def run_tests():
"""Test Catalogue class."""
# Test empty Catalogue (defaults)
print("Test empty Catalogue:")
catalogue = Catalogue()
assert not catalogue.stores # an empty list is considered False
# Test loading stores
print("\nTest loading Stores:")
catalogue.load_stores('store_saves.csv')
for shop in catalogue.list_stores():
print(f'\n{shop}')
print("\nTest listing shop inventory")
for item in shop.inventory.list_items():
print(item)
assert catalogue.stores # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Shop with values
print("\nTest adding new Shop:")
catalogue.add_store(Store("Squelons Wood", 300, 500, "I sell wood!"))
for shop in catalogue.list_stores():
print(shop)
# Test saving Stores (check CSV file manually to see results)
catalogue.save_stores('test.csv')
def test_get_products_with_appropriate_price(self):
p1 = Product(id_="X1", name="Toy X1", price=10.3)
p2 = Product(id_="X2", name="Toy X2", price=8.3)
c = Catalogue({p1.id: p1, p2.id: p2})
filtered_products = c.get_products_with_appropriate_price(lambda price: price < 10.0)
self.assertDictEqual({p2.id: p2}, filtered_products)
def test_add_candle_puts_two_candles_in_list():
cat = Catalogue("2021 catalogue")
candle1 = Candle("Beach", 54, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
candle2 = Candle("Beach", 2, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
cat.add_candle(candle1)
cat.add_candle(candle2)
assert cat.candles_list == [candle1, candle2]
def test_get_products_by_name_part_case_sensitive(self):
p1 = Product(id_="X1", name="TOY uppercase", price=10)
p2 = Product(id_="X2", name="toy lowercase", price=10)
c = Catalogue({p1.id: p1, p2.id: p2})
filtered_products = c.get_products_by_name_part("toy")
self.assertDictEqual({p2.id: p2}, filtered_products)
def __init__(self, catalogue_json_file: str, offer_types_json_file: str,
product_offers_json_file: str):
self.catalogue = Catalogue(catalogue_json_file)
self.product_offers = ProductOffers(offer_types_json_file,
product_offers_json_file)
self.products = {}
self.sub_total, self.discount, self.total = 0.0, 0.0, 0.0
def test_add_product(self):
p = Product(id_="P", name="X", price=0)
c = Catalogue()
c.add_product(p)
p.name = "Y"
self.assertEqual("X", c.inventory["P"].name)
def test_add_too_many_products_in_a_batch(self):
p1 = Product(id_="P1", name="", price=0)
p2 = Product(id_="P2", name="", price=0)
p3 = Product(id_="P3", name="", price=0)
c = Catalogue()
self.assertEqual(2, c.add_products([p1, p2, p3]))
self.assertDictEqual({p1.id: p1, p2.id: p2}, c.inventory)
def test_adding_products_to_catalogue(self):
self.test_catalogue = Catalogue(self.test_products)
self.test_catalogue.add_products([
Product('Additional Product 1', 1.00),
Product('Additional Product 2', 1.00)
])
self.assertEqual(len(self.test_catalogue.products),
len(self.test_products) + 2)
def __init__(self,
prix_file="test_data/prix.csv",
remises_file="test_data/remises.csv"):
self.catalog_manager = Catalogue(prix_file, remises_file)
self.catalog_prix, self.catalog_remises = self.catalog_manager.get_dicts(
)
self.tickets = []
def main():
"""
Creates a library with dummy data and prompts the user for input.
"""
item_list = []
catalogue = Catalogue(item_list)
catalogue.generate_test_items()
my_epic_library = Library(catalogue)
my_epic_library.display_library_menu()
async def update_store(ctx, *, details):
store_details = details.split(':')
if len(store_details) == 5: # Correct number of arguments provided
old_store_name = store_details[0].strip()
new_store_name = store_details[1].strip()
new_store_location_x = store_details[2].strip()
new_store_location_z = store_details[3].strip()
new_store_description = store_details[4].strip()
catalogue = Catalogue()
catalogue.load_stores(PATH_TO_DATA_FILE)
