#!/usr/bin/python
import config, store, os
standalone_py = os.path.join(os.path.dirname(__file__), 'standalone.py')
c = config.Config("config.ini")
s = store.Store(c)
cursor = s.get_cursor()
cursor.execute(
"lock table sshkeys in exclusive mode") # to prevent simultaneous updates
cursor.execute(
"select u.name,s.key from users u, sshkeys s where u.name=s.name")
lines = []
for name, key in cursor.fetchall():
lines.append(
'command="%s -r %s",no-port-forwarding,no-X11-forwarding,no-agent-forwarding,no-pty %s\n'
% (standalone_py, name, key))
f = open('.ssh/authorized_keys', 'wb')
f.write(''.join(lines))
f.close()
s.rollback()
# SENSEI BONUS: Update the product class to give each product a unique id.
# Update the sell_product method to accept the unique id.
import store
store_165 = store.Store("Castle Rock")
store_165.show_products()
store_165.add_product("Shovel", 35.50, "Garden Supplies")
store_165.add_product("Rake", 15.50, "Garden Supplies")
store_165.add_product("Lawn Sprinkler", 25.50, "Garden Supplies")
store_165.show_products()
store_165.sell_product(1)
store_165.show_products()
store_165.inflation(.10)
store_165.show_products()
store_165.set_clearance("Garden Supplies", 0.10)
store_165.show_products()
if action == LOCK:
if choice == 1:
register1.lockOn()
elif choice == 2:
register2.lockOn()
elif action == UNLOCK:
if choice == 1:
register1.lockOff()
elif choice == 2:
register2.lockOff()
###############################################################################
if __name__ == '__main__':
store1 = store.Store() #create the store1 object
store1.OpenShop() #set the store attribute to open
print("The store is now open. Initializing the registers...")
register1 = cashRegister.CashRegister() #create both register objects
register2 = cashRegister.CashRegister()
register1.lockOff() #unlock both registers
register2.lockOff()
#initialize lists, will be turned into list of the number of each bills, in
#order ones, fives, tens, twenties
bills1 = []
bills2 = []
#user inputs initial values for each register, and method createList places
__author__ = 'Matt'
import store
import database
# create store and add customers to list
better_buy = store.Store()
menu = store.Menu()
# name = menu.sign_up()
# print (name)
# # name1 = raw_input("what is your name? ")
# # # customer1 = store.Customer(11, name1)
# matt = database.Customer(name=name[0], email=name[1], password=name[2])
# matt.save()
# for customer in database.Customer:
# print customer.name, customer.email
# customer2 = store.Customer(22, 'Ashley')
# better_buy.list_of_customers.append(customer1)
# menu.sign_up()
# print menu.customer
menu.show_customers()
menu.login()
# create list of inventory
laptop = store.InventoryItem(111, 'Laptop', 699.99)
tv = store.InventoryItem(222, 'TV', 1499.99)
xbox = store.InventoryItem(333, 'Xbox One', 349.99)
better_buy.available_inventory = [laptop, tv, xbox]
print(better_buy.available_inventory)
import store
import product
my_supermarket = store.Store("My Handpicked Store")
my_supermarket.add_product(product.Product("Gala Apple", 4.99, "Fresh Fruits"))
my_supermarket.add_product(product.Product("Hot pickels", 3.65, "Canned"))
my_supermarket.add_product(
product.Product("Theo's patties", 7.18, "Ground meat"))
my_supermarket.add_product(product.Product("French Bread", 1.05, "Breads"))
for item in my_supermarket.products:
item.print_info()
def initialize(self):
self.store = store.Store("hub/live")
def setUp(self):
store.StoreDatabase.load()
self.store = store.Store()
self.store.id = 3
self.store.name = "Walmart Grocery"
self.store.available_items = [40, 43, 45, 47]
def __init__(self, app):
self.ui = food_edit_dlg_ui.FoodEditDlgUI()
self.ui.dialog.connect('response', self.on_response)
self.app = app
self.store = store.Store()
def setUp(self):
self.store = store.Store()
import store
import product
if __name__ == "__main__":
item1 = product.Product(10,"cat toy",5,"Fisher", 5)
item2 = product.Product(20,"leash",2,"doge", 2)
item2.return_item("like new")
item2.displayInfo()
print item1.add_tax(0.18)
target = store.Store([item1, item2],"Mountain View", "Mr. T")
target.inventory()
# print target
# exercise for tomorrow -- if we sell an item from the store, we should have the product "sold" and remove from the store's inventory
import product
import store
if __name__ == "__main__":
shoe = product.Product("tennis shoe", 30, 5, "Nike")
walmart = store.Store([shoe],"Chicago","Chris Poche")
walmart.inventory()
## product.shoe2.display() -- doesn't work because of namespace check
def ping(self):
raise MySQLdb.OperationalError
conn = DummyDB()
