def test_supplier_resets():
blah_supplier = Supplier("blah")
with blah_supplier.use("hello"):
pass
with pytest.raises(Exception):
blah_supplier.get()
def test_supply_decorator():
foo_supplier = Supplier("foo")
@supply(foo_supplier)
def has_arg(hello):
assert hello == "hello"
with foo_supplier.use("hello"):
has_arg()
def test_supply_decorator_with_arg():
foo_supplier = Supplier("foo")
@supply(foo_supplier)
def has_arg(hello, there):
assert hello == "hello"
assert there == "there"
with foo_supplier.use("hello"):
has_arg("there")
def test_supply_decorator_optional_args():
foo_supplier = Supplier("foo")
@supply(foo_supplier)
def has_arg(hello, there, pal="pal"):
assert hello == "hello"
assert there == "there"
assert pal == "pal"
with foo_supplier.use("hello"):
has_arg("there")
has_arg("there", "pal")
def run_supplier_tests(self):
c = Contact("Some Body", "*****@*****.**")
s = Supplier("Sup Plier", "*****@*****.**")
print(c.name, c.email, s.name, s.email)
c.all_contacts
try:
c.order("Ineed pliers") # expect error here
except AttributeError as e:
print("Exception for c.order()")
print("exception args: ", e.args)
s.order("I need pliers")
def createSupplier(self, supplierName, deliveryTime):
# ID will be automatically set
supplier = Supplier(self.nextSupplierID(), supplierName, deliveryTime)
# This supplier does not have any materials set YET. Add material method must be called to add materials to a
# supplier . This is done cause one supplier has the ability to sell multiple materials
print("Empty Supplier Created -", str(supplier))
self.suppliers.append(supplier)
def load(self):
def loadFromFile(filename):
try:
with open(filename, "rb") as file:
data = pickle.load(file)
return data
except Exception:
file = open(filename, "wb")
file.close()
self.__stock = Stock()
loadedStockData = loadFromFile(self.savePath + self.__companyName + "_stockData.dat")
if loadedStockData is not None:
self.__stock.setAllData(loadedStockData)
self.suppliers = []
loadedSuppliers = loadFromFile(self.savePath + self.__companyName + "_supplierData.dat")
if loadedSuppliers is not None:
for supplierData in loadedSuppliers:
supplierObj = Supplier(0, "PLACEHOLDER_NAME", 0)
supplierObj.setAllData(supplierData)
self.suppliers.append(supplierObj)
def test_supplier_can_be_used_multiple_times():
foo_supplier = Supplier("foo")
with foo_supplier.use("hello"):
assert foo_supplier.get() == "hello"
with foo_supplier.use("hi"):
assert foo_supplier.get() == "hi"
def test_supply_decorator_multiple_suppliers():
foo_supplier = Supplier("foo")
bar_supplier = Supplier("bar")
@supply(foo_supplier, bar_supplier)
def has_arg(hello, there, friend):
assert hello == "hello"
assert there == "there"
assert friend == "friend"
with foo_supplier.use("hello"), bar_supplier.use("there"):
has_arg("friend")
def main():
simulation = Simulation(name="NORI Token Market Simulation v0.1")
print(simulation)
# simulation.declare_round_endowment() IS THIS NECESSARY?
suppliers = simulation.build_agents(
Supplier, 'supplier',
100) # Put these in parameters.csv and use .build_agents_from_file
simulation.build_agents(Spotbuyer, 'spotbuyer', 100)
simulation.build_agents(Speculator, 'speculator', 1000)
simulation.build_agents(Coinex, 'coinex', 1)
