def test_remove_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(
model.remove_by(
{'nestsii.fields.nestarray.date': datetime(2005, 1, 1, 0, 0)}))
print(model.remove_by('57e0b76f1d41c81776ced8cc'))
print(model.remove_by(ObjectId('57e0b76f1d41c81776ced8cc')))
def is_unique(handler, data, option):
model = Model(domain=handler.domain, code=handler.code, table=option['table'])
for key, val in option['condition'].items():
if isinstance(val, str) and val.startswith('$'):
option['condition'][key] = jmespath.search(val.replace('$', ''), {'data': handler.params.data})
count = model.total(condition=option['condition'])
return count <= 0
def test_distinct(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.distinct('valid'))
print(
model.distinct(
'valid',
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
def is_exists(handler, data, option):
model = Model(domain=handler.domain, code=handler.code, table=option['table'])
for key, val in option['condition'].items():
if isinstance(val, str) and val.startswith('$'):
condition_data = jmespath.search(val.replace('$', ''), {'data': handler.params.data})
if not isinstance(condition_data, list):
condition_data = list(condition_data)
option['condition'][key] = {'$in': condition_data}
count = model.total(condition=option['condition'])
return count > 0
def test_write_file_to_grid(self):
in_file = 'test_model.py'
out_file = in_file + '.temp'
model = Model('LightDB')
result = model.write_file_to_grid(in_file)
result = model.read_file_from_grid(result['fileId'], out_file)
self.assertEqual(in_file, result['name'])
self.assertTrue(os.path.isfile(out_file))
os.remove(out_file)
def test_write_file_to_grid(self):
in_file = 'test_model.py'
out_file = in_file + '.temp'
model = Model('LightDB')
result = model.write_file_to_grid(in_file)
result = model.read_file_from_grid(result['fileId'], out_file)
self.assertEqual(in_file, result['name'])
self.assertTrue(os.path.isfile(out_file))
os.remove(out_file)
def test_update_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.update_by({'valid': 5}, {'$inc': {'valid': 3}}))
print(
model.update_by('57e0b76f1d41c81776ced8ca',
{'$inc': {
'valid': 30
}}))
print(
model.update_by(ObjectId('57e0b76f1d41c81776ced8ca'),
{'$inc': {
'valid': 30
}}))
def test_increment(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.increment({'valid': 3}, {'$inc': {'valid': 2}}))
print(
model.increment('123457791d41c817b4a09b37',
{'$inc': {
'valid': 57
}}))
print(
model.increment(ObjectId('678907791d41c817b4a09b37'),
{'$inc': {
'valid': 68
}}))
def test_get_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(
model.get_by(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
print(
model.get_by(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)},
'valid'))
print(
model.get_by(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)},
{
'valid': 1,
'schema': 1
}))
def test_write_stream_to_grid(self):
in_file = 'test_model.py'
out_file = in_file + '.temp'
model = Model('LightDB')
f = open(in_file, 'rb')
result = model.write_stream_to_grid(in_file, f, 'text/x-python')
f.close()
result = model.read_stream_from_grid(result['fileId'])
f = open(out_file, 'wb')
f.write(result['fileStream'])
f.close()
self.assertEqual(in_file, result['name'])
self.assertTrue(os.path.isfile(out_file))
os.remove(out_file)
def test_write_stream_to_grid(self):
in_file = 'test_model.py'
out_file = in_file + '.temp'
model = Model('LightDB')
f = open(in_file, 'rb')
result = model.write_stream_to_grid(in_file, f, 'text/x-python')
f.close()
result = model.read_stream_from_grid(result['fileId'])
f = open(out_file, 'wb')
f.write(result['fileStream'])
f.close()
self.assertEqual(in_file, result['name'])
self.assertTrue(os.path.isfile(out_file))
os.remove(out_file)
def __init__(self, handler, table=None):
define = {}
if table:
define = getattr(Structure.instance(), table)['items']
self.uid = handler.uid
self.model = Model(domain=handler.domain,
code=handler.code,
table=table,
define=define)
self.condition = handler.params.condition or {}
self.data = handler.params.data or {}
self.id = handler.params.id
self.select = handler.params.select or handler.params.field
self.sort = handler.params.sort
self.files = handler.params.files
self.skip = handler.params.skip
self.limit = handler.params.limit or 0
if self.skip is None:
self.skip = 0
