def search(self, key_word, atype, start, count):
print "search key:%s" % key_word
print "atype :%d " % atype
if (atype == 0):
stype = 'q'
elif (atype == 1):
stype = 'tag'
else:
print "atype error"
return []
fp = open("search.json", "r")
data = fp.read()
js = json.loads(data)
jsbooks = js['books']
books = {}
books['start'] = start
books['total'] = js['total']
books['book_arr'] = []
books['count'] = js['count'] - start
if (books['count'] <= 0):
return books
i = start
j = start + 5
while i < books['total'] and i < j:
print jsbooks[i]
mbook = book()
mbook.load(jsbooks[i])
books['book_arr'].append(mbook)
i += 1
return books
def search(self,key_word,atype,start,count):
print "search key:%s" % key_word
print "atype :%d " % atype
if(atype==0):
stype='q'
elif(atype==1):
stype='tag'
else:
print "atype error"
return []
fp=open("search.json","r")
data=fp.read()
js=json.loads(data)
jsbooks=js['books']
books={}
books['start']=start
books['total']=js['total']
books['book_arr']=[]
books['count']=js['count']-start
if(books['count']<=0):
return books
i=start
j=start+5
while i<books['total'] and i<j :
print jsbooks[i]
mbook=book()
mbook.load(jsbooks[i])
books['book_arr'].append(mbook)
i+=1
return books
def add_book():
b = len(book_list)
if b == 0:
with open("booklist.pkl", "wb") as f:
n = int(input("How many books to be Added"))
for i in range(n):
b = book()
b.add()
book_list.append(b)
pickle.dump(book_list, f)
else:
with open("booklist.pkl", "ab") as f:
n = int(input("How many books to be Added"))
for i in range(n):
b = book()
b.add()
book_list.append(b)
pickle.dump(book_list, f)
def menu(email):
global connection, cursor
mail(email)
select = input(
"Select what you want to do.\n1.Offer a ride.\n2.Search for rides.\n3.Book members or cancel bookings.\n4.Post ride requests.\n5.Search and delete ride requests.\n6.Quit"
)
if select == "1":
offer(email, connection, cursor)
elif select == "2":
search(email, connection, cursor)
elif select == "3":
book(email, connection, cursor)
elif select == "4":
post(email, connection, cursor)
elif select == "5":
search_delete_requests(email, connection, cursor)
elif select == "6":
welcome_screen()
else:
print("Invalid input")
menu(email)
connection.commit()
return
def bag(self, current_space):
#Parse input, check if requested item is in bag, return usage from related meth.
print
u_input = raw_input("What item would you like to use? ")
while u_input != "close bag":
if u_input == "bluebells":
print health_booster(5)
elif u_input == "honeysuckle":
print health_booster(5)
elif u_input == "cactus flower":
print health_booster(5)
elif u_input == "book":
print book('stuff')
else:
print "nope"
go = bag('stuff', current_space)
print "You close the bag."
exit(1)
def bookDelete(request, bookId):
'''
Delete the article instance:
1. Render the article page if the method is GET
2. Get the article to delete; redirect to 404 if not found
'''
if request.method == 'GET':
return book(request)
# POST
book = get_object_or_404(Book, id=bookId)
book.delete()
messages.success(request, '文章已刪除')
return redirect('book:book')
def insertBook(self, title, author):
# Verificacao se o livro ja existe
for b in self.shelf:
if [b.Title, b.Author] == [title, author]:
print 'Livro ja existente'
return
# Se o livro nao existe "cria-se" um identificador para ele
bid = self.identifier
self.identifier += 1
# Criacao do novo livro
new_book = book(author, title, bid)
self.shelf.append(new_book)
# Criacao de um "backup" da base de dados
f = open("database" + self.name + ".dump", "w")
pickle.dump(self.shelf, f)
f.close()
def webquery(self,isbn):
import book
from biblio.webquery.xisbn import XisbnQuery
import biblio.webquery
a = XisbnQuery()
try:
abook = a.query_bibdata_by_isbn(isbn)
nn = abook.pop()
self.id=nn.id
self.isbn=nn.id
self.title=nn.title
self.authors=(str(nn.authors)).replace('[','').replace(']','')
self.abstract=(nn.abstract)
self.mtype=nn.type
self.publisher=(nn.publisher)
self.city=(nn.city)
self.year=(nn.year)
except:
return 1
# Test harness
if __name__ == "__main__":
abook = book()
abook.webquery("0752272225")
#abook.webquery("075227222")
#print abook.print_book()
print abook.__dict__
del abook
def insert_book(self, title, author, year):
self.library[self.num_books] = book(title, author, self.num_books, year)
self.num_books += 1
from connectfour import *
from minimax import *
from book import *
## TODO HANDLE WHEN TWO STRIPES ARE THE SAME COLOR
## MAKE METHOD FOR FINDING KEYS
transpose = []
count = 0
bk = book()
mybook = {}
def generate(node, max_depth, printer=False):
global count
if max_depth <= 0:
return
if node.gethash() in transpose:
return
if bk.inBook(node.line):
return
# if this position isnt useful, give up
checker = Search(node)
checker.clear_history()
checker.allowed_time = 5
checker.start_time = time.time()
if abs(checker.minimax(node, 2, -999999, 999999)) > 5000:
return
transpose.append(node.gethash())
# get the best move for this position
def __init__(self, parent=None):
super(detailDialog, self).__init__(parent)
self.book = book()
def __init__(self,parent=None):
super(detailDialog,self).__init__(parent)
self.book=book()