# Create supplier_queue from 'crc_supply_sample.csv' in order returned from the code in lines 70-75, above
# Each supplier has an associated marginal_cost and marginal_qty
# For supplier i, if expected_price >= reserve_price,
# list_crc and remove from queue
# else evaluate the next element in list
# LIKE THIS?
# Make 100 suppliers
#for supplier_number in range(100):
# new_supplier = {'marginal_cost': X, 'marginal_qty': Y, 'expected_price': Z}
# supplier_queue.append(new_supplier)
for round in range(360): # Assume 360 trading days per year
simulation.advance_round(round)
Supplier().self.list_crc(
) # IS THIS THE RIGHT WAY TO DO THIS? Supplier lists CRC if expected_price > marginal_cost
spotbuyer.buy_nori() # Spot Buyer buys NORI from Coinex
coinex.exch_sell_nori() # Coinex sells NORI to Spot Buyer
spotbuyer.buy_crc() # Spot Buyer purchases CRC
spotbuyer.retire_crc() # Spot Buyer (smart contract) retires CRC
(supplier + spotbuyer()).panel_log(...) # Log CRC trades
speculator.trade_nori() # Speculators trade
supplier.sell_nori() # Supplier sells NORI to Coinex
speculator.sell_nori() # Speculator sells NORI to Coinex
coinex.exch_buy_nori() # Coinex buys
coinex.panel_log(...) # Log NORI trades
# Do we need to clear trades? If so, how?
simulation.graphs()
simulation.finalize()
def test_supply_decorator_in_classes():
foo_supplier = Supplier("foo")
bar_supplier = Supplier("bar")
class Baz:
name = "baz"
@supply(foo_supplier, bar_supplier)
def bound_method(self, hello, there, cool, house):
assert hello == "hello"
assert there == "there"
assert self.name == "baz"
assert cool == "cool"
assert house == "house"
baz = Baz()
with foo_supplier.use("hello"), bar_supplier.use("there"):
baz.bound_method("cool", "house")
from customer import Customer
from supplier import Supplier
from item import Item
from supply import Supply
from order import Order
from admin import Administrator
from review import Review
supply = list()
orders = list()
items = list()
reviews = list()
admin1 = Administrator("iamgod", "iamthelaw", "*****@*****.**")
supplier1 = Supplier("isupply", "4real", "Crab Shack Company", "Van Crabs",
"000-112-35-8", "*****@*****.**")
supplier2 = Supplier("isupplytoo", "4real", "Reliable Company", "Van Reliable",
"011-112-35-8", "*****@*****.**")
customer1 = Customer("iamguido", "4sure", "Guido", "Van Rossum",
"000-112-35-8", "*****@*****.**", "09-09-1968")
item1 = Item("Banana", "Better than ever before", 799.0,
("Golden", "Fresh Green"))
item2 = Item("Best Banana", "Better than others", 899.0,
("Truly Golden", "Fresher Green"))
review1 = Review('Brilliant', "iamguido", 5)
supply.append(supplier1.add_supply(item1, 10))
supply.append(supplier2.add_supply(item2, 3))
customer1.create_order(item2, 5)
def __init__(self, outfile, maxdocs=0):
self.supplier = Supplier(maxdocs=maxdocs)
self.analyzer = Analyzer()
self.recorder = Recorder(outfile=outfile)
def test_supplier_supplies():
blah_supplier = Supplier("blah")
with blah_supplier.use("hello"):
assert blah_supplier.get() == "hello"
from customer import Customer
from supplier import Supplier
from item import Item
from supply import Supply
from order import Order
from admin import Administrator
from review import Review
supply = list()
orders = list()
items = list()
reviews = list()
admin1 = Administrator("iamgod", "iamthelaw", "*****@*****.**")
supplier1 = Supplier("isupply", "4real", "Crab Shack Company", "Van Crabs",
"000-112-35-8", "*****@*****.**")
supplier2 = Supplier("isupplytoo", "4real", "Reliable Company", "Van Reliable",
"011-112-35-8", "*****@*****.**")
customer1 = Customer("iamguido", "4sure", "Guido", "Van Rossum",
"000-112-35-8", "*****@*****.**", "09-09-1968")
item1 = Item("Banana", "Better than ever before", 799.0,
("Golden", "Fresh Green"))
item2 = Item("Best Banana", "Better than others", 899.0,
("Truly Golden", "Fresher Green"))
customer1.add_review(item2, "very tasty", 5)
reviews.append(customer1.add_review(item2, "very tasty", 5))
from thief import Thief
from retailer import Retailer
from supplier import Supplier
thief = Thief()
retailer = Retailer()
supplier = Supplier()
nextRound = 50
security = 30
#Suppose the game starts from low security level and stealing $50
i = 0
while i < 10:
stolenAmount, nextRound = thief.steal(nextRound, security)
securityLevels = supplier.strategy(stolenAmount)
security = retailer.strategy(stolenAmount, securityLevels, security)
print(security)
if stolenAmount < 0:
print(
"Thief was caught and paid ${} this round and will steal ${} next round"
.format(stolenAmount, nextRound))
else:
print("Thief stole ${} this round and will steal ${} nextRound".format(