def test_add(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.add(
{'schema': 'a',
'nestsii': [{'fields': [{'nestarray': [{'date': '2003/01/01'}, {'date': '2004/01/01'}]}]}],
'valid': '1'}
))
print(model.add(
{'schema': 'b',
'nestsii': [{'fields': [{'nestarray': [{'date': '2005/01/01'}, {'date': '2006/01/01'}]}]}],
'valid': '2'}
))
print(model.add(
{'schema': 'c',
'nestsii': [{'fields': [{'nestarray': [{'date': '2007/01/01'}, {'date': '2008/01/01'}]}]}],
'valid': '3'}
))
print(model.add(
{'schema': 'd',
'nestsii': [{'fields': [{'nestarray': [{'date': '2009/01/01'}, {'date': '2010/01/01'}]}]}],
'valid': '4'}
))
print(model.add([
{'schema': 'e',
'nestsii': [{'fields': [{'nestarray': [{'date': '2003/01/01'}, {'date': '2004/01/01'}]}]}],
'valid': '5'},
{'schema': 'e',
'nestsii': [{'fields': [{'nestarray': [{'date': '2003/01/01'}, {'date': '2004/01/01'}]}]}],
'valid': '5'}
]))
def test_get(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.get({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
print(model.get('57e0b76f1d41c81776ced8ca'))
print(model.get(ObjectId('57e0b76f1d41c81776ced8ca')))
print(model.get({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}, 'valid'))
print(model.get({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}, {'valid': 1, 'schema': 1}))
def test_get(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(
model.get(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
print(model.get('57e0b76f1d41c81776ced8ca'))
print(model.get(ObjectId('57e0b76f1d41c81776ced8ca')))
print(
model.get(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)},
'valid'))
print(
model.get(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)},
{
'valid': 1,
'schema': 1
}))
def __init__(self, handler, table=None):
define = {}
if table:
define = getattr(Structure.instance(), table)
self.model = Model(domain=handler.domain,
code=handler.code or CONST.DEFAULT_TENANT,
table=table,
option={'define': define})
self.uid = handler.uid
self.condition = handler.params.condition or {}
self.data = handler.params.data or {}
self.id = handler.params.id
self.select = handler.params.select or handler.params.field
self.sort = handler.params.sort
self.files = handler.params.files
self.skip = handler.params.skip
self.limit = handler.params.limit or 0
if self.skip is None:
self.skip = 0
def test_get_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.get_by({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
print(model.get_by({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}, 'valid'))
print(model.get_by({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}, {'valid': 1, 'schema': 1}))
def init(self):
valid = {'valid': 1}
# configuration
select = 'type, key, value, valueType'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_CONFIG)
self.cache.set(
CONST.SYSTEM_DB_CONFIG,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# validator
select = 'group,name,rule,key,option,message,sanitize,class,action,condition'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_VALIDATOR)
self.cache.set(
CONST.SYSTEM_DB_VALIDATOR,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# i18n
select = 'type,lang,key'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_I18N)
self.cache.set(
CONST.SYSTEM_DB_I18N,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# structure
select = 'public,lock,type,kind,tenant,version,schema,items,extend,tenant'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_STRUCTURE)
self.cache.set(
CONST.SYSTEM_DB_STRUCTURE,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# board
select = 'schema,api,type,kind,path,class,action,filters,selects,sorts,reserved,script'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_BOARD)
self.cache.set(
CONST.SYSTEM_DB_BOARD,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# route
select = 'template,url,class,action'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_ROUTE)
self.cache.set(
CONST.SYSTEM_DB_ROUTE,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# tenant
select = 'code,name'
model = Model(domain=self.domain,
code=CONST.SYSTEM_DB_PREFIX,
table=CONST.SYSTEM_DB_TENANT)
self.cache.set(
CONST.SYSTEM_DB_TENANT,
model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
return model.db
class Controller(object):
"""
1. 封装model的调用, 接收的参数为handler对象
2. 进行缺省值的设定, 如 updateBy createAt valid 等
