def create_unique(subj, type, obj):
"""creates relation with given subj_id, type, and obj_id, if not already present"""
query = Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3", subj, type, obj)
if query.count() == 0:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc, cmdurl + '/relation/?%s/%s/%s' % (type, obj, subj), method="PUT", headers={'sharedpass': sharedpass})
record = Relation(subj_id = subj, type = type, obj_id = obj)
record.put()
def create_unique(subj, type, obj):
"""creates relation with given subj_id, type, and obj_id, if not already present"""
query = Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3",
subj, type, obj)
if query.count() == 0:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc,
cmdurl + '/relation/?%s/%s/%s' %
(type, obj, subj),
method="PUT",
headers={'sharedpass': sharedpass})
record = Relation(subj_id=subj, type=type, obj_id=obj)
record.put()
def delete(subj, type, obj):
"""deletes any and all entities with given subj_id, type, and obj_id"""
query = Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3", subj, type, obj)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc, cmdurl + '/relation/all?%s/%s/%s' % (type, obj, subj), method="DELETE", headers={'sharedpass': sharedpass})
record.delete()
def del_by_obj_type(obj, type):
"""deletes any and all entities with given obj_id and type"""
query = Relation.gql("WHERE obj_id = :1 AND type = :2", obj, type)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc, cmdurl + "/relation/type?%s/%s/null" % (type, obj), method="DELETE", headers={'sharedpass': sharedpass})
record.delete()
def del_by_obj(obj):
"""deletes any and all entities with given obj_id"""
query = Relation.gql("WHERE obj_id = :1", obj)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc, cmdurl + "/relation/obj?null/%s/null" % (obj), method="DELETE", headers={'sharedpass': sharedpass})
record.delete()
def find_history(request):
user = request.__user__
# 读取年份、月份
year = int(request.GET['year'])
month = int(request.GET['month'])
# 计算每日是周几
firstDayWDay, monthDays = calendar.monthrange(year, month)
everyDayData = {}
for day in range(monthDays):
wday = (firstDayWDay + day) % 7
everyDayData[day] = {}
everyDayData[day]['wday'] = wday2weekday(wday)
# 调取打卡记录
everyDayData[day]['status'] = yield from check_status(
year, month, day + 1, user.name)
# 调取关注的好友
friends = yield from Relation.findAll('active_user_name=?',
[user.name])
everyDayData[day]['friends'] = {}
for friend in friends:
friend.status = yield from check_status(year, month, day + 1,
friend.passive_user_name)
everyDayData[day]['friends'][
'%s' % friend.passive_user_name] = friend.status
# 返回
return {
'__template__': 'history.html',
'username': user.name,
'year': year,
'month': month,
'monthDays': monthDays,
'everyDayData': everyDayData
}
def add_page_pair_to_database(from_page, to_page, limit):
with db_lock:
cou = session.query(Page.id).filter(Page.url == from_page).scalar()
cou1 = session.query(Page.id).filter(Page.url == to_page).scalar()
if cou is None:
new_page_from = Page(url=from_page, text="", rank=0)
session.add(new_page_from)
session.flush()
id0 = new_page_from.id
else:
id0 = cou
if cou1 is None:
allowed = limit < 1 or limit > session.query(Page).count()
if not allowed:
return
new_page_to = Page(url=to_page, text="", rank=0)
session.add(new_page_to)
session.flush()
id1 = new_page_to.id
else:
id1 = cou1
new_relation = Relation(page_id=id0, destination_id=id1)
# print(new_relation.page_id.id)
session.add(new_relation)
session.commit()
def rm_following(request):
user = request.__user__
following_name = request.GET['following_name']
relations = yield from Relation.findAll('active_user_name=?', [user.name])
for relation in relations:
if relation.passive_user_name == following_name:
yield from relation.remove()
return web.HTTPFound('/group')
def group(request):
user = request.__user__
name = user.name
following = yield from Relation.findAll('active_user_name=?', [name])
noFollowing = False
if type(following) == type(None):
noFollowing = True
follower = yield from Relation.findAll('passive_user_name=?', [name])
