def extend_hit_assignments(hitid, count):
m = mturk.MechanicalTurk(get_mturk_conf(False))
r = m.request("ExtendHIT", {
'HITId': hitid,
'MaxAssignmentsIncrement': count
})
print r
return r
def approve_rejected_assignment(assignmentId):
m = mturk.MechanicalTurk(get_mturk_conf(False))
r = m.request(
"ApproveRejectedAssignment", {
'AssignmentId':
assignmentId,
'RequesterFeedback':
'Approving some rejected assignments just this time.'
})
print r
return r
def reject_assignment(assignmentId):
m = mturk.MechanicalTurk(get_mturk_conf(False))
r = m.request(
"RejectAssignment", {
'AssignmentId':
assignmentId,
'RequesterFeedback':
'Sorry, You failed to rate correctly on our verification message. Please read the instructions carefully next time. More information can be found at https://goo.gl/QAkHaJ. Please contact the requester for more information.'
})
print r
return r
def gen_operation(op, q):
# if db.unblocked_workers.find_one({'WorkerId':workerId}):
# return {'msg':'already blocked', 'workerId':workerId}
m = mturk.MechanicalTurk(get_mturk_conf(False))
# q= {
# 'WorkerId': workerId,
# 'Reason': 'Task was not completed properly. Rating of messages was found to be inappropriate: you failed to vote correctly on our verification messages.'
# }
# db.insert(q)
r = m.request(op, q)
print r
return r
def block_worker(workerId):
if db.blocked_workers.find_one({'WorkerId': workerId}):
return {'msg': 'already blocked', 'workerId': workerId}
m = mturk.MechanicalTurk(get_mturk_conf(False))
q = {
'WorkerId':
workerId,
'Reason':
'Task was not completed properly. Rating of messages was found to be inappropriate: you failed to vote correctly on our verification messages.'
}
db.blocked_workers.insert(q)
r = m.request("BlockWorker", q)
print r
return r
def grant_bonus(assignmentId, amt, reason):
worker_id = db.responses.find_one({
'assignmentId': assignment_id
}).get('workerId')
m = mturk.MechanicalTurk(get_mturk_conf(False))
r = m.request(
"GrantBonus", {
'AssignmentId': assignmentId,
'WorkerId': worker_id,
'BonusAmount': {
'Amount': amt,
'CurrencyCode': 'USD'
},
'Reason': reason
})
print r
return r
conf_turk = {
"use_sandbox": False,
"stdout_log": False,
"verify_mturk_ssl": True,
"aws_key": "AKIAJLJ5F2MLV36GZKAA",
"aws_secret_key": "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"
}
conf_sbox = {
"use_sandbox": True,
"stdout_log": False,
"verify_mturk_ssl": True,
"aws_key": "AKIAJLJ5F2MLV36GZKAA",
"aws_secret_key": "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"
}
m_Turk = mturk.MechanicalTurk(conf_turk)
m_sandbox = mturk.MechanicalTurk(conf_sbox)
# r = m_Turk.request("GetAccountBalance")
# if r.valid:
# print r.get_response_element("AvailableBalance")
def doWork(response, timeout=60):
print 'sleeping for %d seconds' % timeout
# add timeout
time.sleep(timeout)
# logr.plog("Received request: %s"%data)
data = response['data']
def get_hits():
sandbox_flag = request.args.get('sandbox_flag', 'False')
conf = {
"use_sandbox": eval(sandbox_flag),
"stdout_log": False,
"verify_mturk_ssl": True,
"aws_key": "AKIAJLJ5F2MLV36GZKAA",
"aws_secret_key": "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"
}
m = mturk.MechanicalTurk(conf)
# get all hits
hits = []
r = m.request("SearchHITs", {
'SortDirection': 'Descending',
'PageSize': 100
})
total_hits = int(
r[u'SearchHITsResponse'][u'SearchHITsResult'][u'TotalNumResults'])
# hits = [(x['CreationTime'],x['HITId'],x['NumberOfAssignmentsCompleted'])
# for x in r['SearchHITsResponse']['SearchHITsResult']['HIT']]#[:20]
pgno = 0
while len(hits) < 20:
pgno += 1
r = m.request("SearchHITs", {
'SortDirection': 'Descending',
'PageSize': 100,
'PageNumber': pgno
})
try:
hits.extend([
(x['CreationTime'], x['HITId'],
