def lost_info():
"""JSON info about losts"""
#messages = Message.query.filter_by(to_id=user_id).options(db.joinedload('from_user')).order_by(Message.send_time).all()
losts = Lost.query.options(db.joinedload('location'),
db.joinedload('user')).order_by(
Lost.time).limit(50)
for lost in losts:
if not lost.location.lat or not lost.location.lng:
update_location(lost.location)
#list comprehension
losts_json = [{
"id": lost.lost_id,
"title": lost.title,
"description": lost.description,
"user_fname": lost.user.fname,
"user_lname": lost.user.lname,
"reward": lost.reward,
"time": lost.time,
"lat": lost.location.lat,
"lng": lost.location.lng
} for lost in losts]
return jsonify(losts_json)
def found_info():
"""JSON info about founds"""
founds = Found.query.options(db.joinedload('location'),
db.joinedload('user')).order_by(
Found.time).limit(50)
for found in founds:
if not found.location.lat or not found.location.lng:
update_location(found.location)
#list comprehension
founds_json = [{
"id": found.found_id,
"title": found.title,
"description": found.description,
"user_fname": found.user.fname,
"user_lname": found.user.lname,
'user_id': found.user.user_id,
"time": found.time,
"lat": found.location.lat,
"lng": found.location.lng,
} for found in founds]
return jsonify(founds_json)
def return_search_result():
"""Return user's search results."""
# Search string user enters gathered from the form on the homepage.
search_str = request.args.get("search_str")
# Return the producer(s), performer(s), song(s), and album(s)
# that match the search string (not case-sensitive), alphabetized.
if len(search_str) > 0:
sql_search_str = f"%{search_str}%"
producers = Producer.query.order_by("producer_name").filter(
Producer.producer_name.ilike(sql_search_str)).all()
performers = Performer.query.order_by("performer_name").filter(
Performer.performer_name.ilike(sql_search_str)).all()
songs = Song.query.order_by("song_title").filter(
Song.song_title.ilike(sql_search_str)).options(
db.joinedload("performers")).all()
albums = Album.query.order_by("album_title").filter(
Album.album_title.ilike(sql_search_str)).options(
db.joinedload("performers")).all()
else:
producers = None
performers = None
songs = None
albums = None
return render_template("search_result.html",
producers=producers,
performers=performers,
songs=songs,
albums=albums)
def message_info(msg_id):
"""returns a json object of information in message for client side"""
msg = Message.query.filter_by(msg_id=msg_id).options(
db.joinedload('from_user'), db.joinedload('to_user')).one()
msg_info_dict = {
'msg': msg.to_dict(),
'to_user': msg.to_user.to_dict(),
'from_user': msg.from_user.to_dict()
}
return jsonify(msg_info_dict)
def get_responses_by_assignment_id(assignment_id):
pras = PromptAssignment.query.get(assignment_id)
prompt_content = pras.prompt.content
prompt_id = pras.prompt_id
due_date = pras.due_date
if pras.revisit_pras_id is not None:
revisit = True
orig_date = get_pras_date(pras.revisit_pras_id)
else:
revisit = False
orig_date = None
# get existing responses
responses = (Response.query.options(
db.joinedload('prompt_assignment'),
db.joinedload('user')).filter(Response.pras_id == assignment_id).all())
# if no responses yet, return
if responses == []:
return [prompt_content, prompt_id, due_date, revisit, orig_date, []]
# get students
condition1 = (SectionAssignment.section_id == pras.section_id)
condition2 = (SectionAssignment.role == 'student')
seaction_assignments = (SectionAssignment.query.options(
db.joinedload('user')).filter(condition1, condition2).all())
students = []
for seas in seaction_assignments:
students.append(seas.user)
# re-format responses
res_info = []
for res in responses:
name = f'{res.user.first_name} {res.user.last_name}'
res_info.append({
'student': name,
'last_name': res.user.last_name,
'content': res.content,
'sentiment': res.sentiment,
'confidence': res.confidence,
'date': res.submission_date
})
if res.user in students:
students.remove(res.user)
# add in students who have not responded yet
for student in students:
name = f'{student.first_name} {student.last_name}'
res_info.append({
'student': name,
'last_name': student.last_name,
'content': 'No response yet.'