# Attempt to remove old store from catalogue.
is_removed = catalogue.remove_store(old_store_name)
if not is_removed:
embed = discord.Embed(
title=f'Store: \'{old_store_name}\' cannot be found',
color=13424046)
await ctx.send(embed=embed)
else:
# Add updated store
updated_store = Store(new_store_name, new_store_location_x,
new_store_location_z, new_store_description)
catalogue.add_store(updated_store)
# Update save file
catalogue.save_stores(PATH_TO_DATA_FILE)
embed = discord.Embed(title='Store Updated Successfully',
color=13424046)
await ctx.send(embed=embed)
await stores(ctx)
else:
embed = discord.Embed(title='Error: Please use the following format',
color=13424046)
await ctx.send(embed=embed)
await help(ctx, 'update_store')
async def stores(ctx):
catalogue = Catalogue()
catalogue.load_stores(PATH_TO_DATA_FILE)
embed = discord.Embed(title='MelonCraft Stores', color=13424046)
for store in catalogue.list_stores():
embed.add_field(
name=store.name,
value=
f'{store.description} ({store.location_x}, {store.location_z})',
inline=False)
await ctx.send(embed=embed)
def test_inventory_overflow_init(self):
p1 = Product(id_="P1", name="", price=0)
p2 = Product(id_="P2", name="", price=0)
p3 = Product(id_="P3", name="", price=0)
big_inventory = {"1": p1, "2": p2, "3": p3}
with self.assertRaises(InventoryOverflowException):
c = Catalogue(big_inventory)
def test_init(self):
p = Product(id_="P", name="", price=0)
inventory = {p.id: p}
c = Catalogue(inventory)
del inventory[p.id]
self.assertEqual(1, len(c.inventory))
def set_multipoles(self, s, ic=['global', 'global'], iaddbins=None):
catalogue = Catalogue.load(self.params['path_randoms'])
radials, densities, weights = self.get_radial_density(
catalogue,
iaddbins=[iaddbins] * 2,
density=[False, True],
power_weight=[2 if 'radial' in ic else 1, 1])
pyanalytic2pcf = PyAnalytic2PCF(**self.params)
if ('global' in ic) or (('radial' in ic) and ('angular' in ic)):
typewin = 'global'
else:
typewin = ic[0]
if typewin == 'angular':
angular_s = None
angular_window = None
else:
angular_s = self.angular.s
angular_window = self.angular.window[0]
self.result = pyanalytic2pcf.run(s,
angular_s,
angular_window,
radials,
densities,
typewin=typewin)
self.result.weight_tot = scipy.sum(weights[-1]**2)
self.result.rescale()
def main():
"""
Creates a library with dummy data and prompts the user for input.
"""
lib_catalogue = Catalogue()
my_epic_library = Library(lib_catalogue)
my_epic_library.display_library_menu()
def set_multipoles(self, icut=0, icut1=0, ncuts=1, losn=0, modes=None):
catalogues = [
Catalogue.load(self.params['path_randoms'][mode])
for mode in self.modes
]
icutibins = catalogues[1].attrs['icutibins'][icut]
assert (icutibins == catalogues[2].attrs['icutibins'][icut]).all()
icutnbins = len(icutibins)
naddbins = catalogues[0].attrs['naddbins']
assert (naddbins == catalogues[1].attrs['naddbins']) and (
naddbins == catalogues[2].attrs['naddbins'])
catalogue1 = catalogues[0].slice(icut1, ncuts)
pyreal3pcf = PyReal3PCF(**self.params)
pyreal3pcf.set_grid()
self.result = 0
for iaddbin in range(naddbins):
mask2 = catalogues[1]['iaddbin'] == iaddbin
mask3 = catalogues[2]['iaddbin'] == iaddbin
for ibin, bin in enumerate(icutibins):
self.logger.info(
'Correlating slice {:d} ({:d}/{:d}) of cut {:d}/{:d}.'.
format(bin, ibin + 1, icutnbins, iaddbin + 1, naddbins))
catalogue2 = catalogues[1][mask2
& (catalogues[1]['ibin'] == bin)]
catalogue3 = catalogues[2][mask3
& (catalogues[2]['ibin'] == bin)]
if not catalogue2 or not catalogue3: continue
self.result += pyreal3pcf.copy().run(catalogue1, catalogue2,
catalogue3)
def prepare_catalogues(self,
path_input,
path_randoms,
ic=None,
rwidth=2.,
redges=None,
nside=32,
seed=42,
ncuts=20,
share='counts',
downsample=2.,
additional_bins=[]):
catalogue = Catalogue.load(path_input)
modes = path_randoms.keys()
self.params['ic'] = self.ic
catalogues = self.normalize_catalogue(
{mode: catalogue.deepcopy()
for mode in modes},
ic=self.ic,
rwidth=rwidth,
redges=redges,
nside=nside,
seed=seed,
additional_bins=additional_bins)
if isinstance(downsample, float):
downsample = {mode: downsample for mode in modes}
for mode in modes:
catalogues[mode] = catalogues[mode].downsample(downsample[mode])
if self.ic in ['angular', 'radial']:
catalogues = self.slice_catalogues(catalogues,
ncuts=ncuts,
share=share)
for mode, catalogue in catalogues.items():
catalogue.save(path_randoms[mode])
def test_delete_both_candles_gives_empty_list():
cat = Catalogue("2021 catalogue")
candle1 = Candle("Beach", 54, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
candle2 = Candle("Beach", 2, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
cat.add_candle(candle1)
cat.add_candle(candle2)
cat.delete_candle(54)
cat.delete_candle(2)
assert cat.candles_list == []
def main():
"""
Creates a library with dummy data and prompts the user for input.
