def __init__(self):
self.frame = 0
self.clock = pygame.time.Clock()
self.screen = pygame.display.get_surface()
self.screen_rect = self.screen.get_rect()
self.information = information.Information()
self.sock = Sock()
self.localip = self.get_localip()
self.msg_player = {
'location': (randint(20, 80) / 100.0, randint(20, 80) / 100.0),
'Plane': 'F35',
'Bullet': config.BULLET,
'Rocket': config.ROCKET,
'Cobra': config.COBRA,
'Cluster': config.CLUSTER,
'Color': None
}
self.dict_game = {
'player': {
self.localip: self.msg_player
},
'host': None
}
self.done = False
self.frame_chosen_gap = int(
config.FPS / 2) # create的周期是 2*gap， 扫描周期是 1*gap，扫描存活周期是4*gap
self.last_hostip = {}
def main():
instance1 = information.Information('Tempo', '30 West Cleveland OHIO',
'26', '212-212-2112')
print instance1
print
instance2 = information.Information('Ostempo', '361 West Cleveland OHIO',
'30', '243-567-5437')
print instance2
print
instance3 = information.Information('Lantempo', '44 West Cleveland OHIO',
'29', '212-212-8876')
print instance3
print
def get_children(self):
if self.leaf_node():
#attr_val = list(self.dataset.attr_val_set['ca'])[0]
# print attr_val,'=',self.get_leaf_class(),len(self.dataset.instances)
# print 'LEAF'
# raw_input()
return self.get_leaf_class()
else:
inf = info.Information(self.dataset)
attr_mp = inf.calc_max_gain()
branches = {}
node = {}
node[attr_mp[0]] = branches
if attr_mp[1]:
sub_nodes = self.split_tree_numeric(attr_mp)
j = 0
for sn,op in zip(sub_nodes,(' <= ',' > ')):
sn_tree = Tree(sn,self.default_class,self.m)
branches[op+str(attr_mp[1])] = sn_tree.get_children()
else:
sub_nodes = self.split_tree_string(attr_mp)
for sn in sub_nodes:
try:
attr_val = list(sn.attr_val_set[attr_mp[0]])[0]
except:
attr_val = sn.arff_val
self.pop_attribute(sn,attr_mp)
sn_tree = Tree(sn,self.default_class,self.m)
branches[' = '+attr_val] = sn_tree.get_children()
return node
def leaf_node(self):
inf = info.Information(self.dataset)
if len(self.dataset.attr_val_set['class']) == 1:
return True
elif len(self.dataset.instances) < self.m:
return True
#no attributes, just class
elif len(self.dataset.attributes) == 1:
return True
elif inf.calc_max_gain() <= 0:
return True
return False
def main():
neo = information.Information('Томас А. Андерсон', 'Матрица', 25,
'+1-985-*****')
morpheus = information.Information('Морфеус', 'Матрица', 33,
'+1-986-*****')
trinity = information.Information('Тринити', 'Матрица', 29, '+1-987-****')
print('Вымышленая информация о героях фильма матрица:')
print('Имя:', neo.get_name())
print('Адрес:', neo.get_address())
print('Возраст:', neo.get_age())
print('Телефон:', neo.get_num_telephone())
print()
print('Имя:', morpheus.get_name())
print('Адрес:', morpheus.get_address())
print('Возраст:', morpheus.get_age())
print('Телефон:', morpheus.get_num_telephone())
print()
print('Имя:', trinity.get_name())
print('Адрес:', trinity.get_address())
print('Возраст:', trinity.get_age())
print('Телефон:', trinity.get_num_telephone())
def Add_shop_direct(): # 创建直营店
if information.Information()[0] == '1': # 判断是否存在企业，没有企业的话无法创建直营店;1存在，0不存在
login.Login() # 初始化登陆
url = CONFIG.Url()+'/api/small/shop/add.jhtml'
params = {
'unionId': CONFIG.Unionid(), # unionid
'shopType': 'direct', # 门店类型 affiliate，加盟；direct 直营
'name': '直营店'+time.strftime('%Y%m%d-%H%M%S'),
'userName': '******',
'areaId': '800',
'address': 'address',
'ids': '',
'receiverTel': '13800000000',
'businessCategoryId': '42',
'startManageTime': '12:00',
'endManageTime': '12:01',
'longitude': '121',
'latitude': '31'}
request_add_shop_direct = requests.post(url, params)
if request_add_shop_direct.status_code != 200:
return '[×] 创建直营门店接口异常-->%s'% request_add_shop_direct.status_code
else :
if request_add_shop_direct.json()['code'] != '0': # 根据code确认是否创建成功，0成功，其他则失败
return '[×] %s_直营门店创建失败，创建的名称:%s'%(request_add_shop_direct.json(), params['name'])
else:
# 获取门店接口，判断门店是否存在于门店列表
shop_list = view_shop.View_shop_name()[1]
# params = {'name': '又乐'} # 测试数据，写死的不存在的门店名称
if params['name'] in shop_list:
return '直营门店创建成功', params
else:
return '[×] 直营门店创建失败,创建的门店在列表中不存在_创建的名称:%s_门店列表:%s'%(params['name'], shop_list)
# return request_add_shop.json()
elif information.Information()[0] == '0':
return '账号不存在企业，跳过创建直营门店', '账号未创建企业'
else:
return '[×] 获取企业信息异常，无法创建门店'
def onGameRevealed(self, players, spies):
self.info = information.Information()
self.spies = spies
self.players = players
self.resistance = {}
if self.spies != []:
self.spies_list = []
self.resistance_list = []
for x in range(len(players)):
if (players[x] in spies) == False:
self.resistance[players[x]] = random.uniform(0.5, 1.0)
self.resistance_list.append(players[x])
else:
self.spies_list.append(players[x])
for x in range(5):
self.info.votes_up[x] = 0
self.info.votes_down[x] = 0
def __init__(self):
logging.basicConfig(level=logging.DEBUG, # CRITICAL > ERROR > WARNING > INFO > DEBUG > NOTSET
format='%(asctime)s [line:%(lineno)d] [%(levelname)s] %(message)s',
filename='logger.log',
filemode='w') # 每次真正import logging之后，filemode为w就会清空内容
SCREEN_SIZE = (800, 600)
os.environ['SDL_VIDEO_CENTERED'] = '1'
pygame.init()
pygame.mixer.init() # 声音初始化
pygame.display.set_mode(SCREEN_SIZE)
pygame.mouse.set_visible(False)
self.fps = 20 # FPS
self.frame = 0
self.clock = pygame.time.Clock()
self.BACKGROUND_COLOR = (168, 168, 168)
self.screen = pygame.display.get_surface()
self.screen_rect = self.screen.get_rect()
self.information = information.Information()
# self.sound_return = pygame.mixer.Sound()
# self.sound_selecting = pygame.mixer.Sound()
self.sock = Sock()
self.localip = self.get_localip()
self.msg_player = {'location': (randint(20, 80) / 100.0, randint(20, 80) / 100.0),
'Plane': 'F35',
'Gun': 200, 'Rocket': 10, 'Cobra': 3, }
self.dict_player = {self.localip: self.msg_player}
self.create_bool = False
self.join_func_bool = False
self.join_enter_bool = False
self.start_bool = False
self.frame_chosen_gap = self.fps*2
tags = {}
tags['gardening'] = tag1
tags['cooking'] = tag2
tags['crime'] = tag3
user1 = user.User(name="Lasse", password="******")
user1.save()
group1 = group.Group(name="KTH",
owner=user1,
tags=[tag1, tag2],
time_created=datetime.\
datetime.now())
info1 = information.Information(title="dnledare",
url="dn.se/ledare",
time_published=datetime.datetime.now(),
tags=[tag1])
info2 = information.Information(title="SvDledare",
url="svd.se/ledare",
references=[info1],
time_punlished=datetime.datetime.now(),
tags=[tag1, tag2])
prod1 = producer.Producer(name="DN",
type_of="newspaper")
prod2 = producer.Producer(name="SvD",
type_of="newspaper")
info_rating1 = producer.InformationRating(rating=4,
information=info1)
source_rating1 = producer.SourceRating(rating=3, source=prod2,
tag=tag1)
prod2.info_ratings.append(info_rating1)
import information
my_contact_info = information.Information("Desait",
"Mplampla 12, Thessaloniki", "35",
"6932319480")
mom = information.Information('Mom', 'Mplampla 26', '62', '6936859656')
dad = information.Information('Dad', 'Mpilpl 33', '83', '235423535123')
# 登陆
print('[1.1]', login.Login()) # 登陆
# 创建门店
print('[2.1]', add_shop.Add_shop_affiliate()) # 创建加盟门店
print('[2.2]', add_shop.Add_shop_direct()) # 创建直营门店
# 门店列表
print('[3.1]', view_shop.View_shop_name()) # 获取门店列表
# 秒杀列表
print('[4.1]', seckill.Seckill_list()) # 获取秒杀列表
# 获取企业信息
print('[5.1]', information.Information()) # 获取‘我的’企业信息,1存在企业，0不存在企业