})
return [prompt_content, prompt_id, due_date, revisit, orig_date, res_info]
def get_project_json(project_id=None):
"""Return JSON project."""
if not project_id:
project_id = request.args.get('projectId')
project = Project.query.options(
db.joinedload('categories'),
db.joinedload('media'),
db.joinedload('tags')
).get(project_id)
return jsonify_list(project.get_attributes())
def user_profile(user_id):
""" Show users home page """
print '\n\nuser_id: {}, session_id: {}, types: {}, {}\n\n'.format(
user_id, session.get("current_user"), type(user_id),
type(session.get("current_user")))
if int(user_id) != session.get("current_user"):
abort(404)
# get user with joined loads rides_taking and rides_offered
user = User.query.options(db.joinedload('rides_taking'),
db.joinedload('rides_offered')).get(user_id)
rides_offered = user.rides_offered
for ride in rides_offered:
ride.start_timestamp = to_local(ride.start_state, ride.start_timestamp)
ride.start_timestamp = to_time_string(ride.start_state,
ride.start_timestamp)
rides_offered_requests = []
# If there are requests for rides you are offering, append
for ride in rides_offered:
if ride.requests:
rides_offered_requests.append(ride)
rides_taking = user.rides_taking
for ride in rides_taking:
ride.start_timestamp = to_local(ride.start_state, ride.start_timestamp)
ride.start_timestamp = to_time_string(ride.start_state,
ride.start_timestamp)
rides_taking_requests = Request.query.filter(
Request.requester == user_id).all()
for request in rides_taking_requests:
request.ride.start_timestamp = to_local(request.ride.start_state,
request.ride.start_timestamp)
request.ride.start_timestamp = to_time_string(
request.ride.start_state, request.ride.start_timestamp)
return render_template('profile.html',
user=user,
rides_offered=rides_offered,
rides_offered_requests=rides_offered_requests,
rides_taking=rides_taking,
rides_taking_requests=rides_taking_requests)
def get_book_by_isbn(isbn):
"""Returns a book with given ISBN if it exists in the database, otherwise,
returns None"""
book = Book.query.filter(Book.isbn == isbn).options(db.joinedload("categories")).first()
return book
def _save_interest_growth_ranking_to_db(industry_id):
"""Get the interest movement ranking in the same industry and store it to db."""
growth_list = []
company_list = []
industry = Industry.query.options(
db.joinedload("companies")).filter_by(industry_id=industry_id).first()
for company in industry.companies:
if company.interest:
company_interest_growth = get_interest_growth(company)
growth_list.append(company_interest_growth)
company_list.append(company)
else:
print(f"{company.company_id} has no interest.")
sorted_growth_list = sorted(growth_list, reverse=True)
print(sorted_growth_list)
for company in company_list:
ranking = sorted_growth_list.index(get_interest_growth(company))
print((ranking + 1), company.name, company.company_id,
get_interest_growth(company))
company.ranking = ranking + 1
#print(company.ranking)
db.session.commit()
def producer_detail(producer_id):
"""Show producer's details."""
# URL from which to make API calls.
URL = f"https://genius.com/api/artists/{producer_id}"
# Method "joinedload" employed to reduce # of queries run for output.
producer = Producer.query.options(
db.joinedload("albums").joinedload("songs").joinedload(
"producers")).get(producer_id)
all_producers = Producer.query.all()
albums = producer.albums # list
# Return the album release years in descending chronological order.
album_years = sorted(set(
[album.album_release_date.strftime("%Y") for album in albums]),
reverse=True)
j = requests.get(URL).json()
# If call is successful, access JSON object.
if j["meta"]["status"] == 200:
bio = j["response"]["artist"].get("description_preview", "")
# Store producer_id in session.
session["producer_id"] = producer_id
if producer_id == 2139214:
related_producers = []
return render_template("producer.html",
producer=producer,
all_producers=all_producers,
album_years=album_years,
bio=bio,
related_producers=related_producers)
# Return related performers with knn ML algorithm.
data = pd.read_csv('seed_data/scores.csv')
d = data.pivot(index='producer_id', columns='performer_id', values='score')
# knn
model = joblib.load('static/model/trained-model_producers.pkl')
# Shape model to the dimensions of the dataset.
dist, ind = model.kneighbors(d.loc[producer_id, :].values.reshape(1, -1))
related_producers = [list(d.index)[i] for i in ind[0]]
# The producer being searched is included in the neighbors list. Remove it
# before passing list to Jinja with pop left equivalent method.
related_producers.pop(0)
