def delete():
book_id = base.base_id
try:
book_id = int(argv[1])
except Exception as e:
print(argv[1], 'is not an integer.')
return
if book_id <= base.base_id:
print(argv[1], 'is not an illegal id.')
return
status = base.read()
if book_id - base.base_id > len(status):
print('Book id', book_id, 'not exist.')
return
deleted_book = status.pop(book_id - base.base_id - 1)
try:
affirmative = input(
"Delete item:\n %s %s/%s\nSure? (Y/else) " %
(deleted_book['book_name'], deleted_book['current_page'],
deleted_book['book_page']))
except KeyboardInterrupt:
print('\nCanceled.')
return
if affirmative == 'Y':
base.write(status)
print('Deleted.')
else:
print('Canceled.')
def make_market_data(self, current_page):
keys = ['hqzqdm', 'hqzqjc', 'hqzrsp', 'hqjrkp', 'hqzjcj', 'hqcjsl', 'hqcjje', 'hqbjw1', 'hqsjw1', 'hqzdf']
url = self.__market_making_url % current_page
data = AgreementWay.unpickle(url, 'content')
for _item in data:
item_list = AgreementWay.format([_item[k] for k in keys])
write(self.__market_making_fn, item_list)
def make_market_data(self, current_page):
keys = [
'hqzqdm', 'hqzqjc', 'hqzrsp', 'hqjrkp', 'hqzjcj', 'hqcjsl',
'hqcjje', 'hqbjw1', 'hqsjw1', 'hqzdf'
]
url = self.__market_making_url % current_page
data = AgreementWay.unpickle(url, 'content')
for _item in data:
item_list = AgreementWay.format([_item[k] for k in keys])
write(self.__market_making_fn, item_list)
def agreement(self, current_page):
keys = ['hqzqdm', 'hqzqjc', 'hqzrsp', 'hqjrkp', 'hqzjcj', 'hqcjsl', 'hqcjje', 'hqbjw1', 'hqsjw1', 'hqzdf']
url = self.__hq_url % current_page
hq_data = self.unpickle(url, 'content')
for _item in hq_data:
code = _item['hqzqdm']
items_list = self.format([_item[k] for k in keys])
write(self.__fn_hq, items_list)
self.agreement_deal(code)
self.agreement_declare(code)
def agreement_deal(self, code):
start_page, total_pages = 0, 1
keys = ['HQCJJG', 'HQCJSL', 'HQCJJE', 'HQBJYDY', 'HQSJYDY', 'HQCJSJ']
while start_page < total_pages:
if start_page == 0:
data, total_pages = self.unpickle(self.__deal_url % (start_page, code), 'content', 'totalPages')
else:
data = self.unpickle(self.__deal_url % (start_page, code), 'content')
for _item in data:
items_list = [code]
items_list.extend([_item[_k] for _k in keys])
write(self.__fn_deal, self.format(items_list))
start_page += 1
def add():
status = base.read()
page_number = 0
try:
page_number = int(argv[2])
except Exception as e:
print(argv[2], 'is not an integer.')
return
if page_number <= 0:
print(argv[2], 'is not an positive integer.')
return
book_name = argv[1].replace('\t', ' ')
page_number_str = str(page_number)
status.append({'book_name': book_name,
'book_page': page_number_str,
'current_page': '0'})
base.write(status)
print("Book <%s> (%s) added." % (book_name, page_number_str))
def agreement_declare(self, code):
buy_start_page, buy_total_pages = 0, 1
sale_start_page, sale_total_pages = 0, 1
info_keys = ['XYWTJG', 'XYWTSL', 'XYYWLB', 'XYJYDY', 'XYYDH', 'XYWTSJ']
while buy_start_page < buy_total_pages:
buy_url = self.__declare_buy_url % (buy_start_page, code)
if buy_start_page == 0:
buy_data, buy_total_pages = self.unpickle(buy_url, 'content', 'totalPages')
else:
buy_data = self.unpickle(buy_url, 'content')
for _item in buy_data:
items_list = [code]
for _key in info_keys:
if 'XYYWLB' == _key:
items_list.append(u'定价买入')
else:
items_list.append(_item[_key])
write(self.__fn_declare, self.format(items_list))
buy_start_page += 1
while sale_start_page < sale_total_pages:
sale_url = self.__declare_sale_url % (sale_start_page, code)
if sale_start_page == 0:
sale_data, sale_total_pages = self.unpickle(sale_url, 'content', 'totalPages')
else:
sale_data = self.unpickle(sale_url, 'content')
for _sale_item in sale_data:
items_list = [code]
for _key in info_keys:
if 'XYYWLB' == _key:
items_list.append(u'定价卖出')
else:
items_list.append(_sale_item[_key])
write(self.__fn_declare, self.format(items_list))
sale_start_page += 1
def read():
book_id = base.base_id
current_page = 0
try:
book_id = int(argv[1])
except Exception as e:
print(argv[1], 'is not an integer.')
return
if book_id <= base.base_id:
print(argv[1], 'is not an illegal id.')
return
try:
current_page = int(argv[2])
except Exception as e:
print(argv[2], 'is not an integer.')
return
if current_page <= 0:
print(argv[2], 'is not an positive integer.')
return
status = base.read()
if book_id - base.base_id > len(status):
print('Book id', book_id, 'not exist.')
return
book_status = status[book_id - base.base_id - 1]
book_page_str = book_status['book_page']
if int(book_page_str) < current_page:
print('Incorrect page.')
return
current_page_str = str(current_page)
origin_page_str = book_status['current_page']
book_status['current_page'] = current_page_str
book_name = book_status['book_name']
base.write(status)
print("Updated: %s %s/%s->%s/%s" %
(book_name, origin_page_str, book_page_str, current_page_str,
book_page_str))
def __init__(self):
self.__market_making_fn = configs.mm_fn
self.__market_making_url = configs.mm_url
self.__market_making_headers = configs.mm_headers
write(self.__market_making_fn, self.__market_making_headers)
async def show(category: str, region: str):
id = base.write(category, region)
return {'id': id}
def init(self):
write(self.__fn_hq, self.__base_headers)
write(self.__fn_deal, self.__deal_headers)
write(self.__fn_declare, self.__declare_headers)
def __init__(self):
self.__market_making_fn = configs.mm_fn
self.__market_making_url = configs.mm_url
self.__market_making_headers = configs.mm_headers
write(self.__market_making_fn, self.__market_making_headers)
