def by_csv():
"""
nota 1
El csv debe estar en la carpeta Artwork
nota 2
El csv debe ser:#
caracteres: unicode(UTF-8)
Idioma: Espanol mexico
separado: coma
delimitador de texto: '
"""
artwork = Artwork()
backgrounds = os.listdir(os.path.join(artwork.BASE_DIR, 'backgrounds'))
csv_name = raw_input("Nombre del csv: ")
file_path = os.path.join(artwork.BASE_DIR, csv_name)
with open(file_path, 'rb') as csvfile:
spamreader = csv.reader(csvfile, delimiter=',', quotechar='|')
for item in spamreader:
name = item[0].decode('utf-8')
message = item[1].decode('utf-8')
artwork.save_picture({
'background': random.choice(backgrounds),
'message':message,
'name': name,
'color_text': (37, 51, 109),
'name_output': name
})
def add_artwork():
artw_1 = Artwork(1, 1, 'The Beach', 100, available = True)
artw_2 = Artwork(2, 2, 'Water Lily Pond', 500, available = True)
artw_3 = Artwork(3, 3, 'Almond Blossom', 500, available = True)
insert_art(artw_1)
insert_art(artw_2)
insert_art(artw_3)
def test_get_all_available_art(self):
aw1 = Artwork('Baanksy', 'Rats1', 138831, True)
aw2 = Artwork('Baanksy', 'Rats21', 138831, False)
aw3 = Artwork('Baanksy', 'Rats31', 138831, True)
artwork_db.add_artwork(aw1)
artwork_db.add_artwork(aw2)
artwork_db.add_artwork(aw3)
total_arts = artwork_db.get_available_artwork_from_one_artist(
'Baanksy')
self.assertEquals(2, len(total_arts))
def test_get_all_work_sold_and_unsold(self):
aw1 = Artwork('Banksy', 'Rats', 138831, True)
aw2 = Artwork('Banksy', 'Rats2', 138831, False)
aw3 = Artwork('Banksy', 'Rats3', 138831, True)
artwork_db.add_artwork(aw1)
artwork_db.add_artwork(aw2)
artwork_db.add_artwork(aw3)
total_arts = artwork_db.get_all_artwork_from_one_artist('Banksy')
self.assertEquals(3, len(total_arts))
def save_initial_images(liked_images_dir, disliked_images_dir, database,
database_txt, all_liked_artworks_dir):
'''Saves an initial set of liked and disliked images to database and exports the database.
Also renames and copies all liked artworks to all_liked_artworks.
'''
print('Adding initial artworks to database...')
database.clear_all()
folders = [liked_images_dir, disliked_images_dir]
for folder in folders:
for artwork in os.listdir(folder):
# Create the new artwork
new_work = Artwork()
new_work.ID = database.number_of_artworks + 1
new_work.like = 0
if folder == liked_images_dir:
new_work.like = 1
new_work.artist = artwork
new_work.added = str(
datetime.datetime.now().strftime("%m/%d/%Y %H:%M:%S"))
new_work.original_name = artwork
new_work.vector = convert(folder + artwork)
# Add the new artwork to the database
database.add_artwork(new_work)
# If it's a liked artwork, rename it to its ID and copy it to the permanent
# folder for liked artworks
if new_work.like == 1:
shutil.copy(liked_images_dir + new_work.original_name,
all_liked_artworks_dir + str(new_work.ID))
print('Added initial artworks to database')
# Export the full database
database.export_full(database_txt)
def get_all_artwork_from_one_artist(given_artist):
"""this will return all works by a given artist regardless of availability"""
con = sqlite3.connect(db_path)
artwork_cursor = con.execute('SELECT * FROM artwork WHERE artist_name LIKE ? COLLATE NOCASE', (given_artist,))
artwork = [Artwork(*row) for row in artwork_cursor.fetchall()]
con.close()
return artwork
def get_all_artwork():
"""this will return all artwork in db for use in data validation"""
con = sqlite3.connect(db_path)
artwork_cursor = con.execute('SELECT * FROM artwork')
artwork = [Artwork(*row) for row in artwork_cursor.fetchall()]
con.close()
return artwork
def get_picture(self):
ret = Artwork.get_cover(self.get_path())
if ret:
return ret
return False
def test_add_new_artwork(self):
old_results = len(artwork_db.get_all_artwork())
aw1 = Artwork('Banksy', 'Mcdonald\'s is stealing your children', 138,
True)
artwork_db.add_artwork(aw1)
results = len(artwork_db.get_all_artwork())
self.assertEquals(old_results + 1, results)
def test_delete_artwork_in_db(self):
a1 = Artwork('sven', 'sven nude', 8311, True)
artwork_db.add_artwork(a1)
old_results = artwork_db.get_all_artwork()