3. 格式化输出的JSON结果, 获取List时会付上件数totalItems等信息
4. 统一封装关于数据库操作的错误内容
"""
def __init__(self, handler, table=None):
define = {}
if table:
define = getattr(Structure.instance(), table)['items']
self.uid = handler.uid
self.model = Model(domain=handler.domain,
code=handler.code,
table=table,
define=define)
self.condition = handler.params.condition or {}
self.data = handler.params.data or {}
self.id = handler.params.id
self.select = handler.params.select or handler.params.field
self.sort = handler.params.sort
self.files = handler.params.files
self.skip = handler.params.skip
self.limit = handler.params.limit or 0
if self.skip is None:
self.skip = 0
def get(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
result = self.model.get(condition=self.id or self.condition,
select=self.select)
return result, None
def list(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
count = self.model.total(condition=self.condition)
result = self.model.get_by(condition=self.condition,
select=self.select,
sort=self.sort,
skip=self.skip,
limit=self.limit)
return {'totalItems': count, 'items': result}, None
def add(self):
if not isinstance(self.data, list):
self.data = [self.data]
for data in self.data:
regular = {
'createAt': datetime.now(),
'createBy': self.uid,
'updateAt': datetime.now(),
'updateBy': self.uid,
'valid': CONST.VALID
}
data.update(regular)
result = self.model.add(data=self.data)
return {'_id': result}, None
def total(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
count = self.model.total(condition=self.condition)
return count, None
def count(self):
return self.total()
def update(self, upsert=False):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
regular = {'updateAt': datetime.now(), 'updateBy': self.uid}
self.data.update(regular)
# If the update operation does not result in an insert, $setOnInsert does nothing.
data = {
'$set': self.data,
'$setOnInsert': {
'createAt': datetime.now(),
'createBy': self.uid,
'valid': CONST.VALID
}
}
result = self.model.update_by(condition=self.id or self.condition,
data=data,
upsert=upsert)
return {'_id': result}, None
def increment(self, upsert=True):
regular = {'updateAt': datetime.now(), 'updateBy': self.uid}
self.data.update(regular)
data = {'$inc': self.data}
result = self.model.increment(condition=self.id or self.condition,
update=data,
upsert=upsert)
return result, None
def remove(self):
regular = {
'updateAt': datetime.now(),
'updateBy': self.uid,
'valid': CONST.INVALID
}
result = self.model.update_by(condition=self.id or self.condition,
data={'$set': regular})
return {'_id': result}, None
def delete(self):
result = self.model.remove_by(condition=self.id or self.condition)
return result, None
def distinct(self):
result = self.model.distinct(key=self.select, filter=self.condition)
return result, None
def create_user(self):
raise NotImplementedError
def add_user(self):
raise NotImplementedError
def drop_user(self):
raise NotImplementedError
def change_password(self):
raise NotImplementedError
def drop(self):
raise NotImplementedError
def aggregate(self):
raise NotImplementedError
def increment(self):
raise NotImplementedError
def write_file_to_grid(self):
data = []
for file in self.files:
data.append(self.model.write_file_to_grid(file))
return {'totalItems': len(self.files), 'items': data}, None
def write_buffer_to_grid(self):
raise NotImplementedError
def write_stream_to_grid(self):
data = []
for file in self.files:
content_type = file.content_type
name = file.filename
length = file.stream.getbuffer().nbytes
data.append(
self.model.write_stream_to_grid(name, file.stream,
content_type, length))
return {'totalItems': len(data), 'items': data}, None
def read_file_from_grid(self):
folder = self.data['folder']
name = self.data['name']
if folder is None:
folder = Config.instance().app.tmp
if name is None:
name = light.helper.random_guid(8)
return self.model.read_file_from_grid(self.id,
os.path.join(folder, name))
def read_buffer_from_grid(self):
raise NotImplementedError
def read_stream_from_grid(self):
return self.model.read_stream_from_grid(self.id)
def is_unique(handler, data, option):
model = Model(domain=handler.domain,
code=handler.code,
table=option['table'])
count = model.total(condition=option['condition'])
return count <= 0
def test_update_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.update_by({'valid': 5}, {'$inc': {'valid': 3}}))