# Calculate page_runtime.
# print(f"total_time = {end_time - start_time}")
return render_template("producer.html",
producer=producer,
all_producers=all_producers,
album_years=album_years,
bio=bio,
related_producers=related_producers)
def calendar_get_data():
"""Render data stored by user for each meal"""
# get user_id from session
user_id = session.get('user_id')
# get meals for user_id
meals_for_user = Meal.query.filter(Meal.user_id==user_id).order_by(
Meal.meal_time).options(db.joinedload("meal_foodgroups")).all()
events = []
#loop through the meals to obtain each meal
for meal in meals_for_user:
#initialize an empty event object to store each meal data
event = {}
event['title']=meal.meal_name
event['meal_id']=meal.meal_id
event['start_utc']=meal.meal_time
#initialize an empty meal foodgroup list for each meal food info
event['meal_foodgroups']=[]
#loop through each of the mral_foodgroups in each meal
for m in meal.meal_foodgroups:
#add to the empty meal_foodgroups list each component in a particular format as defined in model.py
event['meal_foodgroups'].append(m.serialize())
event['allDay']=False
#add to the events list each event
events.append(event)
return jsonify(events)
def submit_new_attraction(user_id):
"""Show main user landing page with submission form and map."""
user = User.query.options(
db.joinedload('attractions').joinedload('location')).get(user_id)
return render_template('map.html', user=user, GOOGLE_KEY=GOOGLE_KEY)
def get_sections_by_user_id(user_id):
assignments = (SectionAssignment.query.options(
db.joinedload('section')).filter(
SectionAssignment.user_id == user_id).all())
sections = [(assignment.section, assignment.role)
for assignment in assignments]
return sections
def show_user_details(user_id):
"""Shows details for individual user"""
# Creates user object joined to both ratings and movies
user = User.query.options(db.joinedload('ratings', 'movies')).get(user_id)
return render_template('user_details.html', user=user)
def index():
"""Homepage."""
term = request.args.get('term')
if not term:
return render_template('homepage.html',
poems=[],
headlines=[],
subjects=[],
term='')
isalpha = term.isalpha()
if isalpha == False:
flash('Word must be all alpha characters.')
return redirect('/')
poems = Poem.query.options(db.joinedload('subjects')).filter(
Poem.tsv.match(term)).all()
if not poems:
flash('Word not found. Try another!')
return redirect('/')
headlines = queries.get_headlines(term)
subjects = queries.get_subject_counts(poems)
return render_template("homepage.html",
headlines=headlines,
poems=poems,
subjects=subjects,
term=term)
def return_saved_jobs():
"""Returns all the jobs that a user saved."""
user_id = session.get('user_id')
if not user_id:
flash("Please sign in first to save this job")
return redirect("/login")
else:
user = User.query.options(db.joinedload('saved_jobs')).get(user_id)
job_id = request.args.get('job_id')
job = Job.query.get(job_id)
if job in user.saved_jobs:
flash("You've already saved this job")
return redirect(f"/job_profile?job_id={job.job_id}")
else:
save_job = Savings(user_id=user_id, job_id=job_id)
db.session.add(save_job)
db.session.commit()
flash("This job has been saved to your profile!")
return redirect(f"/job_profile?job_id={job.job_id}")
def album_list():
"""Show list of albums."""
# Return album objects using performers' and albums' relationship, ordering
# results by album title.
albums = Album.query.options(
db.joinedload("performers").joinedload("albums")).order_by(
'album_title').all()
page, per_page, offset = get_page_args(page_parameter="page",
per_page_parameter="per_page")
per_page = 100
offset = (page - 1) * per_page
total = len(albums)
pagination_albums = albums[offset:offset + per_page]
pagination = Pagination(page=page,
per_page=per_page,
total=total,
css_framework="bootstrap4")
return render_template("album_list.html",
albums=pagination_albums,
page=page,
per_page=per_page,
pagination=pagination)
def user_following(user_id):
"""Users followed by user specified.
Return json of all the users followed by the user specified in the
URI. Note that route is `...following` but model has the attribute
`followed`. This is to maintain an English-like relationship in
the URI and model respectively.