stolenAmount, nextRound))
print("Retailer spends ${} on security".format(security))
print(
"Security Supplier has profit of (x) and provides {}% level of security"
.format(security))
i += 1
import uuid
class Supply:
def __init__(self, item, supplier, amount):
self.id = uuid.uuid4()
self.item = item
self.supplier = supplier
self.amount = amount
def __str__(self):
return f"{self.id}: {self.item} by {self.supplier}"
def __repr__(self):
return f"{self.id}: {self.amount} {self.item.title} by {self.supplier.company_name}"
if __name__ == '__main__':
from item import Item
from supplier import Supplier
i1 = Item("Banana", "Better than ever you tried before", 809.90, ("Yellow", "Fish Yellow"))
s1 = Supplier("isupply", "4real", "Crab Shack Company", "Van Crabs",
"000-112-35-8", "*****@*****.**")
sup1 = Supply(i1, s1, 3)
print(sup1)
def __init__(self):
self.databank = {
"Fruit": {
1: {
"name": "Apple",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
2: {
"name": "Banana",
"shelflife": 4,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
3: {
"name": "Blueberry",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
4: {
"name": "Cherry",
"shelflife": 4,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
5: {
"name": "Grapes",
"shelflife": 5,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
6: {
"name": "Orange",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
7: {
"name": "Pineapple",
"shelflife": 5,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
8: {
"name": "Pear",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
9: {
"name": "Strawberry",
"shelflife": 4,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
10: {
"name": "Watermelon",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
}
},
"Vegetable": {
1: {
"name": "Beetroot",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
2: {
"name": "Cabbage",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
3: {
"name": "Carrot",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
4: {
"name": "Cauliflower",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
5: {
"name": "Corn",
"shelflife": 4,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
6: {
"name": "Cucumber",
"shelflife": 5,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
7: {
"name": "Onion",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
8: {
"name": "Potato",
"shelflife": 9,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
9: {
"name": "Spinach",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
},
10: {
"name": "Tomato",
"shelflife": 7,
"price": 2,
"localinventory": None,
"internationalinventory": None,
"supplier": None,
"stockdate": None,
"expirydate": None
}
}
}
self.supplier = Supplier()
self.suppliers = self.supplier.supplier_name
import uuid
from simple_logger import logger
class Supply:
def __init__(self, item, supplier, amount):
self.id = uuid.uuid4()
self.item = item
self.supplier = supplier
self.amount = amount
self.log = logger
self.log.info(f"Supply is done")
def __str__(self):
return f"{self.id}: {self.item} by {self.supplier}"
def __repr__(self):
return f"{self.id}: {self.amount} {self.item.title} by {self.supplier.company_name}"
if __name__ == '__main__':
from supplier import Supplier
from item import Item
supplier1 = Supplier("isupply", "4real", "Crab Shack Company", "Van Crabs",
"000-112-35-8", "*****@*****.**")
item1 = Item("Banana", "Better than ever before", 799.0,
("Golden", "Fresh Green"))
supplier1.add_supply(item1, 10)
from grabber import Grabber
from processor.zcool import ZCool
from supplier import Supplier
resources = Supplier.get_resources()
for resource in resources:
grabber = Grabber(resource)
grabber.get()
ZCool.parse_article_list(grabber.content)
break
# grabber.write()
driver.get(base)
str_zip_code = str(zip_code).zfill(5)
inputElt = driver.find_element_by_xpath('//input[@class="zip"]')
inputElt.send_keys(str_zip_code)
prev_url = driver.current_url
driver.find_element_by_xpath('//input[@value="Go"]').click()
while driver.current_url == prev_url:
sleep(0.1)
if 'search' in driver.current_url:
supplier = Supplier(driver, connection, zip_code)
empty = True
i = 0
for id, href in supplier.parse():
empty = False
driver.get(href)
vr = ViolationSummary(driver, connection, id)
violationSummary = vr.parse()
contaminants = Contaminants(driver, connection, id)
contaminants.parse()
i += 1
if empty:
print("UPDATE zip_codes SET suppliers='{}' WHERE zipcode=%d" % zip_code)
connection.execute("UPDATE zip_codes SET suppliers='{}' WHERE zipcode=%d" % zip_code)
print('Found %d suppliers for %s' % (i, str_zip_code))
else:
