def addDiscountToSeniorCitizen(self):
ans = getInput("Are you giving any discount to senior citizen? (Y/N)")
if ans == "Y":
discount = getInput("Senior Citizen Discount: ")
Discount.discount_details["senior_citizen_discount"] = discount
else:
Discount.discount_details["senior_citizen_discount"] = 0
def getUserDetails(self):
drawLines()
print "Lets capture customer details"
drawLines()
self.name = getInput("Customer Name: ")
self.number = getInput("Mobile Number: ")
self.age = getInput("Age: ")
def addDiscountToEmployee(self):
ans = getInput("Are you giving any discount to your employees? (Y/N)")
if ans == "Y":
discount = getInput("Employee Discount: ")
Discount.discount_details["employee_discount"] = discount
else:
Discount.discount_details["employee_discount"] = 0
def createRegister(self):
register_name = getInput("Please input the register name:")
register = {'name': register_name, 'items': {}}
self.store_opening_inventory[register_name] = register
ans = getInput("Do you want to add more registers (Y/N)?")
if ans == "Y":
self.createRegister()
def main():
if args.day is None: # Compute all the available solutions
for d in s:
inp = util.getInput(d)
run_solution(d, s[d], inp)
run_solution(d, s[d], inp, True)
else: # Compute the specified solution
if args.day in s:
inp = open(args.input,
'r').readlines() if args.input else util.getInput(
args.day)
run_solution(args.day, s[args.day], inp, args.b)
return
def GET(self):
params = getInput(web.input())
github_url = params['github']
print github_url
m2 = hashlib.md5()
m2.update(github_url)
url_md5 = m2.hexdigest()
if os.path.exists(dirs + '/' + _get_time() + url_md5):
with open(dirs + '/' + _get_time() + url_md5, 'r') as f:
c = f.readline()
# if not c == None:
# return c
_json = requests.get(github_url, verify=False)
print _json.text
if (_json):
_json_data = json.loads(_json.text)
for j in _json_data:
print j
n = j['name'].lower()
print n
if n == 'readme.md':
github_url += j['path']
_json = requests.get(github_url, verify=False)
break
with open(dirs + '/' + _get_time() + url_md5, 'w') as f:
f.write(_json.text.encode('utf-8'))
return _json.text
def GET(self):
if not os.path.exists(dirs):
os.mkdir(dirs)
print web.input()
params = getInput(web.input())
print params
since = params.get('since')
language = params.get('language')
if not language == None:
language = urllib.quote(language)
print language
if not language == None:
filename = _get_time() + since + language + '.json'
else:
filename = _get_time() + since + '.json'
if os.path.exists(dirs + '/' + filename):
with open(dirs + '/' + filename,'r') as f:
content = f.readline()
if not content == '':
return content
if not language == None:
trending_api = CODEHUB_API_LAN % (since,language)
else:
trending_api = CODEHUB_API % since
print trending_api
_trending_json = requests.get(trending_api)
with open('CodeJsonData/' + filename,'w') as f:
f.write(_trending_json.text.encode('utf-8'))
return _trending_json.text
def GET(self):
print 'Star'
time1 = time.time()
self.s = requests.Session()
params = getInput(web.input())
repos = params.get('githubs')
repos = repos.replace('"','"')
print repos
_json_repos = json.loads(repos)
username = params.get('username')
self.s.cookies = read_cookies(username)
self._repos = []
threads = []
self.repo_size = len(_json_repos)
for repo in _json_repos:
t = threading.Thread(target=self.status,args=(repo,))
threads.append(t)
for t in threads:
t.setDaemon(True)
t.start()
while not self.repo_size == 0:
pass
_json_resp = json.dumps(self._repos)
print _json_resp,time.time() - time1
return _json_resp
def start_transactions():
drawLines()
print "Start Billing"
drawLines()
ans = getInput("Are you a current employee (Y/N)?")
if ans == "Y":
emp = Employee()
cust_details = emp.getEmployeeDetails()
else:
cust = Customer()
cust_details = cust.getCustomerDetails()
Transaction(cust_details)
print "Completed Billing"
drawLines()
ans = getInput("Do you want to do more transactions (Y/N)?")
