active",
)
assert isinstance(result["id"], six.text_type)
assert result["status"] == u"Active"
assert with_cleanup.dispose_qualification_type(result["id"])
def bot(app, debug):
"""Run the experiment bot."""
if debug is None:
verify_id(None, None, app)
(id, tmp) = setup_experiment()
if debug:
url = debug
else:
heroku_app = HerokuApp(dallinger_uid=app)
worker = generate_random_id()
hit = generate_random_id()
assignment = generate_random_id()
ad_url = '{}/ad'.format(heroku_app.url)
ad_parameters = 'assignmentId={}&hitId={}&workerId={}&mode=sandbox'
ad_parameters = ad_parameters.format(assignment, hit, worker)
url = '{}?{}'.format(ad_url, ad_parameters)
bot = bot_factory(url)
bot.run_experiment()
def compensate_worker(self, worker_id, email, dollars, notify=True):
"""Pay a worker by means of a special HIT that only they can see.
"""
qualification = self.mturkservice.create_qualification_type(
name="Dallinger Compensation Qualification - {}".format(
generate_random_id()),
description=(
"You have received a qualification to allow you to complete a "
"compensation HIT from Dallinger for ${}.".format(dollars)),
)
qid = qualification["id"]
self.mturkservice.assign_qualification(qid,
worker_id,
1,
notify=notify)
hit_request = {
"experiment_id": "(compensation only)",
"max_assignments": 1,
"title": "Dallinger Compensation HIT",
"description": "For compenation only; no task required.",
"keywords": [],
"reward": float(dollars),
"duration_hours": 1,
"lifetime_days": 3,
"question": MTurkQuestions.compensation(sandbox=self.is_sandbox),
"qualifications": [MTurkQualificationRequirements.must_have(qid)],
"do_subscribe": False,
}
hit_info = self.mturkservice.create_hit(**hit_request)
if email is not None:
message = {
"subject":
"Dallinger Compensation HIT",
"sender":
self.config.get("dallinger_email_address"),
"recipients": [email],
"body":
("A special compenstation HIT is available for you to complete on MTurk.\n\n"
"Title: {title}\n"
"Reward: ${reward:.2f}\n"
"URL: {worker_url}").format(**hit_info),
}
self.mailer.send(**message)
else:
message = {}
return {
"hit": hit_info,
"qualification": qualification,
"email": message
}
def fake_worker_qualification_response():
canned_response = {
u'Qualification': {
u'GrantTime': datetime.datetime(2018, 1, 1),
u'IntegerValue': 2,
u'QualificationTypeId': six.text_type(generate_random_id(size=32)),
u'Status': u'Granted',
u'WorkerId': u'FAKE_WORKER_ID'
},
'ResponseMetadata': response_metadata()['ResponseMetadata']
}
return canned_response
def fake_qualification_type_response():
canned_response = {
u"QualificationType": {
u"AutoGranted": False,
u"CreationTime": datetime.datetime(2018, 1, 1),
u"Description": u"***TEST SUITE QUALIFICATION***",
u"IsRequestable": True,
u"Name": u"Test Qualification",
u"QualificationTypeId": generate_random_id(size=32),
u"QualificationTypeStatus": u"Active",
}
}
return canned_response
def fake_worker_qualification_response():
canned_response = {
u"Qualification": {
u"GrantTime": datetime.datetime(2018, 1, 1),
u"IntegerValue": 2,
u"QualificationTypeId": six.text_type(generate_random_id(size=32)),
u"Status": u"Granted",
u"WorkerId": u"FAKE_WORKER_ID",
},
"ResponseMetadata": response_metadata()["ResponseMetadata"],
}
return canned_response
def fake_qualification_type_response():
canned_response = {
u'QualificationType': {
u'AutoGranted': False,
u'CreationTime': datetime.datetime(2018, 1, 1),
u'Description': u'***TEST SUITE QUALIFICATION***',
u'IsRequestable': True,
u'Name': u'Test Qualification',
u'QualificationTypeId': generate_random_id(size=32),
u'QualificationTypeStatus': u'Active',
}
}
return canned_response
def fake_qualification_response():
canned_response = {
'Status': u'Granted',
'QualificationTypeId': generate_random_id(size=32),
'SubjectId': u'A2ZTO3X61UKR1G',
'Qualification': '',
'GrantTime': u'2017-02-02T13:06:13.000-08:00',
'IntegerValue': u'2'
}
qtype = Qualification(None)
for k, v in canned_response.items():
qtype.endElement(k, v, None)
return as_resultset(qtype)
def fake_qualification_type_response():
canned_response = {
'AutoGranted': u'0',
'QualificationType': '',
'Description': u'***TEST SUITE QUALIFICATION***',
'QualificationTypeId': generate_random_id(size=32),
'IsValid': u'True',
'Request': '',
'QualificationTypeStatus': u'Active',
'CreationTime': u'2017-02-02T17:36:03Z',
'Name': u'Test Qualifiction'
}
qtype = QualificationType(None)
for k, v in canned_response.items():
qtype.endElement(k, v, None)
return as_resultset(qtype)
def test_user_s3_bucket_first_time(self):
bucket = dallinger.data.user_s3_bucket(
canonical_user_id=generate_random_id())
assert bucket
bucket.delete()
def fake_hit_type_response():
return {
u"HITTypeId": six.text_type(generate_random_id(size=32)),
"ResponseMetadata": response_metadata()["ResponseMetadata"],
}
def name_with_hostname_prefix():
# Including the hostname in content created in the MTurk sandbox helps
# identify its source when reviewing records there.
hostname = socket.gethostname()
name = "{}:{}".format(hostname, generate_random_id(size=32))
return name
def fake_hit_type_response():
return {
u'HITTypeId': six.text_type(generate_random_id(size=32)),
'ResponseMetadata': response_metadata()['ResponseMetadata']
}
def name_with_hostname_prefix():
hostname = socket.gethostname()
name = "{}:{}".format(hostname, generate_random_id(size=32))
return name
def test_user_s3_bucket_first_time(self):
conn = dallinger.data._s3_connection()
bucket = dallinger.data.user_s3_bucket(
canonical_user_id=generate_random_id(), )
assert bucket
conn.delete_bucket(bucket)