artwork_db.delete_artwork(a1.artwork_name)
results = artwork_db.get_all_artists()
self.assertEquals(len(old_results) - 1, len(results))
def get_available_artwork_from_one_artist(given_artist):
"""this will return all artwork from a given artist that is available"""
con = sqlite3.connect(db_path)
artwork_cursor = con.execute('SELECT * FROM artwork WHERE (artist_name LIKE ? COLLATE NOCASE'
' AND available = true )', (given_artist,))
artwork = [Artwork(*row) for row in artwork_cursor.fetchall()]
con.close()
return artwork
def get_art_work_content(
new_artist): # retrieve artwork information from new artist
art_name = input('Enter art name: ') # get art name from user
price = float(
input('Enter art price: ')
) # ask user for art's price and convert price string to float data type
available = input('Is artwork available? Y/N')
return Artwork(new_artist, art_name, price, available)
def __init__(self, geocoder):
self.local_time = LocalTime(geocoder)
self.sun = Sun(geocoder)
self.artwork = Artwork()
self.city = City(geocoder)
self.commute = Commute(geocoder)
self.calendar = GoogleCalendar(geocoder)
self.everyone = Everyone(geocoder)
def get_art_work_content(
new_artist): # retrieve artwork information from new artist
art_name = input('Enter art name: ') # get art name from user
price = float(
input('Enter art price: ')
) # ask user for art's price and convert price string to float data type
return Artwork(
new_artist, art_name, price,
True) # you don't need the keyword arguments. Is is a reasonable
def facebook():
artwork = Artwork()
backgrounds = os.listdir(os.path.join(artwork.BASE_DIR, 'backgrounds'))
url = raw_input("Ingresa la url para optener los mensajes: ")
request = urllib2.urlopen(url)
raw_data = request.read()
json_comments = json.loads(raw_data)
messages = json_comments['data']
for item in messages:
artwork.save_picture({
'background': random.choice(backgrounds),
'message': item['message'],
'name': item['from']['name'],
'color_text': (37, 51, 109),
'name_output': item['id']
})
print "Finish"
def genamh(filename):
template = get_template()
records = get_records(filename)
locations = get_locations()
for record in records:
artwork = Artwork(record, locations)
if not artwork.is_valid():
continue
artwork.process()
data = artwork.get_data()
if "nodata" not in sys.argv:
data["jsondata"] = json.dumps(data)
data["xmldata"] = escape(etree.tostring(record))
html = template.render(data).strip().encode('utf-8')
yield (html, data)
def add_new_artwork():
"""checks if artist name is already registered and if not, registers them before adding new artwork"""
artist_name = get_artist_name()
if not controls_utils.artist_already_in_db(artist_name):
print('Artist not registered, creating new registration. ')
email = get_artist_email()
new_artist = Artist(artist_name, email)
artwork_db.add_artist(new_artist)
artwork_name = get_new_artwork_name()
price = get_price()
available = True
new_artwork = Artwork(artist_name, artwork_name, price, available)
artwork_db.add_artwork(new_artwork)
def __init__(self, geocoder):
"""Schedule constructor.
Args:
geocoder (geocoder.Geocoder): Used to localize user specified locations
"""
self._local_time = LocalTime(geocoder)
self._sun = Sun(geocoder)
self._artwork = Artwork()
self._city = City(geocoder)
self._commute = Commute(geocoder)
self._calendar = GoogleCalendar(geocoder)
self._everyone = Everyone(geocoder)
def change_availability():
artist_name = ui.get_artist_name()
artist_id = artwork_store._get_artist_id(artist_name)
artworks_list = Artwork.get_all_artist_artwork(artist_id)
if artworks_list: # If artwork ID found in db
artwork_name = ui.get_artwork_name()
artwork_to_change = Artwork.get_artwork_by_name(artwork_name)
availability_status = ui.get_artwork_availability()
# if else statement to determine if for sale or not
if not availability_status:
sale_status = '"Sold"'
else:
sale_status = '"For Sale"'
artwork_to_change.for_sale = availability_status
artwork_to_change.update_artwork()
print('Artwork status has changed to', sale_status)
else: # If artwork ID not found in db
print('That artist has no artworks.')