noFollower = False
if type(follower) == type(None):
noFollower = True
return {
'__template__': 'group.html',
'username': name,
'following': following,
'follower': follower,
'noFollowing': noFollowing,
'noFollower': noFollower
}
def del_by_obj(obj):
"""deletes any and all entities with given obj_id"""
query = Relation.gql("WHERE obj_id = :1", obj)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc,
cmdurl + "/relation/obj?null/%s/null" % (obj),
method="DELETE",
headers={'sharedpass': sharedpass})
record.delete()
def del_by_obj_type(obj, type):
"""deletes any and all entities with given obj_id and type"""
query = Relation.gql("WHERE obj_id = :1 AND type = :2", obj, type)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc,
cmdurl + "/relation/type?%s/%s/null" %
(type, obj),
method="DELETE",
headers={'sharedpass': sharedpass})
record.delete()
def provide(self, relation: Relation, column: Column) -> dict:
relation.count = self._resolve_count(relation.name)
if column.required is False:
column.nullability = self._resolve_nullability(
relation.name, column)
raw_config = self._config(relation.name, column)
if column.column_type == 'varchar':
return self._parse_varchar_config(raw_config)
if column.column_type in ['date', 'timestamp']:
return self._parse_date_config(raw_config)
return raw_config
def delete(subj, type, obj):
"""deletes any and all entities with given subj_id, type, and obj_id"""
query = Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3",
subj, type, obj)
for record in query:
rpc = urlfetch.create_rpc()
urlfetch.make_fetch_call(rpc,
cmdurl + '/relation/all?%s/%s/%s' %
(type, obj, subj),
method="DELETE",
headers={'sharedpass': sharedpass})
record.delete()
def add_following(request):
user = request.__user__
add_following = request.POST['add']
new_following = yield from User.findAll('name=?', [add_following])
result = None
if len(new_following) == 1:
following_user = new_following[0]
relations = yield from Relation.findAll('active_user_name=?',
[user.name])
if len(relations) >= 1:
for relation in relations:
if relation.passive_user_name == following_user.name:
result = 'already following'
if result != 'already following':
r1 = Relation(active_user_id=user.id,
active_user_name=user.name,
passive_user_id=following_user.id,
passive_user_name=following_user.name)
yield from r1.save()
else:
r1 = Relation(active_user_id=user.id,
active_user_name=user.name,
passive_user_id=following_user.id,
passive_user_name=following_user.name)
yield from r1.save()
else:
result = 'User Not Found'
# 重新载入此页
following = yield from Relation.findAll('active_user_name=?', [user.name])
noFollowing = False
if type(following) == type(None):
noFollowing = True
follower = yield from Relation.findAll('passive_user_name=?', [user.name])
noFollower = False
if type(follower) == type(None):
noFollower = True
return {
'__template__': 'group.html',
'username': user.name,
'following': following,
'follower': follower,
'noFollowing': noFollowing,
'noFollower': noFollower,
'result': result
}
def create_users(loop):
yield from orm.create_pool(loop=loop, user='******', password='******', db='check_in_system')
user_dict = {
'u1': {
'name': 'tonyyeti',
'passwd': 'Tonyalston911',
'admin': True},
'u2': {
'name': 'feifei',
'passwd': '123456',
'admin': False},
'u3': {
'name': 'maomao',
'passwd': '123456',
'admin': False}
}
for user in user_dict.values():
uid = next_id()
sha1_passwd = '%s:%s' % (uid, user['passwd'])
u = User(id=uid, name=user['name'], passwd=hashlib.sha1(sha1_passwd.encode('utf-8')).hexdigest(), image='about:blank', admin=user['admin'])
yield from u.save()
print(user['name'] + 'saved.')
feifei = yield from User.findAll('name=?', ['feifei'])
maomao = yield from User.findAll('name=?', ['maomao'])
r1 = Relation(active_user_id=feifei[0].id, active_user_name=feifei[0].name, passive_user_id=maomao[0].id, passive_user_name=maomao[0].name)
r2 = Relation(active_user_id=maomao[0].id, active_user_name=maomao[0].name, passive_user_id=feifei[0].id, passive_user_name=feifei[0].name)
yield from r1.save()
print('r1 saved.')