print(model.update_by('57e0b76f1d41c81776ced8ca', {'$inc': {'valid': 30}}))
print(model.update_by(ObjectId('57e0b76f1d41c81776ced8ca'), {'$inc': {'valid': 30}}))
def test_increment(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.increment({'valid': 3}, {'$inc': {'valid': 2}}))
print(model.increment('123457791d41c817b4a09b37', {'$inc': {'valid': 57}}))
print(model.increment(ObjectId('678907791d41c817b4a09b37'), {'$inc': {'valid': 68}}))
def is_unique(handler, data, option):
model = Model(domain=handler.domain, code=handler.code, table=option['table'])
count = model.total(condition=option['condition'])
return count <= 0
def test_total(self):
model = Model('LightDB', 'light', 'unittest', self.define)
self.assertGreater(model.total({'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}), 3)
def test_remove_by(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.remove_by({'nestsii.fields.nestarray.date': datetime(2005, 1, 1, 0, 0)}))
print(model.remove_by('57e0b76f1d41c81776ced8cc'))
print(model.remove_by(ObjectId('57e0b76f1d41c81776ced8cc')))
def test_add(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(
model.add({
'schema':
'a',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2003/01/01'
}, {
'date': '2004/01/01'
}]
}]
}],
'valid':
'1'
}))
print(
model.add({
'schema':
'b',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2005/01/01'
}, {
'date': '2006/01/01'
}]
}]
}],
'valid':
'2'
}))
print(
model.add({
'schema':
'c',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2007/01/01'
}, {
'date': '2008/01/01'
}]
}]
}],
'valid':
'3'
}))
print(
model.add({
'schema':
'd',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2009/01/01'
}, {
'date': '2010/01/01'
}]
}]
}],
'valid':
'4'
}))
print(
model.add([{
'schema':
'e',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2003/01/01'
}, {
'date': '2004/01/01'
}]
}]
}],
'valid':
'5'
}, {
'schema':
'e',
'nestsii': [{
'fields': [{
'nestarray': [{
'date': '2003/01/01'
}, {
'date': '2004/01/01'
}]
}]
}],
'valid':
'5'
}]))
def test_distinct(self):
model = Model('LightDB', 'light', 'unittest', self.define)
print(model.distinct('valid'))
print(model.distinct('valid', {'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}))
def test_total(self):
model = Model('LightDB', 'light', 'unittest', self.define)
self.assertGreater(
model.total(
{'nestsii.fields.nestarray.date': datetime(2003, 1, 1, 0, 0)}),
3)
class Controller(object):
"""
1. 封装model的调用, 接收的参数为handler对象
2. 进行缺省值的设定, 如 updateBy createAt valid 等
3. 格式化输出的JSON结果, 获取List时会付上件数totalItems等信息
4. 统一封装关于数据库操作的错误内容
"""
def __init__(self, handler, table=None):
define = {}
if table:
define = getattr(Structure.instance(), table)
self.model = Model(domain=handler.domain,
code=handler.code or CONST.DEFAULT_TENANT,
table=table,
option={'define': define})
self.uid = handler.uid
self.condition = handler.params.condition or {}
self.data = handler.params.data or {}
self.id = handler.params.id
self.select = handler.params.select or handler.params.field
self.sort = handler.params.sort
self.files = handler.params.files
self.skip = handler.params.skip
self.limit = handler.params.limit or 0
if self.skip is None:
self.skip = 0
def get(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
result = self.model.get(condition=self.id or self.condition, select=self.select)
return result, None
def list(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
count = self.model.total(condition=self.condition)
result = self.model.get_by(
condition=self.condition, select=self.select, sort=self.sort, skip=self.skip, limit=self.limit
)
return {'totalItems': count, 'items': result}, None
def add(self):
if not isinstance(self.data, list):
self.data = [self.data]
for data in self.data:
regular = {
'createAt': datetime.now(),
'createBy': self.uid,
'updateAt': datetime.now(),
'updateBy': self.uid,
'valid': CONST.VALID
}
data.update(regular)
result = self.model.add(data=self.data)
return {'_id': result}, None
def total(self):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
count = self.model.total(condition=self.condition)
return count, None
def count(self):
return self.total()
def update(self, upsert=False):
if 'valid' not in self.condition:
self.condition['valid'] = CONST.VALID
regular = {'updateAt': datetime.now(), 'updateBy': self.uid}
self.data.update(regular)