option = input(
'Return to main menu? Y for main menu or Enter to quit. ').upper()
if option == 'Y':
print()
else:
quit_program()
def test_add_artwork_with_same_name_returns_false_and_raises_integrity_error(
self):
artwork_example = Artwork('Lunar Flesh', 65.99, 6, True)
artwork_store._add_artwork(artwork_example)
artwork_same_name_example = Artwork('Lunar Flesh', 35.55, 7, False)
same_name_artwork_added = artwork_store._add_artwork(
artwork_same_name_example)
self.assertFalse(same_name_artwork_added)
self.assertRaises(
sqlite3.IntegrityError
) # should raise IntegrityError with artwork of same name regardless of other parameter values
artwork_example2 = Artwork('Cream Skies', 1200, 8, False)
artwork_store._add_artwork(artwork_example2)
expected_rows = [
('Lunar Flesh', 65.99, 6, True), ('Cream Skies', 1200, 8, False)
] # only artworks with unique names should be found in db
actual_rows = self.get_artwork_data()
# assertCountEqual will compare two iterables, e.g. a list of tuples returned from DB
self.assertCountEqual(expected_rows, actual_rows)
def create_artwork():
artist, name, price_string = get_user_input_with_three('Please insert artwork information.', 'Artist: ', 'Name: ', 'Price: ')
price = float(price_string)
while True:
try:
price = price - .1
price = price + .1
break
except:
price_string = input('Invalid price. Please enter a number. ')
price = float(price_string)
exists = database_control.search_artist(artist)
if exists:
artwork = Artwork(artist, name, price)
database_control.create_artwork(artwork)
else:
print('No artist with that name.')
def load_json():
global artwork_list, materials, artists, types
with open('data/artwork.json', 'r') as datafile:
for record in json.load(datafile):
record = Artwork(record)
if not record.images:
continue
artwork_list[record.id] = record
materials.update(record.material.split(', '))
artists.update(record.artist.split(', '))
types.update(record.type.split(', '))
materials = map_slugs(materials)
artists = map_slugs(artists)
types = map_slugs(types)
del materials['']
del artists['']
del types['']
def genamh(filename):
template = get_template()
records = get_records(filename)
locations = get_locations()
for record in records:
artwork = Artwork(record, locations)
if not artwork.is_valid():
continue
artwork.process()
data = artwork.get_data()
if "nodata" not in sys.argv:
data["jsondata"] = json.dumps(data)
data["xmldata"] = escape(etree.tostring(record))
html = template.render(data).strip().encode('utf-8')
yield (html, data)
def test_delete_artwork_not_in_db(self):
a1 = Artwork('Captain NoFun', 'the cap', 1138, True)
with self.assertRaises(artwork_db.ArtDbError):
artwork_db.delete_artwork(a1.artwork_name)
import json
from artwork import Artwork
import requests
GEOCODE_URL = 'https://maps.googleapis.com/maps/api/geocode/json?key=AIzaSyBWyV1hr17E7QnvQ-837US6nVHZWKs5tSw®ion=AU'
with open('artwork.json', 'r') as json_file:
records = json.load(json_file)
for i, record in enumerate(records):
artwork = Artwork(record)
if artwork.precise_address:
continue
response = None
if artwork.lat and artwork.long:
response = requests.get(GEOCODE_URL + '&latlng=' +
requests.utils.quote(artwork.lat + ',' +
artwork.long))
elif artwork.address:
response = requests.get(GEOCODE_URL + '&address=' +
requests.utils.quote(artwork.address))
if response:
response = json.loads(response.text)
if response['status'] == 'OK':
result = response['results'][0]
print(result)
def new_artwork(name, artwork, price):
new_artwork = Artwork(name, artwork, price)
new_artwork.add_artwork()
def test_get_all_artwork_one_artwork_in_db(self):
aw1 = Artwork('Art Dood', 'Overpriced still life', 1138, True)
artwork_db.add_artwork(aw1)
result = artwork_db.get_all_artwork()
self.assertEquals(1, len(result))
def test_all_artwork_associated_with_artist_id_is_returned(self):
# List of artists with unique IDs
example_artist_list = [
Artist('John', '*****@*****.**', 1),
Artist('Gary', '*****@*****.**', 3)
]
# add each to db
for artist in example_artist_list:
artwork_store._add_artist(artist)
# list of artworks assigned to artist IDs
example_artwork_list = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Tarnished Hallow', 75, 1, False),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True),
Artwork('Patchwork Sammy', 85, 5, True),
Artwork('Basked Valley', 560, 3, False),
Artwork('Patchwork Sammy', 85, 4, True),
Artwork('Baked Patty', 1600, 3, False)
]
# add each artwork to db
for art in example_artwork_list:
artwork_store._add_artwork(art)
# what is actually found in db based on artist ID foreign key
actual_john_artwork_list = artwork.get_all_artist_artwork(1)
actual_gary_artwork_list = artwork.get_all_artist_artwork(3)
# what's expected from db when ran from John and Gary (artists)
expected_john_artwork = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Tarnished Hallow', 75, 1, False),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True)
]
expected_gary_artwork = [
Artwork('Basked Valley', 560, 3, False),
