def generate_jobs(self):
jobs = []
exec_time = self.exec_time
for i in range(self.iterations):
jobs.append(
Job(
line_task_id=self.id,
line_id=self.line_id,
device_id=self.device_id,
desired_state=1,
exec_time=exec_time,
expire_time=exec_time + timedelta(minutes=1),
)
)
jobs.append(
Job(
line_task_id=self.id,
line_id=self.line_id,
device_id=self.device_id,
desired_state=0,
exec_time=exec_time + timedelta(minutes=self.time),
expire_time=exec_time + timedelta(minutes=self.time + 1),
)
)
exec_time = exec_time + timedelta(minutes=self.time_sleep)
self.expire_time = exec_time + timedelta(minutes=1)
self.jobs = jobs
return self
def generate_random_jobs(player_cities, current_city_id, count=30):
"""
Generate a set of random jobs for a city
:param player_cities: Dict of current player cities
:param current_city_id: Id of current city the jobs are generated at
:param count: Number of jobs to generate
:return: Dict of jobs
"""
logging.info(
f'Generating {count} random job for city_id: {current_city_id}')
player_city_ids = [
city_id for city_id in player_cities.keys()
if city_id != current_city_id
]
jobs = {}
for _ in range(count):
job = Job(origin_city_id=current_city_id,
destination_city_id=random.choice(player_city_ids),
revenue=calculate_job_revenue(
current_city_id, random.choice(player_city_ids)),
job_type=random.choice(['P', 'C']))
jobs[job.id] = job.serialize()
return jobs
def test_train_mlengine(self):
train_job.train_job['name'] = str(uuid.uuid4())
job = Job(train_job.train_job['name'], train_job.train_job)
job.type = 'preprocess'
job.init_temp(str(uuid.uuid4()))
try:
logging.info("step1")
job.init_storage()
logging.info("step2")
if not hasattr(job, 'label_file') or job.label_file is None:
job.label_file = 'corpus/' + job.prep_name + "/object-detection.pbtxt"
job.init_labels()
self.assertGreater(len(job.categories), 0)
logging.info("step3")
source = json.loads(
job.download_to_string('corpus/' + job.prep_name +
"/job_def.json"))
job.project_name = source['project_name']
logging.info("step4")
updateFileML(job)
logging.info("step5")
upload_model(job)
logging.info("step6")
upload_packages(job)
logging.info("step7")
start_ml_engine(job)
logging.info("step8")
history = json.loads(
job.download_to_string(
'corpus/' + job.prep_name + "/job_history.json", ))
upload_metadata(job, "training_jobs/" + job.name, history)
finally:
job.cleanup()
def statistics_team_jobs(body):
if "team_id" not in body:
return
team = Team.select().where(Team.id == body["team_id"]).first()
if not team:
return
qs = (Job.team == team)
qs_count = (qs & (Job.status << ["normal", "private", "close"]))
qs_open = (qs & (Job.status == "normal"))
jobs_count = Job.select().where(qs_count).count()
jobs_open = Job.select().where(qs_open).count()
ts = TeamStatistics().select().where(TeamStatistics.team == team).first()
if not ts:
ts = TeamStatistics()
ts.user = team.user
ts.team = team
ts.jobs = 0
ts.open_jobs = 0
ts.jobs = jobs_count
ts.open_jobs = jobs_open
ts.save()
return
def post(self):
account = AdminAccount.get(id=session.get("account_id"))
if not account:
return success(res={"error_code": 4001, 'msg': '请登入'})
post = request.form
job_class = post.get("job_class")
job_name = post.get("job_name")
job_department = post.get('job_department')
job_category = post.get("job_category")
job_experience = post.get("job_experience")
education = post.get("education")
salary_start = post.get("salary_start")
salary_end = post.get("salary_end")
location = post.get("location")
description = post.get("description")
temptation = post.get("temptation")
option = post.get("option")
if (not job_class) or (not job_name) or (not job_department) or (
not job_category) or (not job_experience) or (
not education) or (not description) or (not location) or (
not temptation):
return success(res={"error_code": 4001, 'msg': '字段缺失'})
data = {
'name': job_name,
'accounts': account,
'department': job_department,
'category': int(job_category),
'experience': int(job_experience),
'education': int(education),
'salary_start': int(salary_start),
'salary_end': int(salary_end),
'location': location,
'description': description,
'classes': int(job_class),
'temptation': temptation,
}
if option == 'update':
job_id = post.get("job_id")
rn = Job.update_doc(id=job_id, **data)
else:
rn = Job.create(**data)
if rn:
return success(res={'id': rn.id})
else:
return success(res={'error_code': 4001, 'msg': u'保存失败'})
def job():
# {
# "job_title": "full-stack Developer",
# "job_skills": [ "React.js", "JavaScript" ]
# }
# curl -i -H "Content-Type: application/json" -X POST -d '{"job_title": "FrontEnd Engineer1", "job_skills": [ "HTML2", "C33SS", "JadevaScript", "Sfffass" ]}' http://localhost:5000/api/job
data = request.json