# Shut down the server so it can restart afresh next time.
globalAppServer.running = 0
lucenepath = globalAppServer.serverSidePath('Lucene')
db = metadb.DB(conn, os.path.isdir(lucenepath) and lucenepath or None)
coll = Collection(db)
users = store.Store(
conn, *'''user name opening_facet_terms
opening_facet_columns opening_term_columns remember facets attrs
facet_column_width item_column_width endgame_item_col_width
endgame_facet_col_width sortby caps display_opening_option
display_middle_option display_end_option managegame_opening
showpreviews password email completed_tasks available_tasks'''.split())
user_histories = store.Store(
conn, *'''user_history id userid item
itemidx timestamp favorites groupid user'''.split())
user_history_groups = store.Store(
conn, *'''
user_history_groups id groupname userid timestamp user'''.split())
user_history_searches = store.Store(
conn, *'''user_history_searches
searchname id userid timestamp query facetgroup sort user'''.split())
tasks = store.Store(conn, 'tasks', 'id', 'description')
tasks_questions = store.Store(
import select
import socket
import datetime
import argparse
import store
import json
from command import Command
# Global key-value store
STORE = store.Store()
class Server(object):
"""
TCP server for handling client connections
"""
def __init__(self):
# Line ending which is appended to the message when response to client
self.le = "\n"
self.server = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.server.setblocking(0)
# Sockets from which we expect to read
self.inputs = [self.server]
def send_msg(self, connection, msg):
"""
Send JSON encoded message to client connection
:param connection: Client socket
:param msg: Data to send
product1 = product.Product(1500.00, "BigScreen TV", 55, "LG", 1200.00, 'new')
product2 = product.Product(700.00, "iPhone6S", 1, "Apple", 400.00, 'new')
product3 = product.Product(400.00, "iPhone5", 1, "Apple", 200.00, 'used')
product4 = product.Product(450.00, "XBox", 35, "MS", 35, 'new')
product5 = product.Product(250.00, "wii", 15, "EA", 50, "like new")
product6 = product.Product(350.00, "PlayStation", 22, "Sony", 20, "defective")
product1.displayinfo()
#product2.displayinfo()
#product3.displayinfo()
prods1 = (product1, product2)
Store1 = store.Store("Best Buy", "Best Guy")
Store1.add_product(prods1)
Store1.inventory()
Store1.remove_product(prods1)
Store1.inventory()
prods2 = (product4, product5)
Store2 = store.Store("Phil's Electronic Stuff", "Phil Filbert")
Store2.add_product("product4")
Store2.add_product("product5")
Store2.add_product("product6")
Store2.inventory()
Store2.remove_product(product4)
Store2.inventory()
#product1.sell()
def store(self, guid=None, entryid=None):
"""Return :class:`store <Store>` with given GUID."""
if _unicode(guid).split('@')[0] == 'public':
return self._pubstore(guid)
else:
return _store.Store(guid=guid, entryid=entryid, server=self)
import product
import store
zapatos = product.Product("Nike Shoes", 300, "shoes")
zapatos2 = product.Product("Sandals", 50, "shoes")
shirt = product.Product("Shirt", 50, "clothing")
zapatos.update_price(10, False)
print(zapatos.prod_id)
print(zapatos2.prod_id)
print(shirt.prod_id)
my_store = store.Store("MegaShoes")
my_store.add_product(zapatos, 3)
my_store.add_product(shirt, 1)
my_store.add_product(zapatos2, 5)
my_store.update_product(1, 3)
my_store.sell_product(1, 7)
my_store.inflation(10)
my_store.set_clearance("shoes", 50)
#!/usr/bin/python
import sys, os, urllib
root = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
sys.path.append(root)
# Work around http://sourceforge.net/p/docutils/bugs/214/
import docutils.utils
import admin, store, config
cfg = config.Config(root+'/config.ini')
st = store.Store(cfg)
# Demo data starts here
# an admin
otk = st.store_user('fred', 'fredpw', '*****@*****.**')
st.delete_otk(otk)
st.add_role('fred', 'Admin', None)
# an owner
otk = st.store_user('barney', 'barneypw', '*****@*****.**')
st.delete_otk(otk)
# package spam
st.set_user('barney', '127.0.0.1', True)
for version in ('0.8', '0.9', '1.0'):
st.store_package('spam', version, {
'author':'Barney Geroellheimer',
'author_email':'*****@*****.**',
'homepage':'http://spam.python.test/',
'license':'GPL',
'summary':'The spam package',
import store
zuh_shop = store.Store("Zuhayr's Odds and Ends")
print("")
print("Testing add product")
zuh_shop.add_product("table", 200, "furniture")
zuh_shop.add_product("chair", 50, "furniture")
zuh_shop.add_product("lamp", 25, "lights")
zuh_shop.add_product("flashlight", 5, "lights")
zuh_shop.add_product("apple", 1, "food")
zuh_shop.add_product("golden apple", 100, "food")
print("")
zuh_shop.list_products()
print("")
print("Testing sell product")
print("")
zuh_shop.sell_product("lamp")
zuh_shop.sell_product("flashlight")
zuh_shop.sell_product("pineapple")
print("")
zuh_shop.list_products()
zuh_shop.add_product("lamp", 25, "lights").add_product("flashlight", 5,
"lights")
elif path.endswith('.tar.gz'):
z = gzip.GzipFile(path)
t = tarfile.TarFile(fileobj=z)
for i in t.getmembers():
if not i.name.endswith('.py'): continue
f = t.extractfile(i.name)
if 'def print_lol' in f.read():
hits[name] = summary
for name in hits:
store.remove_package(name)
print '%s: %s' % (name, hits[name])
print 'removed %d packages' % len(hits)
if __name__ == '__main__':
config = config.Config('/data/pypi/config.ini')
st = store.Store(config)
st.open()
command = sys.argv[1]
args = (st, ) + tuple(sys.argv[2:])
try:
if command == 'password':
set_password(*args)
elif command == 'rmpackage':
remove_package(*args)
elif command == 'addclass':
add_classifier(*args)
print 'done'
elif command == 'addowner':
add_owner(*args)
elif command == 'delowner':
delete_owner(*args)
if __name__ == "__main__":
op = OptionParser()
op.add_option("-p", "--port", action="store", type=int, default=8080)
op.add_option(
"-s",
"--store",
action="store",
)
op.add_option("-l", "--log", action="store", default=None)
(opts, args) = op.parse_args()
logging.basicConfig(filename=opts.log,
level=logging.INFO,
format='[%(asctime)s] %(levelname).1s %(message)s',
datefmt='%Y.%m.%d %H:%M:%S')
store_addr, store_port = opts.store.split(':')
MainHTTPHandler.store = store.Store(store_addr, store_port)
server = HTTPServer(("localhost", opts.port), MainHTTPHandler)
logging.info("Starting server at %s" % opts.port)
try:
server.serve_forever()
except KeyboardInterrupt:
pass
except Exception as e:
logging.exception("Server is shutting down, error: {}".format(e))
server.server_close()
import store
import product
s = store.Store("test store")
p1 = product.Product("T-shirt", 2.5, "Appraisal")
p2 = product.Product("Jeans", 5.6, "Appraisal")
p3 = product.Product("Bread", 0.95, "Food")
s.add_product(p1).add_product(p2).add_product(p3)
s.sell_product(p1.get_id())
s.inflation(.2)
s.set_clearance("Appraisal", .3)
queue = rq.Queue(connection=queue_redis)
else:
queue = None
s3conn = boto.s3.connect_to_region(
"us-west-2",
aws_access_key_id=config.database_aws_access_key_id,
aws_secret_access_key=config.database_aws_secret_access_key,
)
package_bucket = s3conn.get_bucket(
config.database_files_bucket,
validate=False,
)
st = store.Store(config, queue=queue, package_bucket=package_bucket)
st.open()
command = sys.argv[1]
args = (st, ) + tuple(sys.argv[2:])
try:
if command == 'password':
set_password(*args)
elif command == 'rmpackage':
remove_package(*args)
elif command == 'rmspam':
remove_spam(*args)
elif command == 'rmspammer':
remove_spammer(*args)
elif command == 'addclass':
add_classifier(*args)
print 'done'
import requests
import config
import store
from pkg_resources import safe_name
CONFIG_FILE = os.environ.get("PYPI_CONFIG", os.path.join(prefix, 'config.ini'))
conf = config.Config(CONFIG_FILE)
if conf.database_releases_index_name is None or conf.database_releases_index_url is None:
sys.exit()
new_index = "%s-%s" % (conf.database_releases_index_name, int(time.time()))
print("creating new index %s" % (new_index, ))
store = store.Store(conf)
store.open()
cursor = store._conn.cursor(cursor_factory=RealDictCursor)
cursor.execute(
"BEGIN TRANSACTION ISOLATION LEVEL SERIALIZABLE READ ONLY DEFERRABLE")
cursor.execute("SET statement_timeout = '600s'")
cursor.execute(
"SELECT DISTINCT ON (name, _pypi_hidden) name, version, _pypi_ordering, _pypi_hidden, author, author_email, maintainer, maintainer_email, home_page, license, summary, description, keywords, platform, download_url FROM releases ORDER BY name, _pypi_hidden, _pypi_ordering DESC"
)
while True:
releases = cursor.fetchmany(10000)
if len(releases) == 0:
break
operations = []
def __init__(self, app):
self.app = app
self.db = database.Database()
self.store = store.Store()
self.ui = recipe_srch_res_dlg_ui.RecipeSrchResDlgUI()
self.connect_signals()
import store
import product
costco = store.Store("Costco")
tp = product.Product("toilet paper", 10, "essentials")
flour = product.Product("flour", 15, "essentials")
beer = product.Product("beer", 30, "essentials")
costco.addProducts(tp).addProducts(flour).addProducts(beer)
costco.sellProduct(tp.id)
costco.sellProduct(5)
beer.inflation(.2)
print(beer.printInfo())
costco.setClearance("essentials", .5)
import store
import products
our_store = store.Store()
cloths = products.Products('cloths', 10, 0, 12)
home = products.Products('home', 20, 1, 8)
shoes = products.Products('shoes', 50, 2, 9)
our_store.add_product(cloths)
our_store.add_product(home)
our_store.add_product(shoes)
our_store.list_products()
def __init__(self, desk):
super(OrientLayout, self).__init__(desk)
self.store = store.Store()
self.proportion = 0.5
def admin_store(self):
if not self._admin_store:
self._admin_store = _store.Store(mapiobj=self.mapistore, server=self)
return self._admin_store
def __init__(self, options, create=True, existing=None):
self.provider = ida.IDA()
if create:
# create the DB
print "[*] db.py: Creating a new DB file"
db = store.sqlite3.connect(options['full_file_name'])
#db.isolation_level =
self.db_obj = db
store.driver.sqlite.Deploy(db).create()
# mutes the pesky sqlite messages
tmp = sys.stderr
sys.stderr = StringIO()
session = store.driver.sqlite.Session(db,0)
my_store = store.Store(session)
sys.stderr = tmp
all_funcs = database.functions()
opt = {}
opt['database'] = my_store
self.store = my_store
proc = self.provider.getArch()
if proc == "pc":