Artwork('Baked Patty', 1600, 3, False)
]
# Checks that list of tuples are equivalent to each other
self.assertListEqual(expected_john_artwork, actual_john_artwork_list)
self.assertListEqual(expected_gary_artwork, actual_gary_artwork_list)
def test_only_artworks_searched_by_given_id_are_returned(self):
# List of artists with unique IDs
example_artist_list = [
Artist('John', '*****@*****.**', 1),
Artist('Gary', '*****@*****.**', 3),
Artist('Paula', '*****@*****.**', 5)
]
# add each to db
for artist in example_artist_list:
artwork_store._add_artist(artist)
# list of artworks assigned to artist IDs
example_artwork_list = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Tarnished Hallow', 75, 1, False),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True),
Artwork('Patchwork Sammy', 85, 5, True),
Artwork('Basked Valley', 560, 3, False),
Artwork('Patchwork Sammy', 85, 4, True),
Artwork('Baked Patty', 1600, 3, False)
]
# add each artwork to db
for art in example_artwork_list:
artwork_store._add_artwork(art)
# what is actually found in db based on artwork ID foreign key of Artist ID
actual_artwork_id_1_list = artwork.get_artwork_by_id(1)
actual_artwork_id_3_list = artwork.get_artwork_by_id(3)
actual_artwork_id_5_list = artwork.get_artwork_by_id(5)
# what is expected from db when ran based on provided Artwork IDs
expected_artwork_id_1_list = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Tarnished Hallow', 75, 1, False),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True)
]
expected_artwork_id_3_list = [
Artwork('Basked Valley', 560, 3, False),
Artwork('Baked Patty', 1600, 3, False)
]
expected_artwork_id_5_list = [Artwork('Patchwork Sammy', 85, 5, True)]
# Checks that list of tuples are equivalent to each other
self.assertListEqual(expected_artwork_id_1_list,
actual_artwork_id_1_list)
self.assertListEqual(expected_artwork_id_3_list,
actual_artwork_id_3_list)
self.assertEqual(expected_artwork_id_5_list, actual_artwork_id_5_list)
def test_only_available_artist_artworks_are_returned(self):
# List of artists with unique IDs
example_artist_list = [
Artist('John', '*****@*****.**', 1),
Artist('Gary', '*****@*****.**', 3),
Artist('Paula', '*****@*****.**', 5)
]
# add each to db
for artist in example_artist_list:
artwork_store._add_artist(artist)
# list of artworks with availability statuses of True or False
example_artwork_list = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Tarnished Hallow', 75, 1, False),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True),
Artwork('Patchwork Sammy', 85, 5, True),
Artwork('Basked Valley', 560, 3, False),
Artwork('Patchwork Sammy', 85, 4, True),
Artwork('Baked Patty', 1600, 3, False)
]
# add each artwork to db
for art in example_artwork_list:
artwork_store._add_artwork(art)
# returned artworks with True status of availability based on given Artowrk ID foreign key to Artist ID primary key
actual_available_artwork_id_1_list = artwork.get_all_artist_available_artwork(
1)
actual_available_artwork_id_3_list = artwork.get_all_artist_available_artwork(
3)
actual_available_artwork_id_5_list = artwork.get_all_artist_available_artwork(
5)
# what is expected from db when ran based on provided Artwork IDs
expected_available_artwork_id_1_list = [
Artwork('Pigeon Scape', 150, 1, True),
Artwork('Bog Keeper', 140, 1, True),
Artwork('Dance Rush', 20, 1, True)
]
expected_available_artwork_id_3_list = []
expected_available_artwork_id_5_list = [
Artwork('Patchwork Sammy', 85, 5, True)
]
# Checks that list of tuples are equivalent to each other
self.assertListEqual(expected_available_artwork_id_1_list,
actual_available_artwork_id_1_list)
self.assertListEqual(expected_available_artwork_id_3_list,
actual_available_artwork_id_3_list)
self.assertEqual(expected_available_artwork_id_5_list,
actual_available_artwork_id_5_list)
import sqlite3
import unittest
from unittest import TestCase
import database_config
test_artwork_db_path = 'database/test_artist_artwork.db'
database_config.db_path = test_artwork_db_path
from artist import Artist
from artwork_store import ArtworkStore
from errors import ArtworkError
from artwork import Artwork
artwork = Artwork(artwork='', price=float, artist_id=int, for_sale=True)
artwork_store = ArtworkStore()
class TestArtistArtworksDB(TestCase):
def setUp(self):
# ensure tables exist and clear DB so it's empty before tests start
ArtworkStore()
with sqlite3.connect(test_artwork_db_path) as conn:
conn.execute('DELETE FROM artists')
conn.execute('DELETE FROM artworks')
conn.close()
def test_all_artwork_associated_with_artist_id_is_returned(self):
# List of artists with unique IDs
def predict_and_move(scraped_art_dir, scraped_info_txt, models_txt, database,
database_txt, predicted_disliked_txt):
'''For each freshly scraped artwork, predicts if the viewer will like it. If it will be liked,
the image becomes an Artwork and is added to the Database. If it will be disliked, the .jpg/.png
is deleted and some of the artwork's info is stored in predicted_disliked.txt.
