def test_result(self):
models.Setting(name='server_type',
value='school').save(force_insert=True)
models.Setting(name='country', value=u'武昌区').save(force_insert=True)
models.GroupTB(group_id=420106, name=u'武昌区',
parent_id=420100).save(force_insert=True)
obj = models.GroupTB.objects.get(
name=models.Setting.getvalue('country'))
self.assertEqual(cloud_service.generate_bucket_name(),
'oebbt-' + str(obj.group_id))
def __init__(self):
if not constants.BANBANTONG_DB_AUTO_OPTIMIZE:
return
now = datetime.datetime.now()
if now.hour != 0:
return
start = False
try:
obj = models.Setting.objects.get(name='last_optimize_time')
last_datetime = parse_datetime(obj.value)
delta = now - last_datetime
if delta.days >= constants.BANBANTONG_DB_AUTO_OPTIMIZE_PERIOD:
start = True
except:
obj = models.Setting(name='last_optimize_time')
start = True
if start:
cursor = connections['default'].cursor()
tables = [
'AssetLog', 'AssetRepairLog', 'LessonSchedule', 'SyncLog',
'TeacherAbsentLog', 'TeacherLoginLog'
]
for table in tables:
self.logger.debug('optimize table %s %s', table,
cursor.execute('OPTIMIZE TABLE %s;' % table))
obj.value = str(now)
obj.save()
def _worker():
msg = u'本地处理：4. 更新密钥'
self.log.info(msg)
connect['connect'].sendMessage({
'ret': 0,
'operation': 'progress',
'finished': False,
'progress': msg
})
models.Setting.objects.filter(
name='sync_server_key').delete()
models.Setting(name='sync_server_key', value=key).save()
def _generate_setting(self):
models.Setting(name='server_type', value='country').save()
models.Setting(name='installed', value='True').save()
models.Setting(name='install_step', value='-1').save()
models.Setting(name='province', value='湖北省').save()
models.Setting(name='city', value='恩施土家族苗族自治州').save()
models.Setting(name='country', value='恩施市').save()
def run(self):
province = models.Group.objects.get(group_type='province')
city = models.Group.objects.get(group_type='city')
country = models.Group.objects.get(group_type='country')
town = models.Group.objects.get(group_type='town')
school = models.Group.objects.get(group_type='school')
for i in [province, city, country, town, school]:
models.SyncLog.add_log(i, 'add')
objs = [
models.Teacher,
models.AssetType,
models.Term,
models.Grade,
models.Class,
models.ClassMacV2,
models.LessonName,
models.LessonPeriod,
models.LessonSchedule,
models.LessonTeacher,
models.TeacherLoginLog, #models.TeacherAbsentLog,
models.TeacherLoginTime,
models.DesktopPicInfo
]
for obj in objs:
for i in obj.objects.all():
models.SyncLog.add_log(i, 'add')
models.Setting(name='province', value=province.name).save()
models.Setting(name='city', value=city.name).save()
models.Setting(name='country', value=country.name).save()
models.Setting(name='town', value=town.name).save()
models.Setting(name='school', value=school.name).save()
models.Setting(name='installed', value=True).save()
models.Setting(name='install_step', value='-1').save()
models.Setting(name='migration_step', value='59').save()
models.Setting(name='server_type', value='school').save()
models.User.objects.create(username='******',
password=hashlib.sha1('admin').hexdigest(),
sex='',
status='active',
level='school')
def test_wrong_server_type(self):
models.Setting(name='server_type',
value='province').save(force_insert=True)
models.Setting(name='country', value=u'武昌区').save(force_insert=True)
self.assertEqual(cloud_service.generate_bucket_name(), '')