"""
mode = request.args.get('mode', 'full')
user = User.query.filter(User.id == user_id).options(
db.joinedload('followed')).one()
if mode == 'full':
dict_of_users = {
followed.id: followed.to_dictionary()
for followed in user.followed
}
elif mode == 'short':
dict_of_users = {
followed.id: followed.uname
for followed in user.followed
}
else:
abort(400) # Bad request
return jsonify(dict_of_users)
def show_active_jobs():
"""Shows list jobs the user is interested in, applied to, or interviewing for."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# get user_id from session and pass in companies
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# query for user job events, return list
user_job_events = JobEvent.query.options(db.joinedload('jobs')).filter(JobEvent.user_id == user_id).order_by(desc('date_created')).all()
job_event_ids = [event.job_event_id for event in user_job_events]
# make a set of all job_ids and remove any that are inactive
user_job_ids = set(job.job_id for job in user_job_events if job.jobs.active_status == True)
# grab only the most recent events and todos for each job_id
all_active_status = []
all_todos = []
for user_job_id in user_job_ids:
# get all events for one job id
events = [event for event in user_job_events if event.job_id == user_job_id]
# find that latest event and add to list
status = events[0]
all_active_status.append(status)
user_todo = ToDo.query.filter(ToDo.job_event_id == status.job_event_id, ToDo.active_status == True).first()
if user_todo:
all_todos.append(user_todo)
return render_template('jobs-active.html', all_active_status=all_active_status, all_todos=all_todos, companies=companies)
def delete_user(user_id):
"""Remove user."""
session_id = session_check(session['id'], request.remote_addr,
request.user_agent, int(user_id))
if session_id == '':
session['id'] = ''
abort(401) # Unauthorized
user = User.query.filter(User.id == user_id).options(
db.joinedload('posts')).one()
if user.deleted:
abort(403, 'Cannot delete a deleted user.')
else:
# Append the user's id to the end of their (deleted) username.
user.uname = f'{user.uname} (deleted) {user.id}'
user.deleted = True
for post in user.posts:
post.title, post.content = '', ''
post.erased = True
Follower.query.filter(Follower.follower_id == user.id).delete()
Bookmark.query.filter(Bookmark.user_id == user_id).delete()
Session.query.filter(Session.session_id == session_id).delete()
db.session.commit()
session['id'] = ''
return ('', 204) # status 204: success, no content
def get_company_application(search_company_name):
"""Return the application id for the company which is input as a parameter.
working code
Example (from 'solar_viz_test' database):
>>> print(get_company_application('Pacific Gas and Electric'))
[<Program application_id=SD-CSI-00001
utility=1
city=San Diego
county=San Diego
zipcode=92121
contractor=4
pv_manuf=11
invert_manuf=18
status=Installed>, <Program application_id=SCE-CSI-06676
utility=2
city=Manhattan Beach
county=Los Angeles
zipcode=90266
contractor=5
pv_manuf=12
invert_manuf=19
status=Installed>,
... AND MORE RETURNED BUT TRUNCATED
"""
applications = Program.query.filter(Company.name == search_company_name)\
.options(db.joinedload('utility_company'))\
.all()
return applications
def show_all_contacts():
"""Show all contacts a user is connected to."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# get user
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# get all user events with all contacts
contact_events = ContactEvent.query.filter(ContactEvent.user_id == user_id).order_by(desc('date_created')).all()
# make a set of all contact_ids
contact_ids = set(contact_event.contact_id for contact_event in contact_events)
# grab all contact objects by contact_id
contacts = []
all_todos = []
for contact_id in contact_ids:
contact = Contact.query.filter(Contact.contact_id == contact_id).options(db.joinedload('companies')).first()
contacts.append(contact)
# get all contact events for the contact
events = [event for event in contact_events if event.contact_id == contact.contact_id]
latest_event = events[0]
user_todo = ToDo.query.filter(ToDo.contact_event_id == latest_event.contact_event_id, ToDo.active_status ==True).first()
if user_todo:
all_todos.append(user_todo)
return render_template('contacts.html', contacts=contacts, all_todos=all_todos, companies=companies)
def show_a_contact(contact_id):
"""Show one contact and all interactions."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# get user_id from session
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# get edit status
edit = request.args.get('edit')
# get contact (join companies) and all events
contact = Contact.query.filter(Contact.contact_id == contact_id).options(db.joinedload('companies')).first()
contact_events = ContactEvent.query.filter(ContactEvent.contact_id == contact_id).order_by(desc('date_created')).all()
# query for associated tasks, return list
all_todos = []
for event in contact_events:
todo = ToDo.query.filter(ToDo.contact_event_id == event.contact_event_id).options(db.joinedload('todo_codes')).first()