new_job = Job(title=data["job_title"])
for skill_name in data["job_skills"]:
# Find skill in DB:
skill = Skill.query.filter_by(name=skill_name).first()
# check if skill already in DB:
exists = skill is not None
if not exists:
skill = Skill(name=skill_name) # Create new skill row in DB
db.session.add(skill) # store in DB:
# add required skill to job opening
new_job.skills.append(skill)
db.session.add(new_job)
db.session.commit()
return job_schema.dump(new_job)
def get_job(packet_id):
job = Job.find_by_id(packet_id)
if not job:
return jsonify({'message': 'Job not found'}), 404
response = job.serialize
return jsonify({'job': response}), 200
def cycle():
while True:
is_popped = False
for q in qs:
if q.is_popped or time.time() - q.last_check_at > 2:
try:
jobs = Job.objects(
status=JOB_COMMIT, deleted_at=None,
queue_type=q.name).order_by('created_at').all()
q.is_popped = False
for job in jobs:
if q.semaphore.get_value() > 0:
job.status = JOB_PROCESSING
job.save()
job_id = job.id
q.semaphore.acquire()
p = Process(target=worker,
args=(job_id, q.semaphore))
p.start()
q.is_popped = True
else:
q.is_popped = False
break
except Exception, ex:
time.sleep(1)
print ex
is_popped |= q.is_popped
# 如果队列里有数据，
if not is_popped:
time.sleep(2)
def get(self):
job_id = request.args.get("job_id")
if not job_id:
return abort(404)
rn = Job.get(id=job_id)
if not rn:
return abort(404)
else:
data = {
'id': rn.id,
'name': rn.name,
'department': rn.department,
'category': CATEGORY.get(rn.category),
'experience': EXPERIENCE.get(rn.experience),
'education': rn.education,
'salary_start': rn.salary_start,
'salary_end': rn.salary_end,
'location': rn.location,
'description': rn.description,
'temptation': rn.temptation,
'classes': JOB_CLASS.get(rn.classes)
}
return render_template('%s/index/job_detail.html' % self.template_base,
data=data)
def get(self):
job_id = request.args.get("job_id")
if not job_id:
return abort(404)
rn = Job.get(id=job_id)
if not rn:
return abort(404)
data = {
'id': rn.id,
'name': rn.name,
'department': rn.department,
'category': rn.category,
'experience': rn.experience,
'education': rn.education,
'salary_start': rn.salary_start,
'salary_end': rn.salary_end,
'location': rn.location,
'description': rn.description,
'temptation': rn.temptation,
'classes': rn.classes
}
return render_template('%s/index/edit_job.html' % self.template_base,
data=json.dumps(data))
def test_run(self):
jobs, students, apps = self.get_test_case()
# Add the test objects to DB
for obj in jobs + students + apps:
obj.save()
# Run the script
MatchScript(app = self.app).run()
# Check job objects
job_ids = map(lambda job: job.id, jobs)
db_jobs = Job.by_ids_dict(job_ids)
assert(db_jobs[jobs[0].id].state == Job.State.FILLED)
assert(db_jobs[jobs[1].id].state == Job.State.PARTIALLY_FILLED)
assert(db_jobs[jobs[2].id].state == Job.State.UNFILLED)
# Check app objects
expected_matches = {
students[0].id : jobs[0].id,
students[1].id : jobs[1].id,
students[2].id : jobs[1].id,
students[3].id : None
}
app_ids = map(lambda app: app.id, apps)
db_apps = Application.by_ids(app_ids)
for app in db_apps:
if expected_matches[app.student_id] == app.job_id:
assert(app.state == Application.State.MATCHED)
else:
assert(app.state == Application.State.NOT_MATCHED)
def delete_job(user, packet_id):
if not user:
return jsonify({'message': 'Not authorized'}), 401
job = Job.find_by_id(packet_id)
if not job:
return jsonify({'message': 'Job not found'}), 404
job.delete_from_db()
return jsonify({'message': 'success'}), 200
def create_job():
try:
job_data = request.json
job_load = JobSchema().load(job_data)
job = Job(**job_load)
job.save()
job_dump = JobSchema().dump(job)
return make_response(jsonify(job_dump), 201)
except ValidationError as err:
return make_response(jsonify(err.messages), 500)
except SQLAlchemyError as err:
logging.error('Error in Job creation: {}'.format(list(err.args)))
return make_response(
jsonify({
'Error Message':
'There was an error, we coudn\'t create the Job'
}), 500)
def get_jobs():
# Get and return all the jobs I had
try:
jobs = Job.get_all()
jobs_dump = JobSchema(many=True).dump(jobs)
return make_response(jsonify(jobs_dump))
except ValidationError as err:
return make_response(jsonify(err.messages), 500)
def search_job(from_date, to_date, title):
query = Query()
query.on_calendar(from_date, to_date)
query.by_title(title)
search_result = pd.DataFrame(
Job.find(collection="job", query=query._query))
return search_result
def Test_useGenericPreprocessor_ThrowExceptionIfUsedPropertyIsNone_NoneProperty():
job = Job()
m = ''
isCatched = False
try:
job.useGenericPreprocessor()
except ArgumentNotSetError as e:
isCatched = True
m += e.argument
except:
pass