# If the update operation does not result in an insert, $setOnInsert does nothing.
data = {
'$set': self.data,
'$setOnInsert': {'createAt': datetime.now(), 'createBy': self.uid, 'valid': CONST.VALID}
}
result = self.model.update_by(condition=self.id or self.condition, data=data, upsert=upsert)
return {'_id': result}, None
def increment(self, upsert=True):
regular = {'updateAt': datetime.now(), 'updateBy': self.uid}
self.data.update(regular)
data = {'$inc': self.data}
result = self.model.increment(condition=self.id or self.condition, update=data, upsert=upsert)
return result, None
def remove(self):
regular = {'updateAt': datetime.now(), 'updateBy': self.uid, 'valid': CONST.INVALID}
result = self.model.update_by(condition=self.id or self.condition, data={'$set': regular})
return {'_id': result}, None
def delete(self):
result = self.model.remove_by(condition=self.id or self.condition)
return result, None
def distinct(self):
result = self.model.distinct(key=self.select, filter=self.condition)
return result, None
def create_user(self):
raise NotImplementedError
def add_user(self):
raise NotImplementedError
def drop_user(self):
raise NotImplementedError
def change_password(self):
raise NotImplementedError
def drop(self):
raise NotImplementedError
def aggregate(self):
raise NotImplementedError
def increment(self):
raise NotImplementedError
def write_file_to_grid(self):
data = []
for file in self.files:
data.append(self.model.write_file_to_grid(file))
return {'totalItems': len(self.files), 'items': data}, None
def write_buffer_to_grid(self):
raise NotImplementedError
def write_stream_to_grid(self):
data = []
for file in self.files:
content_type = file.content_type
name = file.filename
length = file.stream.getbuffer().nbytes
data.append(self.model.write_stream_to_grid(name, file.stream, content_type, length))
return {'totalItems': len(data), 'items': data}, None
def read_file_from_grid(self):
folder = self.data['folder']
name = self.data['name']
if folder is None:
folder = Config.instance().app.tmp
if name is None:
name = light.helper.random_guid(8)
return self.model.read_file_from_grid(self.id, os.path.join(folder, name))
def read_buffer_from_grid(self):
raise NotImplementedError
def read_stream_from_grid(self):
return self.model.read_stream_from_grid(self.id)
def init(self):
valid = {'valid': 1}
# configuration
select = 'type, key, value, valueType'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_CONFIG)
self.cache.set(CONST.SYSTEM_DB_CONFIG, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# validator
select = 'group,name,rule,key,option,message,sanitize,class,action,condition'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_VALIDATOR)
self.cache.set(CONST.SYSTEM_DB_VALIDATOR, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# i18n
select = 'type,lang,key'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_I18N)
self.cache.set(CONST.SYSTEM_DB_I18N, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# structure
select = 'public,lock,type,kind,tenant,version,schema,items,extend,tenant'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_STRUCTURE)
self.cache.set(CONST.SYSTEM_DB_STRUCTURE, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# board
select = 'schema,api,type,kind,path,class,action,filters,selects,sorts,reserved,script'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_BOARD)
self.cache.set(CONST.SYSTEM_DB_BOARD, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# route
select = 'template,url,class,action'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_ROUTE)
self.cache.set(CONST.SYSTEM_DB_ROUTE, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
# tenant
select = 'code,name'
model = Model(domain=self.domain, code=CONST.SYSTEM_DB_PREFIX, table=CONST.SYSTEM_DB_TENANT)
self.cache.set(CONST.SYSTEM_DB_TENANT, model.get_by(condition=valid, select=select, limit=CONST.MAX_INT))
return model.db