all_todos.append(todo)
return render_template('contact-info.html',
edit=edit,
contact=contact,
contact_events=contact_events,
all_todos=all_todos,
companies=companies)
def return_average_rating():
"""Returns the average rating for a specific job posting"""
job_id = request.args.get('job_id')
rating = Job.query.options(db.joinedload('ratings')).get(job_id)
job = Job.query.get(job_id) #get the job_id of the specific job posting
#returns list of rating objects of the job (all ratings of the job)
ratings_list = []
if job.ratings:
for each_rating in job.ratings:
ratings_list.append(each_rating.rating)
average = round(mean(ratings_list), 1)
if 0 <= average < 1:
response = "On average, applicants who applied to this job didn't hear back"
elif 1 <= average < 2:
response = "On average, applicants who applied to this job heard back from a recruiter"
elif 2 <= average < 3:
response = "On average, applicants who applied to this job received a phone screen interview"
elif 3 <= average < 4:
response = "On average, applicants who applied to this job got through to the onsite interview"
else:
response = "On average, applicants who applied to this job received a job offer!"
return response
else:
return "No ratings on this job posting yet!"
def show_user_profile():
"""Show user's profile and allow update to information."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# find user in db
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# get user data to pass into charts
user_job_events = JobEvent.query.options(db.joinedload('jobs')).filter(JobEvent.user_id == user_id).all()
total_interested = len([event for event in user_job_events if event.job_code == 1])
total_applied = len([event for event in user_job_events if event.job_code == 2])
total_phone = len([event for event in user_job_events if event.job_code == 3])
total_in_person = len([event for event in user_job_events if event.job_code == 4])
total_job_offer = len([event for event in user_job_events if event.job_code == 5])
user_analytics = {
'interested': total_interested,
'applied': total_applied,
'phone': total_phone,
'onsite': total_in_person,
'offers': total_job_offer
}
return render_template('profile-tasks.html', companies=companies,
user=user, user_analytics=user_analytics)
def get_crop_favorites(gardener_id):
"""Get favorite crops for a gardener user."""
favorite_crop_list = []
favorite_crops = FavoriteCrop.query.filter(
FavoriteCrop.gardener_id == gardener_id).options(
db.joinedload('crop')).all()
for favorite_crop in favorite_crops:
favorite_crop_dictionary = {}
favorite_crop_dictionary['name'] = favorite_crop.crop.crop_name
favorite_crop_dictionary[
'planting_consideration'] = favorite_crop.crop.crop_planting_considerations
favorite_crop_dictionary[
'growing_from_seed'] = favorite_crop.crop.crop_growing_from_seed
favorite_crop_dictionary[
'transplanting'] = favorite_crop.crop.crop_transplanting
favorite_crop_dictionary['spacing'] = favorite_crop.crop.crop_spacing
favorite_crop_dictionary['watering'] = favorite_crop.crop.crop_watering
favorite_crop_dictionary['feeding'] = favorite_crop.crop.crop_feeding
favorite_crop_dictionary['crop_id'] = favorite_crop.crop_id
favorite_crop_dictionary[
'image_url'] = favorite_crop.crop.crop_image_url
favorite_crop_list.append(favorite_crop_dictionary)
return favorite_crop_list
def show_a_company(company_id):
"""Show a company a user has interest in."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
edit = request.args.get('edit')
# get user_id from session
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
#get company info and pre-load jobs
company = Company.query.filter(Company.company_id == company_id).options(db.joinedload('jobs')).options(db.joinedload('contacts')).first()
# get list of active jobs and of arcived jobs
active_jobs = [job for job in company.jobs if job.active_status]
archived_jobs = [job for job in company.jobs if not job.active_status]
states = ["", "AL", "AK", "AZ", "AR", "CA", "CO", "CT", "DC", "DE", "FL", "GA",
"HI", "ID", "IL", "IN", "IA", "KS", "KY", "LA", "ME", "MD",
"MA", "MI", "MN", "MS", "MO", "MT", "NE", "NV", "NH", "NJ",
"NM", "NY", "NC", "ND", "OH", "OK", "OR", "PA", "RI", "SC",
"SD", "TN", "TX", "UT", "VT", "VA", "WA", "WV", "WI", "WY"]
return render_template('company-info.html',
company=company,
edit=edit,
states=states,
companies=companies,
active_jobs=active_jobs,
archived_jobs=archived_jobs)
def update_recipes_folder(recipe_id, folder_id):
"""Update folder for given recipe"""
recipe = Recipe.query.options(db.joinedload(
Recipe.folder)).filter(Recipe.recipe_id == recipe_id).first()
recipe.folder_id = folder_id
db.session.commit()
def get_teacher_assignments():
teacherAssignments = (SectionAssignment.query.options(
db.joinedload('user')).filter(
SectionAssignment.role == 'teacher').all())
teachers = []
for teas in teacherAssignments:
teachers.append(teas.user)
return teachers
def get_all_media_json():
"""Return JSON of all media, ordered by date updated."""