m = ('\'useGenericPreprocessor\' catched none properties: '
+ 'The following is not set[{}]'.format(m))
t.test(isCatched, m)
def _decorate(*args, **kwargs):
arguments = json.dumps(dict(args=args, kwargs=kwargs)) # 简单参数类型，不用过于复杂
# 任务放入mongodb
job = Job()
job.module_name = module_name
job.function_name = function_name
job.arguments = arguments
job.queue_type = queue_key
job.save()
def test_process_all(self):
for jb in prep_job.jobs:
job = Job(jb['name'], jb)
job.type = 'preprocess'
job.init_temp(str(uuid.uuid4()))
try:
job.init_labels()
job.init_storage()
job.testcoco = {"info": {
"description": "COCO 2017 Dataset",
"url": "http://cocodataset.org",
"version": "1.0",
"year": 2018,
"contributor": "COCO Consortium",
"date_created": "2017/09/01"
},
"licenses": [],
"images": [],
"categories": [],
"annotations": [],
}
job.traincoco = {"info": {
"description": "COCO 2017 Dataset",
"url": "http://cocodataset.org",
"version": "1.0",
"year": 2018,
"contributor": "COCO Consortium",
"date_created": "2017/09/01"
},
"licenses": [],
"images": [],
"categories": [],
"annotations": [],
}
process_json(job)
create_label_pbtxt(job)
create_tf_example(job)
create_tf_example(job, False)
delete_staged(job)
upload_metadata(job)
finally:
job.cleanup()
def add_job():
attributes = request.json
job = Job(**attributes)
try:
session.add(job)
session.commit()
response = jsonify({"code": 1, "message": "Successfully added job"})
return make_response(response, 201)
except:
session.rollback()
response = jsonify({"code": -1, "message": "role alreasy exist"})
return make_response(response, 401)
def post(self):
"""
Executes a prep job to create an image corpus for training.
Use this method to start a prep job.
"""
job_def = request.json
job_def['process_json'] = True # Hardcode to process json file from project folder
job = Job(job_def['name'],job_def)
job.type = 'preprocess'
dt = newdt.now()
job.start_time = int(dt.timestamp()*1000)
job.request = {'full_path': request.full_path,'remote_addr':request.remote_addr,'method':request.method}
jb = aug_queue.enqueue(
preprocess, job,job_timeout=-1,result_ttl=86400,ttl=-1)
jb.meta['job_def'] = job_def
dt = newdt.now()
jb.meta['job_init_time'] = str(int(dt.timestamp()*1000))
jb.status = 'Running'
jb.save_meta()
json_str = job.to_json_string()
st = {
'BUCKET' : job.bucket,
'USE_GCS' : job.use_gcs,
'ACCESS_KEY' : access_key,
'SECRET_KEY' : secret_key,
'S3_URL' : s3_url
}
storage = Storage(st)
storage.upload_data(json_str,'jobs/running/{}_0_preprocess_r_{}.json'.format(str(job.start_time),jb.id),contentType='application/json')
storage.upload_data(json_str,'jobs/all/{}_0_preprocess_r_{}.json'.format(str(job.start_time),jb.id),contentType='application/json')
return {
"status": jb.status,
'job_id': jb.id,
'meta':jb.meta},201
def get_jobs():
query = {}
request_data = request.args.to_dict()
# Search by id
if 'employer_id' in request_data:
query['employer_id'] = ObjectId(request.args.get('employer_id'))
# Search by location
if 'company_name' in request_data:
company_name = request_data.get('company_name')
employer = Employer.find_one({'company_name': company_name})
if employer:
query['employer_id'] = employer.id
else:
query['company_name'] = '-1'
# Search by location
if 'location' in request_data:
query['location'] = request_data.get('location')
# Execute query
jobs = Job.find(query)
job_ids = map(lambda job: job.id, jobs)
# Get student applications for those jobs
app_query = {'job_id': {'$in': job_ids}}
# If I'm a student, only return my apps
if g.student:
app_query['student_id'] = g.user.id
# Query for applications to those jobs
apps = Application.find(app_query)
# Convert to dictionary based on either student or employer context
if g.student:
apps = map(lambda app: app.to_dict_student(), apps)
else:
apps = map(lambda app: app.to_dict_employer(), apps)
apps_by_job_id = dict(zip(map(lambda app: app['job_id'], apps), apps))
# Assemble results as dicts
result = []
for job in jobs:
_dict = job.to_dict()
_dict['application'] = apps_by_job_id.get(str(job.id))
result.append(_dict)
return ujson.dumps(result)
def job_view(body):
if "uuid" not in body or "user_id" not in body:
return
job = Job.select().where(Job.job_uuid==body["uuid"]).first()
if not job or job.user_id != body["user_id"]:
return
job.last_view_time = utils.now()
job.save()
qs = Proposal.update(is_view=True).where(Proposal.job==job)
qs.execute()
return
def run(self):
Employer.objects.delete()
employers = self.get_employers()
for e in employers:
print "Creating employer %s" % e
employer = Employer(**e)
employer.save()
Student.objects.delete()
students = self.get_students()
experiences = self.get_experiences()
for i in range(len(experiences)):
experience_list = experiences[i]