# XXX: hackish way to fix a crap ton of stuff...
start = self.provider.segByBase(self.provider.segByName(".text"))
end = self.provider.segEnd(self.provider.segByBase(self.provider.segByName(".text")))
succeeded = 0
for instr in self.provider.iterInstructions(start, end):
disasm = self.provider.getDisasm(instr)
tokens = disasm.split(" ")
res = []
for t in tokens:
if len(t) != 0:
res.append(t)
prologues = [['mov', 'edi,', 'edi'], ['push', 'ebp'], ['push', 'rbp']]
if res in prologues and instr not in all_funcs:
try:
prev_ea = self.provider.prevItem(instr, instr-0x20)
if prev_ea not in all_funcs:
if options['verbosity'] > 2:
print "[!] Attempting to create a function at 0x%08x" % instr
ret = self.provider.makeFunc(instr)
else:
continue
if ret:
if options['verbosity'] > 2:
print "[*] Successfully made new function at 0x%08x" % instr
succeeded += 1
except Exception as detail:
print detail
pass
elif "dup(90h)" in disasm:
if options['verbosity'] > 2:
print "Found dup at 0x%08x" % instr
try:
next_ea = self.provider.nextItem(instr, instr+0x20)
if next_ea not in all_funcs:
ret = self.provider.nextItem(next_ea, 0xFFFFFFFF)
else:
continue
if not ret and (next_ea in database.functions()) :
if options['verbosity'] > 2:
print "[*] Successfully made new function at 0x%08x" % next_ea
succeeded += 1
except:
pass
if succeeded != 0:
print "[*] Successfully created %d new functions" % succeeded
print "[*] There are %d funtions to process" % len(all_funcs)
failed = 0
succeeded = 0
for i in xrange(0, len(all_funcs)):
i_actual = i+1
ea = all_funcs[i]
if ((i_actual % 250 == 0) or (i == len(all_funcs)-1)):
print "[*] db.py: Processing 0x%08x (%d of %d)" % (ea, i_actual, len(all_funcs))
analyza = analyze_xrefs(opt)
collecta = collector(analyza, opt)
try:
collecta.go(ea)
succeeded += 1
except ValueError as detail:
failed += 1
if options['verbosity'] > 2:
print "0x%08x - failed to process node, %s" % (ea, detail)
opt['database'].commit()
print "[*] Failed to process %d functions" % failed
print "[*] Successfully processed %d functions" % succeeded
# now loop imports
segs = list(self.provider.getSegments())
if proc in ["arm", "ppc", "mips"]:
idata = "extern"
elif proc == "pc":
idata = ".idata"
for s in segs:
if self.provider.segName(s) == idata:
start = s
end = self.provider.segEnd(s)
for head in self.provider.iterData(start, end):
opt['database'].address(head)['name'] = self.provider.getName(head)
xrefs_to = database.cxup(head)
for x in xrefs_to:
try:
xref_top = function.top(x)
except ValueError:
continue
context = opt['database'].c(xref_top)
context.address(x).edge((head, head))
self.commit()
else:
db = store.sqlite3.connect(options['full_file_name'])
self.db_obj = db
# mutes the pesky sqlite messages
tmp = sys.stderr
sys.stderr = StringIO()
session = store.driver.sqlite.Session(db,0)
sys.stderr = tmp
my_store = store.Store(session)
self.store = my_store
config = config.Config(CONFIG_FILE)
if config.queue_redis_url:
queue_redis = redis.Redis.from_url(config.queue_redis_url)
queue = rq.Queue(connection=queue_redis)
else:
queue = None
package_fs = fs.multifs.MultiFS()
package_fs.addfs(
"local",
fs.osfs.OSFS(config.database_files_dir),
write=True,
)
st = store.Store(config, queue=queue, package_fs=package_fs)
st.open()
command = sys.argv[1]
args = (st, ) + tuple(sys.argv[2:])
try:
if command == 'password':
set_password(*args)
elif command == 'rmpackage':
remove_package(*args)
elif command == 'rmspam':
remove_spam(*args)
elif command == 'rmspammer':
remove_spammer(*args)
elif command == 'addclass':
add_classifier(*args)
print 'done'