x['NumberOfAssignmentsCompleted']
) # , x['RequesterAnnotation'])
for x in r['SearchHITsResponse']['SearchHITsResult']['HIT']
])
except Exception as e:
print 'some error on page %s: %s' % (pgno, e)
break
break
# time.sleep(1)
print 'Total HITs', len(hits)
alldata = []
for hit in hits[:20]:
try:
hitd = db.hits.find_one({'hitId': hit[1]}, {'_id': False})
output = '<div style="overflow:auto; height:40px; width:300px;"><pre><code class="prettyprint">{hitr}</pre></code></div>'.format(
hitr=json_util.dumps(hitd, indent=4))
alldata.append({
'task_type':
hitd.get('taskType', 'NA'),
'shortname':
'%s | %s' % (hitd['requirements'].get('persona', 'NA'),
hitd['requirements'].get('shortname', 'NA')),
'task_title':
hitd['requirements'].get('task_title', 'NA'),
'hitId':
hit[1],
'CreationTime':
hit[0],
'Assignments':
hit[2],
'hitURL':
'<a href="%s">Link</a>' % hitd.get('url', 'NA'),
'hit_json':
output,
})
except:
alldata.append({
'task_type': 'Not Found',
'hitId': hit[1],
'CreationTime': hit[0],
'Assignments': hit[2],
'hitURL': 'Not Found',
'hit_json': 'Not Found'
})
return render_template('hits.html', data=alldata)
def create_hit(hit_config, task_config):
m = mturk.MechanicalTurk(get_mturk_conf(task_config['use_sandbox']))
description = task_config['title']
keywords = 'idea, message, text, walking, support, help, physical, activity'
# v = task_config['incentive']
v = get_hit_incentive(task_config)
amt = math.ceil(v * 100) / 100
reward = {'Amount': amt, 'CurrencyCode': 'USD'}
duration = 60 * 20
autoapp = 60 * 60 * 48
question = get_question(task_config)
lifetime = 60 * 60 * 24
max_assignments = task_config['max_assignments']
qualification_req = [
{
"QualificationTypeId": "000000000000000000L0",
"IntegerValue": 98,
'Comparator': 'GreaterThan'
},
{
"QualificationTypeId": "00000000000000000040",
"IntegerValue": 1000 if task_config['use_sandbox'] == False else 1,
'Comparator': 'GreaterThan'
},
{
"QualificationTypeId": "00000000000000000071",
'Comparator': 'EqualTo',
'LocaleValue': {
'Country': 'US'
}
},
]
task_type_conf = {
'Title': task_config['title'],
'Description': description,
'MaxAssignments': max_assignments,
'Keywords': keywords,
'Reward': reward,
'RequesterAnnotation': task_config.get('taskid'),
'AssignmentDurationInSeconds': duration,
'AutoApprovalDelayInSeconds': autoapp,
'Question': question,
'LifetimeInSeconds': lifetime,
'QualificationRequirement': qualification_req
}
r = m.request("CreateHIT", task_type_conf)
try:
print 'HITId: %s' % r['CreateHITResponse']['HIT']['HITId']
except:
print 'Some problem. AWS Response: %s' % r
hitid = r[u'CreateHITResponse'][u'HIT'][u'HITId']
hit_typeid = r[u'CreateHITResponse'][u'HIT'][u'HITTypeId']
create_time = datetime.now(pytz.utc)
requirements = {
'task_id': task_config.get('task_id', 'task_id'),
'experiment_id': task_config.get('experiment_id', 'experiment_id'),
'task_type': task_config['task_type'],
'use_sandbox': task_config['use_sandbox'],
'max_assignments': task_config['max_assignments']
}
requirements.update(hit_config)
d = {
'hitId': hitid,
'createTime': create_time,
'hitTypeId': hit_typeid,
'task_type': task_config['task_type'],
'experiment_id': task_config.get('experiment_id', 'experiment_id'),
'task_id': task_config.get('task_id', ''),
'url':
'%s/get_hit?hitId=%s' % (get_hostname(task_config['port']), hitid),
'requirements': requirements,
'task_type_conf': task_type_conf,
'task_config': task_config,
'additional_assignments': 0,
'shortname': task_config.get('shortname', 'NA')
}
return d
def get_balance(use_sandbox=False):
requester_conf = get_mturk_conf(use_sandbox)
r = mturk.MechanicalTurk(requester_conf).request("GetAccountBalance")
if r.valid:
return r.get_response_element("AvailableBalance")