s = students[i]
for e in experience_list:
s.experience = [Experience(**e)]
s.save()
educations = self.get_educations()
for s in students:
education = choice(educations)
s.education = [Education(**education)]
s.save()
employers = Employer.find({})
jobs = self.get_jobs()
for i in range(len(jobs)):
j = jobs[i]
e = employers[i]
j['employer_id'] = e['id']
job = Job(**j)
job.save()
jobs = Job.find({})
self.save_applications(jobs, students)
def setUp(self):
self.employer_name = 'Test Employer 1'
self.job_title = 'Test Job Title 1'
now = datetime.now()
term = Term.get_term(now.month)
location = 'Toronto'
job_levels = ['Junior', 'Intermediate', 'Senior']
openings = 10
applicants = 50
summary = datamanager.test_summary
programs = ['MATH-Computer Science', 'ENG-Computer', 'ENG-Civil']
job_url = 'https://testurl.com'
importer.import_job(employer_name=self.employer_name, job_title=self.job_title, term=term,
location=location, levels=job_levels, openings=openings, applicants=applicants,
summary=summary, date=now, programs=programs, url=job_url)
self.employer_name = self.employer_name.lower()
self.job_title = self.job_title.lower()
location = location.lower()
self.employer = Employer.objects(name=self.employer_name).no_dereference().first()
self.job = Job.objects(id__in=[job.id for job in self.employer.jobs], title=self.job_title).first()
self.assertEqual(self.employer.name, self.employer_name)
self.assertEqual(self.employer.overall.rating, 0.0)
self.assertEqual(self.employer.overall.count, 0)
self.assertTrue(len(self.employer.warnings) == 0)
self.assertTrue(len(self.employer.comments) == 0)
self.assertEqual(self.job.title, self.job_title)
self.assertEqual(self.job.url, job_url)
self.assertEqual(self.job.term, term)
self.assertEqual(self.job.location[0].name, location)
self.assertTrue(int(round(self.job.location[0].longitude)) == -79)
self.assertTrue(int(round(self.job.location[0].latitude)) == 44)
self.assertEqual(self.job.openings, openings)
self.assertEqual(self.job.remaining, openings)
self.assertEqual(self.job.hire_rate.rating, 0.0)
self.assertEqual(self.job.hire_rate.count, 0)
self.assertEqual(self.job.applicants[0].applicants, applicants)
self.assertEqual(self.job.applicants[0].date.year, now.year)
self.assertEqual(self.job.applicants[0].date.month, now.month)
self.assertEqual(self.job.applicants[0].date.day, now.day)
self.assertEqual(set(self.job.levels), set(job_levels))
self.assertTrue(len(self.job.comments) == 0)
self.assertEqual(set(self.job.programs), set(programs))
self.assertFalse(self.job.deprecated)
def tpminerWeatherSetup(logger):
job = Job(logger=logger, label='TPMiner weather-crash')
job.algorithm = tpminer
job.minSupport = 0.15
job.maxGap = pa.to_timedelta('24:00:00')
job.dataset = 'datasets/Weather-Crash.csv'
preprocessor = WeatherCrashPreprocessor(
'datasets/weather.csv',
'datasets/Motor_Vehicle_Collisions_-_Crashes.csv',
logger)
job.preprocessor = preprocessor
return job
def test_init_storage(self):
for jb in prep_job.jobs:
job = Job(jb['name'], jb)
job.type = 'preprocess'
job.init_temp(str(uuid.uuid4()))
try:
job.init_labels()
job.init_storage()
job.testcoco = {"info": {
"description": "COCO 2017 Dataset",
"url": "http://cocodataset.org",
"version": "1.0",
"year": 2018,
"contributor": "COCO Consortium",
"date_created": "2017/09/01"
},
"licenses": [],
"images": [],
"categories": [],
"annotations": [],
}
job.traincoco = {"info": {
"description": "COCO 2017 Dataset",
"url": "http://cocodataset.org",
"version": "1.0",
"year": 2018,
"contributor": "COCO Consortium",
"date_created": "2017/09/01"
},
"licenses": [],
"images": [],
"categories": [],
"annotations": [],
}
finally:
job.cleanup()
def client_home_page():
global jobs_index
job_type = request.form['job_type']
address = request.form['address']
description = request.form['description']
job = Job(jobs_index, job_type, address, description,
session.get('username'))
jobs_index += 1
global_dict['jobs'].append(job)
print_jobs()
return jobs_by_client()
def worker(job_id, semaphore):
start_at = time.time()
job = Job.objects(id=job_id).first()
module_name = job.module_name
function_name = job.function_name
func = get_function_from_module_and_function_name(module_name,
function_name)
arguments = json.loads(job.arguments)
args = arguments.get('args')
kwargs = arguments.get('kwargs')
results = ''
try:
results = func(*args, **kwargs)
job.finish()
except Exception, ex:
job.exception()
exc = traceback.format_exc()
job.exceptions = exc
def update_jobs(self):
for c_data in self.data:
# If company has jobs
if c_data['jobtitles']:
jobs = c_data['jobtitles'].split('|JOB|')
for job in [json.loads(j) for j in jobs]:
job = Job(job['title'], job['role_type_id'],
c_data['companyid'])