yield from r2.save()
print('r2 saved')
def index(request):
if request.__user__ is None:
return web.HTTPFound('/signin')
user = request.__user__
name = user.name
todayTime = time.localtime()
year = todayTime.tm_year
month = todayTime.tm_mon
day = todayTime.tm_mday
weekday = wday2weekday(todayTime.tm_wday)
r_dict = {
'__template__': 'index.html',
'username': name,
'year': year,
'month': month,
'day': day,
'weekday': weekday
}
friends = yield from Relation.findAll('active_user_name=?', [name])
for friend in friends:
status = yield from check_status(year, month, day,
friend.passive_user_name)
journal = yield from find_journal_data(year, month, day,
friend.passive_user_name)
content = None
if not type(journal) == type(None):
content = journal.content
friend.status = status
friend.journal = content
r_dict['friends'] = friends
status = yield from check_status(year, month, day, name)
journal = yield from find_journal_data(year, month, day, name)
content = None
if not type(journal) == type(None):
content = journal.content
r_dict['status'] = status
r_dict['journal'] = content
return r_dict
def find_history_journal(request):
# 查询日的信息
user = request.__user__
name = user.name
year = int(request.GET['year'])
month = int(request.GET['month'])
day = int(request.GET['day'])
weekday = wday2weekday(dt.date(year, month, day).weekday())
r_dict = {
'__template__': 'history_journal.html',
'username': user.name,
'year': year,
'month': month,
'day': day,
'weekday': weekday,
}
# 读取朋友列表、朋友的打卡记录与日志
friends = yield from Relation.findAll('active_user_name=?', [name])
for friend in friends:
status = yield from check_status(year, month, day,
friend.passive_user_name)
journal = yield from find_journal_data(year, month, day,
friend.passive_user_name)
content = None
if not type(journal) == type(None):
content = journal.content
friend.status = status
friend.journal = content
r_dict['friends'] = friends
# 你至己的打卡信息与日志
status = yield from check_status(year, month, day, name)
journal = yield from find_journal_data(year, month, day, name)
content = None
if not type(journal) == type(None):
content = journal.content
r_dict['status'] = status
r_dict['journal'] = content
return r_dict
def parse(self, filepath: str) -> List[Relation]:
relations = []
definition_start_regex = re.compile("create table ([a-z0-9_]+)",
re.IGNORECASE)
definition_end_regex = re.compile("\);")
stage = 0
STAGE_SEARCHING = 0
STAGE_READING = 1
attribute_lines = []
with open(filepath, "r") as file:
line = file.readline()
while line:
if stage == STAGE_SEARCHING:
match = definition_start_regex.match(line)
if match is not None:
r = Relation(match.group(1))
relations.append(r)
stage = STAGE_READING
file.readline()
self.relations_index[r.name] = r
else:
if definition_end_regex.search(line) is not None:
ddl_lines = re.split(
',\n', ''.join(attribute_lines).replace(', ', ','))
attribute_lines = []
columns_list = list(
filter(lambda x: x is not None,
map(lambda x: Column.parse(x), ddl_lines)))
self._resolve_foreign_keys(columns_list)
columns_dict = {c.name: c for c in columns_list}
relations[-1].columns = columns_dict
stage = STAGE_SEARCHING
continue
attribute_lines.append(line)
line = file.readline()
return relations
def relation_dal(self): return Relation()
def get(self, user_id):
def relation(self): return Relation()
@property
def getby_subj_type(subj, type):
"""returns all relation entities with given subj, type"""
return Relation.gql("WHERE subj_id = :1 AND type = :2", subj, type)
def relation_dal(self):
return Relation()
def getby_subj_obj_type(subj, obj, type):
return Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3", subj, type, obj)
def getby_subj_obj(subj, obj):
"""returns all relation entities with given subj_id and obj_id"""
return Relation.gql("WHERE subj_id = :1 AND obj_id = :2", subj, obj)
def getby_obj_type(obj, type):
"""returns all relation entities with given obj, type"""
return Relation.gql("WHERE obj_id = :1 AND type = :2", obj, type)
def getby_subj_type(subj, type):
"""returns all relation entities with given subj, type"""
return Relation.gql("WHERE subj_id = :1 AND type = :2", subj, type)
def getby_subj_obj_type(subj, obj, type):
return Relation.gql("WHERE subj_id = :1 AND type = :2 and obj_id = :3",
subj, type, obj)
r = 0.9 # pin radius
Np = 10 # number of pin rows and columns in the assembly
points_on_walls = False # True
# assembly bundle
a = Bundle.box(ll=(0,0), ur=(pp*(Np-1), pp*(Np-1)), r=1.3*r)
a.wt =1.