"""
book_list = generate_test_books()
my_epic_catalogue = Catalogue(book_list)
my_epic_library = Library(my_epic_catalogue)
my_epic_library.display_library_menu()
def main():
# def __init__(self, title, call_no, author, num_copies):
# issue, publisher):
# def __init__(self, title, call_no, author, num_copies, name,
# issue, publisher):
b1 = Book("Provenance", "342.2", "Anne Leckie", 20)
b2 = Book("Ancillary Justice", "342.2A", "Anne Leckie", 1)
j1 = Journal("Individual Psychology", "123.4", "Gabriela Pap", 1,
"Journal of Psychology", 23, "SAGE Publications")
d1 = Dvd("Mad Max: Fury Road", "789.0", "George Miller", 8, "May 15, 2015",
"1")
cat = Catalogue({
"342.2":
Book("Provenance", "342.2", "Anne Leckie", 20),
"342.2A":
Book("Ancillary Justice", "342.2A", "Anne Leckie", 1),
"123.4":
Journal("Individual Psychology", "123.4", "Gabriela Pap", 1,
"Journal of Psychology", 23, "SAGE Publications"),
"789.0":
Dvd("Mad Max: Fury Road", "789.0", "George Miller", 8, "May 15, 2015",
"1")
})
vpl = Library(cat)
display_menu = True
while display_menu:
print("What would you like to do?")
print("1. Find item by title (String)")
print("2. Add item to catalogue")
print("3. Remove item from catalogue (call no)")
print("4. Check out a copy (call no)")
print("5. Return your copy (call no)")
print("6. Display library catalogue")
print("7. Quit menu")
choice = int(input("Select action: "))
if choice == 2:
vpl.get_cat().add_item()
elif choice == 6:
vpl.display_available_books()
elif choice == 7:
display_menu = False
elif choice not in range(1, 6):
print("\nInvalid input. Try again.\n")
else:
par = input("Enter parameter: ")
input_dict = {
1: vpl.search,
3: cat.remove_item,
4: vpl.check_out,
5: vpl.return_item
}
print(input_dict.get(choice)(par))
def test_catalogue():
catalog = Catalogue(prix_file="test_data/prix.csv",
remises_file="test_data/remises.csv")
catalog_prix, catalog_remises = catalog.get_dicts()
print("- Liste des prix:")
print(catalog_prix)
print("- Liste des promo:")
print(catalog_remises)
print("--- MAJ catalogue ---")
catalog_prix, catalog_remises = catalog.maj(
prix_file='test_data/prix2.csv', remises_file='test_data/remises2.csv')
print("- Liste des prix:")
print(catalog_prix)
print("- Liste des promo:")
print(catalog_remises)
def set_multipoles(self, icut=0, losn=0, modes=None):
catalogues = [
Catalogue.load(self.params['path_randoms'][mode])
for mode in self.modes
]
icutibins = catalogues[0].attrs['icutibins'][icut]
assert (icutibins == catalogues[2].attrs['icutibins'][icut]).all()
icutnbins = len(icutibins)
naddbins = catalogues[0].attrs['naddbins']
assert (naddbins == catalogues[1].attrs['naddbins']) and (
naddbins == catalogues[2].attrs['naddbins']) and (
naddbins == catalogues[3].attrs['naddbins'])
pyreal4pcf = PyReal4PCFBinned(**self.params)
pyreal4pcf.set_grid(binsize=catalogues[-1].attrs['nbins'])
self.result = 0
for iaddbin1 in range(naddbins):
catalogue2 = catalogues[1][catalogues[1]['iaddbin'] == iaddbin1]
catalogue4 = catalogues[3][catalogues[3]['iaddbin'] == iaddbin1]
for iaddbin2 in range(naddbins):
mask1 = catalogues[0]['iaddbin'] == iaddbin2
mask3 = catalogues[2]['iaddbin'] == iaddbin2
for ibin, bin in enumerate(icutibins):
self.logger.info(
'Correlating {}x{} slice {:d} ({:d}/{:d}) of cut {:d}/{:d} and {:d}/{:d}.'