self.data_storage.jobs.append(job)
self.data_storage.add_job_to_company(job)
# If company has job tags
if c_data['jobtags']:
job_tags = c_data['jobtags'].split('|TAG|')
for job_tag in [json.loads(j) for j in job_tags]:
job_tag = (job_tag['name'], job_tag['id'])
self.data_storage.add_job_tag(job_tag)
self.data_storage.add_jobtag_to_company(
job_tag, c_data['companyid'])
def job_add(user_id=None, job_db_id=None):
job_db_obj = storage.get('Job_db', job_db_id)
if job_db_obj is None:
abort(404, 'Not found')
d = datetime.today() - timedelta(days=job_db_obj.date_post)
print(d)
new_job = Job(company=job_db_obj.company,
position=job_db_obj.position,
location=job_db_obj.location,
description=job_db_obj.description,
user_id=user_id,
html_description=job_db_obj.html_description
# link = job_db_obj.link,
# date_post = d
)
storage.new(new_job)
storage.save()
return render_template('job_detail.html',
job_db_obj=job_db_obj,
descrip=Markup(job_db_obj.html_description))
def test_train_mlengine_copy(self):
train_job.train_job['name'] = str(uuid.uuid4())
job = Job(train_job.train_job['name'], train_job.train_job)
job.type = 'preprocess'
job.init_temp(str(uuid.uuid4()))
try:
logging.info("step1")
job.init_storage()
logging.info("step2")
if hasattr(job,
'source_training') and job.source_training is not '':
sjd = json.loads(
job.download_to_string('training_jobs/' +
job.source_training +
"/job_def.json"))
job.num_train_steps += sjd['num_train_steps']
job.model = sjd['model']
st = 'training_jobs/{}/'.format(job.source_training)
dt = 'training_jobs/{}/'.format(job.name)
job.copy_folder(st, dt)
job.delete_cloud_file('{}{}'.format(dt, "job_def.json"))
job.delete_cloud_file('{}{}'.format(dt, "job_history.json"))
logging.info("step3")
if not hasattr(job, 'label_file') or job.label_file is None:
job.label_file = 'corpus/' + job.prep_name + "/object-detection.pbtxt"
job.init_labels()
self.assertGreater(len(job.categories), 0)
logging.info("step4")
source = json.loads(
job.download_to_string('corpus/' + job.prep_name +
"/job_def.json"))
job.project_name = source['project_name']
logging.info("step5")
updateFileML(job)
logging.info("step6")
upload_model(job)
logging.info("step7")
upload_packages(job)
logging.info("step8")
start_ml_engine(job)
logging.info("step9")
history = json.loads(
job.download_to_string(
'corpus/' + job.prep_name + "/job_history.json", ))
upload_metadata(job, "training_jobs/" + job.name, history)
finally:
job.cleanup()
def comment(job_id):
data = json.loads(flask.request.data)
comment_text = data['text']
comment_date = dateutil.parser.parse(data['date'])
salary = data['salary'] or 0
rating = (float(data['rating']) / 5) or 0
if job_id is not None and comment_text:
job = Job.objects(id=job_id).first()
if not job:
return render_template('404.html')
logger.info(COMPONENT, 'Adding comment for job: {}'.format(job_id))
new_comment = Comment(comment=comment_text, date=comment_date, salary=salary, crawled=False,
rating=AggregateRating(rating=rating, count=1))
job.update(push__comments=new_comment)
return json.dumps({'success': True}), 200, {'ContentType': 'application/json'}
def update_job(**kwargs):
"""Update job.
Keyword arguments:
id -- Job ID
summary -- Job summary
location -- Location job was advertised
programs -- Programs the job is specified for
levels -- Levels job is intended for [Junior, Intermediate, Senior]
openings -- Number of job openings
index -- Boolean to indicate whether to index or not (default True)
"""
summary = kwargs['summary']
location = kwargs['location'].lower()
levels = kwargs['levels']
programs = []
for program in kwargs['programs']:
uw_program = Program.get_program(program)
if uw_program:
programs.append(uw_program)
else:
logger.error(COMPONENT, 'Error processing program: {}'.format(program))
openings = 0
try:
if kwargs['openings']:
openings = int(kwargs['openings']) or 0
except Exception:
pass
index = False
if index in kwargs:
index = kwargs['index']
job = Job.objects(id=kwargs['id']).first()
remaining = job.openings
# Job posting has decreased, some positions filled up
if openings < job.openings:
remaining = openings
filtered_summary = engine.filter_summary(summary)
summary_keywords = engine.get_keywords(filtered_summary, programs)
filtered_summary_compare = re.sub(r'\W+', '', filtered_summary.lower().strip()).strip()
job_summary_compare = re.sub(r'\W+', '', job.summary.lower().strip()).strip()
employer = Employer.objects(jobs=kwargs['id']).first()
# Job summary is not the same. In this case the employer most likely changed the job
if not filtered_summary_compare == job_summary_compare:
if openings >= 1:
logger.info(COMPONENT, 'Job: {}: different summary detected, deprecating and creating new job..'