all_media = Media.query.options(
db.joinedload('projects')
).order_by(Media.date_updated.desc()).limit(6).all()
return jsonify_list(Media.get_json_from_list(all_media, True, False))
def get_all_events_books(event_id):
"""Returns a list of event_book objects for a given event"""
# event = Event.query.options(db.joinedload("events_books")).get(event_id)
events_books = EventBook.query.filter(EventBook.event_id == event_id).options(db.joinedload("book")).all()
# return event.events_books
return events_books
def get_category_by_label(user_id, label):
"""Returns a category with a given label"""
category = Category.query.filter(Category.label == label, Category.\
user_id == user_id).\
options(db.joinedload("books")).first()
return category
def song_detail(song_id):
"""Show song detail."""
# Return song objects using producers' and songs' relationship.
song = Song.query.options(
db.joinedload("producers").joinedload("songs")).get(song_id)
return render_template("song.html", song=song)
def user_details(userid):
"""show the details for a given user id."""
user = User.query.options(db.joinedload('ratings',
'venue')).get(int(userid))
print user
return render_template("user_details.html", user=user)
def performer_detail(performer_id):
"""Show performer's detail."""
URL = "https://genius.com/api/artists/" + str(performer_id)
performer = Performer.query.options(
db.joinedload("albums").joinedload("songs").joinedload(
"producers")).get(performer_id)
all_performers = Performer.query.all()
albums = performer.albums
# Return a set of performer's album release years in descending order.
album_years = sorted(set(
[album.album_release_date.strftime("%Y") for album in albums]),
reverse=True)
# Store performer_id in session.
session["performer_id"] = performer_id
# API call for producer bio.
r = requests.get(URL)
j = r.json()
# If url request is successful and the bio JSON key exists, return that key
# value (description_preview); otherwise, return an empty string.
if j["meta"]["status"] == 200:
bio = j["response"]["artist"].get("description_preview", "")
if performer_id == 2119381:
related_performers = [1456758]
return render_template("performer.html",
performer=performer,
all_performers=all_performers,
album_years=album_years,
bio=bio,
related_performers=related_performers)
# Return related performers with knn ML algorithm.
data = pd.read_csv('seed_data/scores.csv')
d = data.pivot(index='performer_id', columns='producer_id', values='score')
# knn
model = joblib.load('static/model/trained-model.pkl')
