def put(self, id):
""" update one item
"""
# 1. parsing reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = obj.query.filter(obj.id == id, obj.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# 3. assign request data to orm
try:
t = datetime.utcnow()
r = PrepareObjORM(r, self.args.items())
r.mtime = t
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.merge(r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
next(iter(out))[field_inputs_wrap_head].update({'id': id})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'rate'
return out
def post(self):
"""create data
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 1.3 check name unique
r = obj.query.filter(obj.user_id == self.args['user_id'],
obj.business_id == self.args['business_id'],
obj.isdel == False).scalar()
if r is not None:
return omitError(
'CE_DATA_DUPLICATE',
'user_id {}, business_id {} are duplicate'.format(
self.args['user_id'], self.args['business_id'])), 400
# 2. validate follows spec
if db.session.query(obj).filter(obj.isdel == False).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
r = obj()
try:
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.add(r)
db.session.flush()
db.session.refresh(r)
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
next(iter(out))[field_inputs_wrap_head].update({'id': r.id})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'rate'
return out
def post(self):
"""create data
@api {post} /rest/objects/ipaddrs Create a IP Address item
@apiVersion 0.0.1
@apiName CreateIpAddr
@apiVersion 0.0.1
@apiGroup objects
@apiPermission registered user
@apiDescription
todo validation <br/>
todo certificate with cookies / oauth 2.0 <br/>
todo muti-create
@apiParam {Object} ipaddrs List of IP Addresses.
@apiParam {String{..16}} ipaddrs.addr1 1st IP Address.
@apiParam {String{..16}} ipaddrs.addr2 2ed IP Address.
@apiParam {String{..255}} [ipaddrs.description] this items's description.
@apiParam {String="IPv4","IPv6"} ipaddrs.ipVersion IP Address version.
@apiParam {String{..50}} ipaddrs.name items uniq name for record.
@apiParam {String="Single","Range","Subnet"} ipaddrs.type IP Address type, the possible values are 'Single', 'Range', 'Subnet'.
@apiExample Example usage:
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddrs
@apiSuccess {Object} ipaddrs List of IP Addresses.
@apiSuccess {String} ipaddrs.addr1 1st IP Address.
@apiSuccess {String} ipaddrs.addr2 2ed IP Address.
@apiSuccess {String} ipaddrs.description this items's description.
@apiSuccess {Number} ipaddrs.id index in database.
@apiSuccess {String} ipaddrs.ipVersion IP Address version.
@apiSuccess {String} ipaddrs.name items uniq name for record.
@apiSuccess {String} ipaddrs.type IP Address type, the possible values are 'Single', 'Range', 'Subnet'.
@apiError CE_INVALID_PARAM invalid parameter
@api {post} /rest/objects/ipaddrs
@apiErrorExample {json} we use invalid parameter pages
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type1" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddrs
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2001,
"message": "ValueError('[type]: (type Valid Error) Missing required parameter in dataDict, error=400: Bad Request',)"
}
@apiError CE_NAME_CONFLICT name conflict
@api {post} /rest/objects/ipaddrs
@apiErrorExample {json} we use duplicate name.
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddrs
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2004,
"message": "IntegrityError('(sqlite3.IntegrityError) UNIQUE constraint failed: objects_ipaddrs.name',)"
}
@apiError CE_EXCEED_LIMIT exceed max limit
@api {post} /rest/objects/ipaddrs
@apiErrorExample {json} we create item exceed max.