.format(kwargs['id']))
job.update(set__deprecated=True)
location = Location(name=location)
keywords = [Keyword(keyword=k['keyword'], types=k['types']) for k in summary_keywords]
# Assume new job so number of remaining positions is same as openings
new_job = Job(title=job.title, summary=filtered_summary, year=job.year, term=job.term,
location=[location], openings=openings, remaining=openings,
levels=levels, programs=programs, url=job.url, keywords=keywords)
new_job.save()
employer.update(push__jobs=new_job)
if index:
elastic.delete_employer_waterlooworks(employer)
elastic.delete_job_waterlooworks(employer, job)
elastic.index_employer_waterlooworks(employer)
elastic.index_job_waterlooworks(employer, new_job)
else:
logger.info(COMPONENT, 'Job: {}: different summary detected but invalid openings: {}, ignoring..'
.format(job.title, openings))
else:
logger.info(COMPONENT, 'Job: {}: updating for current term'.format(kwargs['id']))
location = Location(name=location)
job.update(add_to_set__location=location, set__remaining=remaining,
set__levels=list(set(levels + job.levels)),
set__programs=list(set(programs + job.programs)), set__last_indexed=datetime.now())
if index:
elastic.update_job_waterlooworks(employer, job)
def jobs(self):
return Job.query(Job.crawl_key == self.key).order(Job.created_at).fetch()
def display_job():
employer_name = flask.request.args.get('employer') or ''
job_title = flask.request.args.get('title') or ''
employer = Employer.objects(name=employer_name).no_dereference().first()
job = Job.objects(id__in=[job.id for job in employer.jobs], title=job_title, deprecated=False).first()
if not employer or not job:
return render_template('404.html')
summary = job.summary.strip('-').strip('_').strip('-').strip('_').strip().replace('\n', '<br>')\
.replace('\r\n', '<br>')
keywords = []
for keyword in job.keywords:
color = '#949FB1'
if keyword.keyword in colors.colors and colors.colors[keyword.keyword]['color']:
color = colors.colors[keyword.keyword]['color']
keywords.append({
'keyword': keyword.keyword,
'color': color
})
job_applicants = 0
applicants = {}
if len(applicants) > 0:
for applicant in job.applicants:
applicants[applicant.date] = applicant.applicants,
now = datetime.now()
earliest = max(date for date in applicants if date < now)
job_applicants = applicants[earliest][0]
comments = []
for comment in job.comments:
comments.append({
'comment': comment.comment,
'date': comment.date.isoformat(),
'salary': comment.salary,
'rating': comment.rating.rating * 5,
'crawled': comment.crawled
})
job_data = {
'employer_name': string.capwords(employer.name),
'job_id': job.id,
'job_title': string.capwords(job.title),
'job_term': job.term,
'job_year': job.year,
'job_summary': summary,
'job_locations': [string.capwords(location.name) for location in job.location],
'job_openings': job.openings,
'job_remaining': job.remaining,
'job_hire_rate': int(job.hire_rate.rating * 100),
'job_programs': job.programs,
'job_levels': job.levels,
'job_keywords': keywords,
'job_applicants': job_applicants
}
return render_template('job.html', job_data=job_data, comments=comments, page_script='job')
def view_job(self, jid):
job = Job.get_by_id(int(jid))
crawl = job.crawl_key.get()
robot = crawl.key.parent().get()
self.render_response('robot/job.html', job=job, crawl=crawl, robot=robot)
def import_job(**kwargs):
"""Import job.