.format(self.modes[2], self.modes[3], bin, ibin + 1,
icutnbins, iaddbin1 + 1, naddbins,
iaddbin2 + 1, naddbins))
catalogue1 = catalogues[0][mask1 &
(catalogues[0]['ibin'] == bin)]
catalogue3 = catalogues[2][mask3 &
(catalogues[2]['ibin'] == bin)]
if not catalogue1 or not catalogue3: continue
self.result += pyreal4pcf.copy().run(catalogue1,
catalogue2,
catalogue3,
catalogue4,
tobin=[2, 4])
if self.modes[2] != self.modes[3]:
#if True:
self.logger.info(
'Correlating {}x{} slice {:d} ({:d}/{:d}) of cut {:d}/{:d} and {:d}/{:d}.'
.format(self.modes[3], self.modes[2], bin,
ibin + 1, icutnbins, iaddbin1 + 1,
naddbins, iaddbin2 + 1, naddbins))
self.result += pyreal4pcf.copy().run(
catalogue2,
catalogue1,
catalogue4,
catalogue3,
tobin=[1, 3]) # beware: twice the normalisation
if self.result and self.modes[2] != self.modes[3]:
self.result.weight_tot /= 2.
def setUp(self):
self.test_products = [
Product('Baked Beans', 0.99),
Product('Biscuits', 1.20),
Product('Sardines', 1.89),
Product('Shampoo (Small)', 2.00),
Product('Shampoo (Medium)', 2.50),
Product('Shampoo (Large)', 3.50),
]
self.test_catalouge = Catalogue(self.test_products)
def test_delete_candle_gives_error_if_candle_not_in_list():
cat = Catalogue("2021 catalogue")
candle1 = Candle("Beach", 54, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
candle2 = Candle("Beach", 2, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
candle3 = Candle("Beach", 3, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
cat.add_candle(candle1)
cat.add_candle(candle2)
with pytest.raises(ValueError):
cat.delete_candle(candle3)
assert cat.candles_list == [candle1, candle2]
with pytest.raises(ValueError) as error:
cat.delete_candle(candle3)
assert str(error.value) == "Item not found"
def main():
"""
Creates a library and prompts the user with options.
"""
# Create a new library with a new catalogue
library = Library(Catalogue())
# User Prompt
while True:
library.give_options()
async def list_inventory(ctx, *, store_name):
catalogue = Catalogue()
catalogue.load_stores(PATH_TO_DATA_FILE)
is_valid_store = False
for store in catalogue.list_stores():
if store.name.lower() == store_name.lower():
is_valid_store = True
embed = discord.Embed(title=f'{store.name}', color=13424046)
if store.inventory.__len__() == 0:
embed.add_field(name='Currently has no Stock!',
value='Please check back later.',
inline=False)
else:
for item in store.inventory.list_items():
embed.add_field(name=item.name,
value=f'{item.quantity} / {item.cost}D',
inline=False)
await ctx.send(embed=embed)
if not is_valid_store:
await ctx.send(f'\'{store_name}\' could not be found.')
await stores(ctx)
def test_update_price_on_id_not_found_gives_error():
cat = Catalogue("2021 catalogue")
candle1 = Candle("Beach", 54, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
cat.add_candle(candle1)
with pytest.raises(ValueError) as e:
cat.update_candle_price(2, "£80")
assert str(e.value) == "Item not found"
def main():
"""
Creates a library with dummy data and prompts the user for input.
"""
b1 = Book("100.200.300", "Harry Potter 1", 2, "J K Rowling")
b2 = Book("999.224.854", "Harry Potter 2", 5, "J K Rowling")
b3 = Book("631.495.302", "Harry Potter 3", 4, "J K Rowling")
b4 = Book("123.02.204", "The Cat in the Hat", 1, "Dr. Seuss")
cat = Catalogue([b1, b2, b3, b4])
lib = Library(cat)
lib.display_library_menu()
def test_delete_candle_removes_the_candle_from_list():
cat = Catalogue("2021 catalogue")
candle1 = Candle("Beach", 54, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
candle2 = Candle("Beach", 2, "lavender", "square", "4 hours", "10cm by 10cm", "£100")
cat.add_candle(candle1)
cat.add_candle(candle2)
cat.delete_candle(54)
assert cat.candles_list == [candle2]
# -*- coding: utf-8 -*- from selenium import webdriver from catalogue import Catalogue driver = webdriver.PhantomJS() driver.implicitly_wait(3) first_page_link = "https://market.yandex.ru/catalog/55939/list?hid=91529&how=dpop&gfilter=2142357015%3A477105268&in-stock=1&priceto=20000" page_numbers = 1 cat = Catalogue(driver, first_page_link, page_numbers) # get list of goods and its ids goods_id = cat.get_goods_id() # get good data with criteria text and its values cat.get_goods_criteria(goods_id) driver.close() driver.quit()