# The performer being searched is included in the neighbors list. Remove it
# before passing list to Jinja with pop left equivalent method.
# For future development: cache values to prevent doing operations in server.
dist, ind = model.kneighbors(d.loc[performer_id, :].values.reshape(1, -1))
related_performers = [list(d.index)[i] for i in ind[0]]
related_performers.pop(0)
return render_template("performer.html",
performer=performer,
all_performers=all_performers,
album_years=album_years,
bio=bio,
related_performers=related_performers)
def show_a_job(job_id):
"""Shows detailed info about a job"""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# get job from database and pre-load company data
job = Job.query.filter(Job.job_id == job_id).options(db.joinedload('companies')).first()
# query for user job events, return list
# Look at created a db.relationship from users to jobs
job_status = JobEvent.query.options(db.joinedload('todos')).filter(JobEvent.user_id == user_id, JobEvent.job_id == job_id).order_by(desc('date_created')).order_by(desc('job_code')).all()
# query for associated tasks, return list
all_todos = []
for status in job_status:
todo = ToDo.query.filter(ToDo.job_event_id == status.job_event_id).options(db.joinedload('todo_codes')).first()
all_todos.append(todo)
if not job.avg_salary:
metros = db.session.query(Salary.metro).group_by(Salary.metro).order_by(Salary.metro).all()
job_titles = db.session.query(Salary.job_title).group_by(Salary.job_title).order_by(Salary.job_title).all()
else:
metros = ""
job_titles = ""
return render_template('job-info.html',
job=job,
metros=metros,
job_titles=job_titles,
job_status=job_status,
all_todos=all_todos,
companies=companies)
def flickr_search():
"""Makes request to FLICKR API, given bldg tags. Saves file for each bldg, each page 500 results max."""
bldgs = db.session.query(Building).options(db.joinedload('city')).all()
flickr_per_page_limit = 500
for bldg in bldgs:
bldg_name = bldg.building_name
city_name = bldg.city.city
# Assumes all buildings are in the same city, if joined for API call.
page = 1
page_count = 80 # Arbitrary limit.
extras = 'url_s, url_m, geo, tags, owner_name, date_taken, description'
# extras: description, license, date_upload, date_taken, owner_name, icon_server,
# original_format, last_update, geo, tags, machine_tags, o_dims, views, media, path_alias,
# url_sq, url_t, url_s, url_q, url_m, url_n, url_z, url_c, url_l, url_o
while (page < page_count):
payload = {'tags': bldg_name+', '+city_name, 'tag_mode': 'all',
'extras': extras,
'ispublic': 1, 'format': 'json', 'nojsoncallback': 1,
'api_key': FLICKR_KEY,
'page': page, 'per_page': flickr_per_page_limit}
# Response object.
r = requests.get('https://api.flickr.com/services/rest/?method=flickr.photos.search', params=payload)
# Content of Response object as string.
content = r.content
# JSON dictionary.
data = json.loads(content)
insert_photos(data)
page_count = int(data['photos']['pages'])
print '''Getting page {} in {} total pages.
Queried for {} building at rank {}'''.format(page,
page_count,
bldg_name,
bldg.rank)
page += 1
def edit_a_contact():
"""Allows user to edit info about a contact"""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# get contact object to update
contact_id = request.form['contact_id']
contact = Contact.query.filter(Contact.contact_id == contact_id).options(db.joinedload('companies')).first()
contact.notes = request.form['notes']
contact.email = request.form['email']
phone = "".join((request.form['phone']).split('-'))
contact.phone = phone
# look for company_id and find existing company OR
# get new company_name and create company object, add, commit
if request.form['company_id']:
company_id = int(request.form['company_id'])
company = Company.query.filter(Company.company_id == company_id).first()
elif request.form['company_name']:
company_name = request.form['company_name']
company = Company(name=company_name)
db.session.add(company)
db.session.commit()
contact.company_id = company.company_id
db.session.commit()
# send results back to webpage
results = {
'email': contact.email,
'phone': contact.phone,
'company': contact.companies.name,
'notes': contact.notes,
}
return jsonify(results)
def show_archived_jobs():
""" Shows a list of archived jobs the user is no longer tracking."""
# redirect if user is not logged in
if not session:
return redirect('/')
else:
# get user_id from session
user_id = session['user_id']
user = User.query.filter(User.user_id == user_id).one()
companies = user.companies
# query for user job events, return list
user_job_events = JobEvent.query.options(db.joinedload('jobs')).filter(JobEvent.user_id == user_id).order_by(desc('date_created')).all()
# make a set of all job_ids and remove any that are inactive
user_job_ids = set(job.job_id for job in user_job_events
if job.jobs.active_status == False)
# grab only the most recent events for each job_id
all_archived = {}
for user_job_id in user_job_ids:
# get all events for one job id
events = [event for event in user_job_events
if event.job_id == user_job_id]
# find that latest event and add to list
status = events[0]
company = Company.query.filter(
Company.company_id == status.jobs.company_id).first()
all_archived[status] = company
return render_template('jobs-archive.html',
all_archived=all_archived,
companies=companies)