Keyword arguments:
employer_name -- Employer name
job_title -- Title of job
summary -- Job summary
year -- Year the job was advertised
term -- Term job was advertised [Fall, Winter, Spring]
location -- Location job was advertised
openings -- Number of job openings
remaining -- Number of job openings remaining
applicants -- Number of applicants job has (Optional)
levels -- Levels job is intended for [Junior, Intermediate, Senior]
programs -- Programs the job is specified for
url -- URL of job
date -- Date job was crawled (useful for knowing exactly # of applicants at what time)
index -- Boolean to indicate whether to index or not (default True)
"""
employer_name = kwargs['employer_name'].lower()
job_title = kwargs['job_title'].lower()
term = kwargs['term']
levels = []
for level in kwargs['levels']:
uw_level = Term.get_level(level)
if uw_level:
levels.append(uw_level)
else:
logger.error(COMPONENT, 'Error processing level: {}'.format(level))
programs = []
for program in kwargs['programs']:
uw_program = Program.get_program(program)
if uw_program:
programs.append(uw_program)
else:
logger.error(COMPONENT, 'Error processing program: {}'.format(program))
location = kwargs['location'].lower()
openings = int(kwargs['openings'])
remaining = int(kwargs['remaining']) if 'remaining' in kwargs else openings
summary = kwargs['summary']
filtered_summary = engine.filter_summary(summary)
summary_keywords = engine.get_keywords(filtered_summary, programs)
date = kwargs['date']
year = date.year
url = kwargs['url']
applicants = 0
try:
if kwargs['applicants']:
applicants = int(kwargs['applicants'])
except Exception:
pass
index = False
if index in kwargs:
index = kwargs['index']
logger.info(COMPONENT, 'Importing job: {} from {}'.format(job_title, employer_name))
# If employer does not exist, create it
if not Employer.employer_exists(employer_name):
logger.info(COMPONENT, 'Employer: {} does not exist, creating..'.format(employer_name))
employer = Employer(name=employer_name)
logger.info(COMPONENT, 'Creating job: {}'.format(job_title))
location = Location(name=location)
applicant = Applicant(applicants=applicants, date=date)
keywords = [Keyword(keyword=k['keyword'], types=k['types']) for k in summary_keywords]
# New job so number of remaining positions is same as openings
job = Job(title=job_title, summary=filtered_summary, year=year,
term=term, location=[location], openings=openings, remaining=remaining,
applicants=[applicant], levels=levels, programs=programs, url=url,
keywords=keywords)
job.save()
job.reload()
employer.jobs.append(job)
employer.save()
employer.reload()
if index:
elastic.index_employer_waterlooworks(employer)
elastic.index_job_waterlooworks(employer, job)
# Employer already exists
else:
employer = Employer.objects(name=employer_name).no_dereference().first()
logger.info(COMPONENT, 'Employer: {} already exists'.format(employer_name))
# If job does not exist, create it
if not employer.job_exists(job_title):
logger.info(COMPONENT, 'Creating job: {}'.format(job_title))
location = Location(name=location)
applicant = Applicant(applicants=applicants, date=date)
keywords = [Keyword(keyword=k['keyword'], types=k['types']) for k in summary_keywords]
# New job so number of remaining positions is same as openings
job = Job(title=job_title, summary=engine.filter_summary(summary), year=year,
term=term, location=[location], openings=openings, remaining=remaining,
applicants=[applicant], levels=levels, programs=programs, url=url,
keywords=keywords)
job.save()
job.reload()
employer.update(push__jobs=job)
if index:
elastic.update_employer_waterlooworks(employer)
elastic.index_job_waterlooworks(employer, job)
# Job already exists
else:
logger.info(COMPONENT, 'Job: {} already exists'.format(job_title))
job = Job.objects(id__in=[job.id for job in employer.jobs], title=job_title).first()
if not year >= job.year:
raise DataIntegrityError('Job: {} by {} cannot be advertised before {}'
.format(job_title, employer_name, job.year))
filtered_summary_compare = re.sub(r'\W+', '', filtered_summary.lower().strip()).strip()
job_summary_compare = re.sub(r'\W+', '', job.summary.lower().strip()).strip()
# Job summary is not the same. In this case the employer most likely changed the job
if not filtered_summary_compare == job_summary_compare:
if openings >= 1:
logger.info(COMPONENT, 'Job: {}: different summary detected, deprecating and creating new job..'
.format(job_title))
job.update(set__deprecated=True)
location = Location(name=location)
applicant = Applicant(applicants=applicants, date=date)
keywords = [Keyword(keyword=k['keyword'], types=k['types']) for k in summary_keywords]
# Assume new job so number of remaining positions is same as openings
new_job = Job(title=job_title, summary=filtered_summary, year=year, term=term,
location=[location], openings=openings, remaining=remaining, applicants=[applicant],
levels=levels, programs=programs, url=url, keywords=keywords)
new_job.save()
new_job.reload()
employer.update(push__jobs=new_job)
if index:
elastic.delete_employer_waterlooworks(employer)
elastic.delete_job_waterlooworks(employer, job)
elastic.index_employer_waterlooworks(employer)
elastic.index_job_waterlooworks(employer, new_job)
else:
logger.info(COMPONENT, 'Job: {}: different summary detected but invalid openings: {}, ignoring..'