'''
print('Predicting which artworks will be liked...')
name_and_liked = {}
# Get the predicted liked-values for each artwork and store them with their file names
for artwork in os.listdir(scraped_art_dir):
# Predict if the artwork will be liked given the latest model in models.txt
value = mt.predict_if_liked(scraped_art_dir + artwork,
mt.get_theta(models_txt))
# Add the name of the artwork and its predicted liked value to the dictionary
name_and_liked[artwork] = value
# Go through the info for each freshly scraped artwork in scraped_info.txt
new_artworks = []
scraped_txt = open(scraped_info_txt, 'r')
reader = csv.reader(scraped_txt, delimiter=',')
for work in reader:
if work[0] != 'artist' and work[0] != '':
# Get the original name of the .jpg, stored in scraped_info.txt
original_name = work[4]
i1 = original_name.find('full/')
i2 = original_name.find("', 'checksum'")
original_name = original_name[i1 + 5:i2]
# Only convert the work into an Artwork if the viewer is expected to like it
if name_and_liked.get(original_name) == 1:
this_work = Artwork()
this_work.ID = database.number_of_artworks + 1
# Set the like for this work to 2, indicating that the viewer has not yet
# rated it
this_work.like = 2
this_work.artist = work[0]
this_work.info = work[1]
this_work.nga_id = int(work[2])
this_work.nga_page = int(work[5])
this_work.title = work[6]
this_work.nga_link = work[7]
this_work.added = str(
datetime.datetime.now().strftime("%m/%d/%Y %H:%M:%S"))
this_work.original_name = original_name
this_work.vector = convert(scraped_art_dir + original_name)
new_artworks.append(this_work)
# Add the work to the Database
database.add_artwork(this_work)
# If the viewer is expected to dislike the artwork, save some info about it to
# predicted_disliked.txt and delete the .jpg/.png.
elif name_and_liked.get(original_name) == 0:
# Save the artist, info, title, viewing link, and time added
disliked = work[0] + '~' + work[1] + '~' + work[
6] + '~' + work[7] + '~' + str(
datetime.datetime.now().strftime("%m/%d/%Y %H:%M:%S"))
file = open(predicted_disliked_txt, 'a')
file.write(disliked)
file.write('\n')
file.close()
# Delete the .jpg/.png file
os.remove(scraped_art_dir + original_name)
# Export the new (predicted liked) Artworks to the database
database.export_new(database_txt, new_artworks)
print('Predicted that %s out of %s artworks will be liked' %
(len(new_artworks), len(name_and_liked)))
def show_artist_available_artwork():
artist_name = ui.get_artist_name()
artist_id = artwork_store._get_artist_id(artist_name)
artworks = Artwork.get_all_artist_available_artwork(artist_id)
ui.show_artworks_by_artist(artworks)
SETUP_URL = 'https://medium.com/@maxbraun/setting-up-accent-b71a07c33ca9'
# The URL of the GitHub page with Accent's source code.
CODE_URL = 'https://github.com/maxbbraun/accent'
# The URL of the Accent Twitter profile.
SOCIAL_URL = 'https://twitter.com/AccentInk'
# The template for editing user data.
HELLO_TEMPLATE = 'hello.html'
# A geocoder instance with a shared cache.
geocoder = Geocoder()
# Helper library instances.
artwork = Artwork()
calendar = GoogleCalendar(geocoder)
city = City(geocoder)
commute = Commute(geocoder)
everyone = Everyone(geocoder)
schedule = Schedule(geocoder)
# The Flask app handling requests.
app = Flask(__name__)
@app.route('/artwork')
@user_auth(image_response=gif_response)
def artwork_gif(key=None, user=None):
"""Responds with a GIF version of the artwork image."""