def fetch_unit_list():
"""
错误码
200 操作成功
:return: [int] 错误码
"""
pu_no = request.args.get('puNo', '')
unit_list = dao.DBsession().query_obj(Unit, {
'PassUnit_id': pu_no
})
body_list = []
for e in unit_list:
unit = to_dic(e)
query_list = dao.DBsession().query_obj(Word, {
'Unit_id': e.id
})
word_list = []
for sub_e in query_list:
word_list.append(to_dic(sub_e))
unit['wordList'] = word_list
body_list.append(unit)
res = dict()
res['code'] = 200
res['body'] = body_list
return jsonify(res)
def register():
"""
错误码
200 操作成功
300 请求数据有误
301 用户已存在
:return: [int] 错误码
"""
email = request.args.get('email', '')
passwd = request.args.get('passwd', '')
comfirm = request.args.get('comfirm', '')
repcode = 300
user = None
# fix. 添加邮箱验证
if email and passwd and comfirm and comfirm == passwd:
user = dao.DBsession().query_obj_first(User, {
'email': email
})
if user:
repcode = 301
else:
user = User(email=email, passwd=passwd)
dao.DBsession().add_obj(user)
repcode = 200
res = dict()
res['code'] = repcode
if repcode == 200:
res['body'] = to_dic(user)
return jsonify(res)
def login():
"""
错误码
200 登录成功
300 请求数据有误
301 没有该用户
302 密码错误
:return: [int] 错误码
"""
email = request.args.get('email', '')
passwd = request.args.get('passwd', '')
repcode = 300
user = None
if email and passwd:
user = dao.DBsession().query_obj_first(User, {
'email': email
})
if user is None:
repcode = 301
elif user.passwd != passwd:
repcode = 302
else:
repcode = 200
res = dict()
res['code'] = repcode
if repcode == 200:
res['body'] = to_dic(user)
return jsonify(res)
def update_user_info():
"""
错误码
200 操作成功
300 请求数据有误
301 更新失败
:return: [int] 错误码
"""
email = request.args['email']
passwd = request.args['passwd']
name = request.args['name']
repcode = 300
user = None
if email and passwd and name:
user = dao.DBsession().query_obj_first(User, {
'email': email
})
dao.DBsession().update_obj(user, {
'email': email,
'passwd': passwd,
'name': name
})
repcode = 200
res = dict()
res['code'] = repcode
if repcode == 200:
res['body'] = to_dic(user)
return jsonify(res)
def fetch_pass_unit_list():
pass_unit_list = dao.DBsession().query_obj_all(PassUnit)
body_list = []
for e in pass_unit_list:
body_list.append(to_dic(e))
res = dict()
res['code'] = 200
res['body'] = body_list
return jsonify(res)
def fetch_unit():
u_no = request.args.get('uNo', '')
word_list = dao.DBsession().query_obj(Unit, {
'Unit_id': u_no
})
body_list = []
for e in word_list:
body_list.append(to_dic(e))
res = dict()
res['code'] = 200
res['body'] = body_list
return jsonify(res)
### Test script to show off some of the functionality of codebase ###
from time import time
from utils import to_dic, from_file
from cdd_domains import domain_manager
if __name__ == '__main__':
start = time()
domains = from_file(domain_manager, 'FullSeaUrchin.txt'
) #.15 seconds for this, about 6 seconds for full file
domains = to_dic(domains)
print 'It took str(time()-start) seconds to read in str(len(domains)) sea urchin domains and assign unique\
dictionary keys'
### add some domains from scratch ###
domains['fake entry'] = domain_manager.dict_make(Query='Fake Query')
print domains['fake entry']
# strictnamedtuple('hi')
# d0=DomainCDD()
# d1=DomainCDD(Query='steve', Start=20.0)
# d2=DomainCDD(Query='bo', Start=8.0)
# d3=DomainCDD(Query='gay', Start=50.0)
# print dir(d1), d1
# ds=(d1,d2,d3)
# dic=ManagerCDD()
# for d in ds:
# dic[d.get_uniquekey()]=d
# domains=from_file('TestSet.txt')
# print len(domains)
# dfile=to_dic(domains)
# fd=formatted_domains(dfile)
# a=network_diagram(fd, 'cl09099')
### Test script to show off some of the functionality of codebase ###
from time import time
from utils import to_dic, from_file
from cdd_domains import domain_manager
if __name__ == '__main__':
start=time()
domains=from_file(domain_manager, 'FullSeaUrchin.txt') #.15 seconds for this, about 6 seconds for full file
domains=to_dic(domains)
print 'It took str(time()-start) seconds to read in str(len(domains)) sea urchin domains and assign unique\
dictionary keys'
### add some domains from scratch ###
domains['fake entry']=domain_manager.dict_make(Query='Fake Query')
print domains['fake entry']
# strictnamedtuple('hi')
# d0=DomainCDD()
# d1=DomainCDD(Query='steve', Start=20.0)
# d2=DomainCDD(Query='bo', Start=8.0)
# d3=DomainCDD(Query='gay', Start=50.0)
# print dir(d1), d1
# ds=(d1,d2,d3)
# dic=ManagerCDD()
# for d in ds:
# dic[d.get_uniquekey()]=d
# domains=from_file('TestSet.txt')
# print len(domains)
# dfile=to_dic(domains)
# fd=formatted_domains(dfile)
# a=network_diagram(fd, 'cl09099')
# network_outfile(a, 'junknetwork', summary=True, adjacency=True)
# Pixel = namedtuple('DomainCDD', DomainCDD._fields + 'FagField')
d0=DomainCDD()
d1=DomainCDD(Query='steve', Start=20.0)
d2=DomainCDD(Query='bo', Start=8.0)
d3=DomainCDD(Query='gay', Start=50.0)
print dir(d1), d1
ds=(d1,d2,d3)
dic=ManagerCDD()
for d in ds:
dic[d.get_uniquekey()]=d
# print dic
# print sortbyarg(dic, 'Query', 'Start')
# print get_subset(dic, 'Query', 'Start', newkey='Start')
domains=from_file('TestSet.txt')
print len(domains)
dfile=to_dic(domains)
fd=formatted_domains(dfile)
a=network_diagram(fd, 'cl09099')
network_outfile(a, 'junknetwork', summary=True, adjacency=True)
Pixel = namedtuple('DomainCDD', DomainCDD._fields + 'FagField')
p=Pixel()
print p
##################
######SCRAP#######
##################
class DomainCDD_Fresh(object): #Alternative to named tuple basically that allows for mutability
''' Type checked record type for storing individual CDD records from NCBI database.'''