a.color = 'blue'
# channel
ch = Bundle.box(ll=(0, 0), ur=(2*pp, 3*pp), r=0.8*r)
ch.color = 'green'
ch.wt = 0.2
rc = Relation()
rc.x = 5*pp
rc.y = 3*pp
a.interior.append((ch, rc))
# fuel pin master model
p = Rod()
p.radius = r
p.color = 'red'
# insert fuel pins into the assembly
chsh = a.shapely([0])
if points_on_walls:
Imin = 0
Imax = 0
else:
# dimensions:
pp = 2. # pin pitch
rr = 0.9 # pin radius
Np = 3 # number of pin rows and columns in the assembly
# assembly bundle
a = Bundle.box(ll=(0, 0), ur=(pp * (Np - 1), pp * (Np - 1)), r=1.3 * rr)
a.wt = 1.
a.color = 'blue'
# channel
ch = Bundle.box(ll=(1, 1), ur=(3.1, 3.0), r=0.1)
ch.color = 'green'
ch.wt = 0.2
rc = Relation()
rc.x = 0
rc.y = 0
a.interior.append((ch, rc))
# insert fuel pins into the assembly
Imin = -1
Imax = 1
for i in range(Imin, Np + Imax):
x = pp * i
for j in range(Imin, Np + Imax):
if (i, j) != (-10, -10):
y = pp * j
r = Relation()
r.x = x + uniform(-0.1 * rr, 0.1 * rr)
r.y = y + uniform(-0.1 * rr, 0.1 * rr)
def relation(self):
return Relation()
def getby_subj_obj(subj, obj):
"""returns all relation entities with given subj_id and obj_id"""
return Relation.gql("WHERE subj_id = :1 AND obj_id = :2", subj, obj)
def run():
ali = alignmenter()
checker = checker_conflict()
file_handler = single_file_handler()
root = r'A:\研二2\Bi-LSTM+CRF\brat\relabled'
result = {}
#冲突事件集合
contradictory = {}
#冲突事件被预测为冲突
contradictory['p-Contradictory'] = 0
#蕴含
contradictory['p-Entailment'] = 0
#没有检测出来
contradictory['p-non'] = 0
#放入result集合
result['Contradictory'] = contradictory
entailment = {}
entailment['p-Contradictory'] = 0
entailment['p-Entailment'] = 0
entailment['p-non'] = 0
result['Entailment'] = entailment
#标记数据中没有的事件被预测为冲突或者蕴含
non = {}
non['p-Contradictory'] = 0
non['p-Entailment'] = 0
result['non'] = non
for dir_name in os.listdir(root):
dir = os.path.join(root,dir_name)
if(not os.path.isdir(dir)):
continue
for index_name in os.listdir(dir):
index_dir = os.path.join(dir,index_name)
if(not os.path.isdir(index_dir)):
continue
for file in os.listdir(index_dir):
'''遍历每个文件获取events'''
if(file.find('.ann')==-1):
continue
origin_file = os.path.join(index_dir,file.replace('ann','txt'))
if(not os.path.exists(origin_file)):
continue
event_map,event_relations = file_handler.handler(os.path.join(index_dir,file),origin_file)
events = list(event_map.values())
my_event_relations = []
for i in range(len(events)):
for j in range(i+1,len(events)):
if (ali.alignment(events[i], events[j])):
if (checker.check(events[i], events[j])):
my_event_relations.append(Relation(None,'Contradictory',events[i],events[j]))
else:
my_event_relations.append(Relation(None,'Entailment',events[i],events[j]))
cal(result,event_relations,my_event_relations)
save_root = r'A:\研二2\Bi-LSTM+CRF\bert\data'
with open(os.path.join(save_root, 'event_relations.txt'), 'w', encoding='utf8') as writer:
writer.write('\t\tp-Contradictory\tp-Entailment\tp-Non\n')
for (key,val) in result.items():
writer.write(key+'\t'+str(val['p-Contradictory'])+'\t'+str(val['p-Entailment'])+'\t')
if(key!='non'):
writer.write('\t'+str(val['p-non'])+'\n')
else:
writer.write('\n')
def getby_obj_type(obj, type):
"""returns all relation entities with given obj, type"""
return Relation.gql("WHERE obj_id = :1 AND type = :2", obj, type)
