def backupDbSingle(dbName, targetDir, password, user):
if user is None:
dbSysInst = dbSys.dbSysSmart()
else:
dbSysInst = dbSys.dbSysSmart(sessionBase.sessionInstanceBase(user))
db = dbSysInst.getDb(dbName)
res = []
e = enc.encryptor()
if not os.path.exists(targetDir):
misc.ensureDir(targetDir)
for i in db.keys():
#print i
#values = db.testFunc(i)
values = db[i]
encryptedValues = []
for i in values:
print i.encode('gbk', 'replace')
encryptedValues.append(e.en(i, password))
j = {"key":e.en(i, password), "value":encryptedValues,
"encHash":unicode(md5.new(password).hexdigest())}
res.append(j)
#print res
s = json.dumps(res, sort_keys=True, indent=4)
f = open(os.path.join(targetDir, dbName+'_for_user_'+str(user)+'.json'),'w')
f.write(s)
f.close()
def dictListDecryptor(dictList, password):
e = enc.encryptor()
res = []
for i in dictList:
values = i["value"]
decryptedValues = []
for j in values:
v = e.de(j, password)
d = decryptedValues.append(v)
#print v.encode('gbk', 'replace')
j = {"db": i["db"], "user": i["user"], "key":e.de(i["key"], password), "value":decryptedValues}
res.append(j)
return res
def dictListEncryptor(dictList, password):
e = enc.encryptor()
res = []
for i in dictList:
values = i["value"]
encryptedValues = []
for j in values:
print j.encode('gbk', 'replace')
encryptedValues.append(e.en(j, password))
j = {"db": i["db"], "user": i["user"], "key":e.en(i["key"], password), "value":encryptedValues,
"encHash":unicode(md5.new(password).hexdigest())}
res.append(j)
return res