.format(job_title, openings))
# Job is the same (same title and description)
else:
# If job is being advertised in new term
if year != job.year or term != job.term:
logger.info(COMPONENT, 'Job: {}: being advertised in new term, updating..'.format(job_title))
# Add hire ratio for previous term
hire_ratio = float(job.openings - job.remaining) / job.openings
job.hire_rate.add_rating(hire_ratio)
location = Location(name=location)
applicant = Applicant(applicants=applicants, date=date)
hire_rate = AggregateRating(rating=job.hire_rate.rating, count=job.hire_rate.count)
job.update(set__year=year, set__term=term, add_to_set__location=location, set__openings=openings,
set__remaining=remaining, push__applicants=applicant, set__hire_rate=hire_rate,
set__levels=levels, set__programs=programs, set__url=url, set__last_indexed=datetime.now())
if index:
elastic.update_job_waterlooworks(employer, job)
# Job is being updated. We need to update location, openings, levels, remaining, hire_rate, applicants
else:
logger.info(COMPONENT, 'Job: {}: updating for current term'.format(job_title))
remaining = job.remaining
# Job posting has decreased, some positions filled up
if openings < remaining:
remaining = openings
location = Location(name=location)
applicant = Applicant(applicants=applicants, date=date)
job.update(add_to_set__location=location, set__remaining=remaining,
set__levels=list(set(levels + job.levels)), push__applicants=applicant,
set__programs=list(set(programs + job.programs)), set__url=url,
set__last_indexed=datetime.now())
if index:
elastic.update_job_waterlooworks(employer, job)
def create():
"""Creates a new outgoing fax"""
account_id = Account.authorize(request.values.get('api_key'))
if account_id == None:
return jsonify(api_error('API_UNAUTHORIZED')), 401
ip = fix_ip(request.headers.get('x-forwarded-for', request.remote_addr))
if request.method == 'POST':
uploaded_file = request.files['file']
v = request.values.get
if uploaded_file or v('body'):
data = {
'account_id': account_id,
'ip_address': ip,
'destination': v('destination'),
'send_authorized': v('send_authorized', 0),
'cover': v('cover', 0),
'cover_name': v('cover_name'),
'cover_address': v('cover_address'),
'cover_city': v('cover_city'),
'cover_state': v('cover_state'),
'cover_zip': v('cover_zip'),
'cover_country': v('cover_country'),
'cover_phone': v('cover_phone'),
'cover_email': v('cover_email'),
'cover_company': v('cover_company'),
'cover_to_name': v('cover_to_name'),
'cover_cc': v('cover_cc'),
'cover_subject': v('cover_subject'),
'cover_status': v('cover_status','review'),
'cover_comments': v('cover_comments'),
'callback_url': v('callback_url')
}
if uploaded_file:
data['filename'] = uploaded_file.filename
else:
data['body'] = v('body')
o(data)
try:
job = Job(**data);
job.validate()
except ValidationError, err:
return jsonify(api_error(err.ref)), 400
db.session.add(job)
db.session.commit()
if uploaded_file:
binary = uploaded_file.stream.read()
else:
binary = job.body.replace("\r\n", "\n").encode('utf-8')
redis_conn = Redis.from_url(current_app.config['REDIS_URI'])
q = Queue('high', connection=redis_conn)
q.enqueue_call(func=initial_process, args=(job.id, binary),
timeout=300)
return jsonify(job.public_data())
else:
return jsonify(api_error("JOBS_NO_ATTACHMENT")), 400
def import_comment(**kwargs):
"""Import comment from RateMyCoopJob.
Keyword arguments:
employer_name -- Employer name
job_title -- Title of job
comments: -- Array of comments
comment -- Comment
comment_date -- Date comment was submitted. Note: in non-standard form such as: 5 years ago, 3 weeks ago etc
salary -- Job salary (hourly)
rating -- Job rating out of 5 (1 - 5 stars on ratemycoopjob)
"""
employer_name = kwargs['employer_name'].lower()
job_title = kwargs['job_title'].lower()
# If employer alias exists (ex. Research in motion -> Blackberry), use instead
if employer_name in employer_alias.aliases:
employer_name = employer_alias.aliases[employer_name].lower()
# If employer does not exist
if not Employer.objects.search_text("\"{}\"".format(employer_name)).count() > 0:
logger.info(COMPONENT, 'Employer: {} does not exist, ignoring..'.format(employer_name))
return
logger.info(COMPONENT, 'Importing comments for job: {} from employer: {}'.format(job_title, employer_name))
employer = Employer.objects.search_text("\"{}\"".format(employer_name)).no_dereference().first()
# Iterate through all comments
for index, comment_obj in enumerate(kwargs['comments']):
comment = comment_obj['comment']
comment_date = _get_comment_date(comment_obj['comment_date'])
salary = float(comment_obj['salary'])
rating = float(comment_obj['rating']) / 5
# If job does not exist add to employer
if not employer.job_exists(job_title):
if employer.comment_exists(comment=comment, date=comment_date, salary=salary, rating=rating):
logger.info(COMPONENT, 'Comment: {} already exists for employer: {}, ignoring'
.format(index, employer_name))
else:
logger.info(COMPONENT, 'Adding comment: {} to employer: {}'.format(index, employer_name))
new_comment = Comment(comment=comment, date=comment_date, salary=salary, crawled=True,
rating=AggregateRating(rating=rating, count=1))
employer.update(push__comments=new_comment)
# Job already exists
else:
job = Job.objects(id__in=[job.id for job in employer.jobs], title=job_title).first()
if job.comment_exists(comment=comment, date=comment_date, salary=salary, rating=rating):
logger.info(COMPONENT, 'Comment: {} already exists for job: {} for employer: {}, ignoring'
.format(index, job_title, employer_name))
else:
logger.info(COMPONENT, 'Adding comment: {} for job: {} from {}'.format(index, job_title, employer_name))
new_comment = Comment(comment=comment, date=comment_date, salary=salary, crawled=True,
rating=AggregateRating(rating=rating, count=1))
job.update(push__comments=new_comment)