# 企业列表
print('[6.1]',
supplier.Supplier_list().Supplier_platform_zhiying()) # 获取平台直营门店企业列表
print('[6.2]',
supplier.Supplier_list().Supplier_platform_jiameng()) # 获取平台加盟门店企业列表
print('[6.3]',
supplier.Supplier_list().Supplier_local_zhiying()) # 获取本地直营门店企业列表
print('[6.4]',
supplier.Supplier_list().Supplier_local_jiameng()) # 获取本地加盟门店企业列表
# 商品列表
print('[7.1]',
goods.Goods_platform_zhiying_shop_ziyouzhiying()) # 平台-直营门店-自有直营企业 货品列表
print('[7.2]', goods.Goods_platform_zhiying_shop_zhiyin()) # 平台-直营门店-直营企业 货品列表
def setUp(self):
self.tearDown()
self.tag1 = tag.Tag(name="Gardening")
self.tag1.save()
self.tag2 = tag.Tag(name="Cooking")
self.tag2.save()
self.tag2.parent.append(self.tag1)
self.tag2.save()
self.user1 = user.User(name="alfred", password="******")
self.user1.save()
self.user1.create_group("Group1", "Gardening")
self.user1.save()
self.user2 = user.User(name="fredrik", password="******")
self.user2.save()
self.user2.create_group("Group2", "Cooking")
self.user2.save()
self.group1 = extractor.get_group(self.user1.name, "Group1")
self.group2 = extractor.get_group(self.user2.name, "Group2")
self.info1 = information.Information(
title="dn_ledare1",
url="www.dn.se",
time_published=datetime.datetime.now())
self.info1.tags.append(self.tag1)
self.info1.save()
self.info2 = information.Information(
title="svd_ledare1",
url="www.svd.se",
time_published=datetime.datetime.now())
self.info3 = information.Information(
title="cnn_article",
url="www.cnn.com",
time_published=datetime.datetime.now())
self.info2.tags.append(self.tag1)
self.info2.tags.append(self.tag2)
self.info2.save()
self.info3.tags.append(self.tag2)
self.info3.save()
self.prod1 = producer.Producer(name="DN", type_of="newspaper")
self.prod1.save()
self.prod2 = producer.Producer(name="SvD", type_of="newspaper")
self.prod2.save()
self.prod3 = producer.Producer(name="Aftonbladet", type_of="newspaper")
self.prod3.save()
self.prod3.rate_source(self.prod2, self.tag2, 5)
self.prod3.save()
self.prod1.rate_source(self.prod2, self.tag1, 2)
self.prod1.rate_information(self.info1, 5)
self.prod2.rate_information(self.info1, 4)
self.prod3.rate_information(self.info1, 3)
self.prod1.save()
self.prod2.save()
self.prod3.save()
self.prod4 = producer.Producer(name="Expressen", type_of="newspaper")
self.prod4.save()
self.prod4.rate_information(self.info1, 1)
self.prod4.rate_information(self.info2, 2)
self.prod4.rate_information(self.info3, 6)
self.prod4.save()
self.prod5 = producer.Producer(name="RealClear", type_of="newspaper")
self.prod5.save()
self.prod6 = producer.Producer(name="TheSun", type_of="newspaper")
self.prod6.save()
self.user2.add_to_group(self.group2.name, self.prod5)
self.user2.add_to_group(self.group2.name, self.prod6)
self.user2.save()
self.user2.rate_group(str(self.group2.name), 4)
self.user2.save()
import information as info
import data_structure as data
import tree
import copy
import random
import sys
train_set_file = sys.argv[1]
test_set_file = sys.argv[2]
m = int(sys.argv[3])
train_set = data.read_arff_file(train_set_file)
test_set = data.read_arff_file(test_set_file)
default_class = train_set.instances[0].attribute['class']
a = info.Information(train_set)
first_attribute = a.calc_max_gain()[0]
tt = tree.Tree(train_set, default_class, m)
tt_dict = tt.get_children()
tt.print_tree('', first_attribute, tt_dict)
print ''
#tt1 = tree.Tree(test_set,default_class)
tt1 = tree.Tree(test_set, default_class)
tt1.test_all_instances(tt_dict)
def test_5_1(self): # 获取企业我的企业信息
print('接口：“我的”中企业信息 预期：存在企业/不存在企业')
assert information.Information()[0] == '0' or information.Information(
)[0] == '1' # 获取‘我的’企业信息,1存在企业，0不存在企业