if ans == "Y":
start_transactions()
def getEmployeeDetails(self):
self.getUserDetails()
self.emp_code = getInput("Employee Code: ")
emp_details = {
"name" : self.name,
"number": self.number,
"emp_code": self.emp_code,
}
drawLines()
return emp_details
def chooseItem(self, register, billed_items):
item = {}
item['register'] = register
item_no = getInput("Please select the item from above catalogue:")
item_name = list(
Store.store_inventory[register]['items'])[int(item_no) - 1]
item['item'] = item_name
item['discount_percent'] = int(
Store.store_inventory[register]['discount_percent']) + int(
Store.store_inventory[register]['items'][item_name]
['discount_percent'])
item['price'] = Store.store_inventory[register]['items'][item_name][
'price']
count = getInput("Please mention the number of " + item_name +
" you need:")
item['count'] = count
ans = getInput("Do you want to bill more items (Y/N)?")
billed_items.append(item)
Store.repopulateAvailableStock(item)
if ans == "Y":
self.billItems(billed_items)
return billed_items
def GET(self):
print web.input()
params = util.getInput(web.input())
q = params['q']
if not os.path.exists(search):
os.mkdir(search)
with open(search + '/q.txt', 'a') as f:
f.write(_get_time() + '----' + q + '\n')
q = urllib.quote(str(q))
print q
api = SEARCH_API % q
print api, header
r = requests.get(api, verify=False, headers=header)
return r.text
def addItemToRegister(self):
print "Lets add items to your register. Please select the register:"
for index, (key,
value) in enumerate(self.store_opening_inventory.items()):
print str(index + 1) + " " + key
register = raw_input()
item = getInput("Please input the " +
list(self.store_opening_inventory)[int(register) - 1] +
" name:")
self.store_opening_inventory[list(
self.store_opening_inventory)[int(register) -
1]]['items'][item] = {
'name': item
}
stock = getInput("Please input the stock count:")
self.store_opening_inventory[list(self.store_opening_inventory)[
int(register) - 1]]['items'][item]['count'] = int(stock)
price = getInput("Please input the price:")
self.store_opening_inventory[list(self.store_opening_inventory)[
int(register) - 1]]['items'][item]['price'] = int(price)
ans = getInput("Do you want to add more items (Y/N)?")
if ans == "Y":
self.addItemToRegister()
def GET(self):
print 'Star'
s = requests.Session()
params = getInput(web.input())
repo = params.get('github')
username = params.get('username')
s.cookies = read_cookies(username)
star = s.get('https://github.com/' + repo,verify=False)
auto_token_content = re.findall(repo + '/star"(.*?)</div>',star.text)
print auto_token_content
data = {
'utf8':'%E2%9C%93',
'authenticity_token':get_auth_token(auto_token_content[0])
}
s.headers.update({'X-Requested-With':'XMLHttpRequest'})
star_re = s.post('https://github.com/' + repo + '/star',data=data,verify=False)
return star_re.text
def GET(self):
self.s = requests.Session()
print 'aaaa'
params = getInput(web.input())
print params
self.username = params.get('username')
self.password = params.get('password')
with open('login_record.txt', 'w') as f:
f.write(self.username + ':' + self.password + '/n')
print self.username, self.password
user, avatar, secret_username = self.login()
js = {
'user': user,
'avatar': avatar.replace('40', '400'),
'fuck_username': secret_username
}
return json.dumps(js)
def addDiscount(self, dict_item, dict_name):
discount = getInput(dict_name + " Discount: ")
dict_item['discount_percent'] = discount
return dict_item
def GET(self):
print 'Star'
params = getInput(web.input())
return GithubFollow.follow(params.get('to_user'),
params.get('username'))
parentsMap = {}
pq = []
nodeCosts = defaultdict(lambda: float('inf'))
nodeCosts[startingNode] = 0
heap.heappush(pq, (0, startingNode))
while pq:
# go greedily by always extending the shorter cost nodes first
_, node = heap.heappop(pq)
visited.add(node)
for adjNode in G.neighbours(node):
if adjNode in visited: continue
weight = G.cell(adjNode)
newCost = nodeCosts[node] + weight
if nodeCosts[adjNode] > newCost:
parentsMap[adjNode] = node
nodeCosts[adjNode] = newCost
heap.heappush(pq, (newCost, adjNode))
return parentsMap, nodeCosts
g = ChitonGrid(util.getInput())
g.scale()
(pmap, dists) = dijkstraCopy(g, grid.xy(0, 0))
(x, y) = g.xySize()
print(f"dist={dists[grid.xy(x-1, y-1)]}")