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddrs
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2005,
"message": "limit is 5"
}
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
orgArgs, self.args = GetRequestArgs(__head__, field_inputs)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 1.2 parsing 2ed layer reqest
try:
for v in set((v) for v in set(field_inputs).intersection(orgArgs)
if isinstance(field_inputs[v]['validator'], set)):
_type = field_inputs[v]['validator']
validator = next(iter(_type)).container.nested.items() \
if type(_type) is set else _type.items()
# validate 2ed value
# if is list, such as [{id: 1, name:2}, {id: 2, name:2}]
for _k, _v in validator:
for __v in orgArgs[v]:
if (_v.get('required', False)):
_v['type'](__v[_k])
self.args[v] = self.args[v] if self.args.get(v, False) else []
self.args[v].append(__v)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
logger.debug('parsed args = (%s)', self.args)
# 2. validate follows spec
if db.session.query(obj.id).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
try:
checkInputIsValid(self.args)
except Exception as error:
return error.args
r = obj()
try:
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.add(r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
return SerialObjOutput(r,
objname=__head__,
resource_fields=resource_fields), 200
def put(self, id):
"""
update one record
@api {put} /rest/objects/ipaddr/:id update a IP Address item
@apiVersion 0.0.1
@apiName UpdateIpAddr
@apiVersion 0.0.1
@apiGroup objects
@apiPermission registered user
@apiParam {Number} id ipdate IP Address ID.
@apiDescription
todo validation<br />
todo certificate with cookies / oauth 2.0
@apiParam {Object} ipaddrs List of IP Addresses.
@apiParam {String{..16}} ipaddrs.addr1 1st IP Address.
@apiParam {String{..16}} ipaddrs.addr2 2ed IP Address.
@apiParam {String{..255}} [ipaddrs.description] this items's description.
@apiParam {String="IPv4","IPv6"} ipaddrs.ipVersion IP Address version.
@apiParam {String{..50}} ipaddrs.name items uniq name for record.
@apiParam {String="Single","Range","Subnet"} ipaddrs.type IP Address type, the possible values are 'Single', 'Range', 'Subnet'.
@apiExample Example usage:
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddr/7
@apiSuccess {Object} ipaddrs List of IP Addresses.
@apiSuccess {String} ipaddrs.addr1 1st IP Address.
@apiSuccess {String} ipaddrs.addr2 2ed IP Address.
@apiSuccess {String} ipaddrs.description this items's description.
@apiSuccess {Number} ipaddrs.id index in database.
@apiSuccess {String} ipaddrs.ipVersion IP Address version.
@apiSuccess {String} ipaddrs.name items uniq name for record.
@apiSuccess {String} ipaddrs.type IP Address type, the possible values are 'Single', 'Range', 'Subnet'.
@apiError CE_INVALID_PARAM invalid parameter
@api {put} /rest/objects/ipaddr/:id
@apiErrorExample {json} we use invalid member type1 in request body
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type1" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddr/7
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2001,
"message": "ValueError('[type]: (type Valid Error) Missing required parameter in dataDict, error=400: Bad Request',)"
}
@apiError CE_NAME_CONFLICT name conflict
@api {post} /rest/objects/ipaddr/:id
@apiErrorExample {json} we use duplicate name.
BODY=$(cat <<'EOF'
{
"ipaddr" : {
"name" : "test-ipaddr-${i}8",
"type" : "Single",
"ipVersion" : "IPv4",
"addr1" : "1.1.1.1",
"description" : "xxx"
}
}
EOF
);
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddr/7
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2004,
"message": "IntegrityError('(sqlite3.IntegrityError) UNIQUE constraint failed: objects_ipaddrs.name',)"
}
@apiError CE_NOT_EXIST item not found
@api {get} /rest/objects/ipaddr/:id
@apiErrorExample {json} we use not exist id
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "${BODY}" http://localhost/rest/objects/ipaddr/17
================================================
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2003,
"message": "id 17 not found"
}
"""
# 1. parsing reqest
try:
orgArgs, self.args = GetRequestArgs(__head__, field_inputs)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
try:
checkInputIsValid(self.args)
except Exception as error:
return error.args
# 2. get orm from db
r = obj.query.filter(obj.id == id).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# 3. assign request data to orm
try:
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.merge(r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
return SerialObjOutput(r,
objname=__head__,
resource_fields=resource_fields), 200
def post(self):
"""regist local user
@api {post} /rest/admins regist local account
@apiVersion 0.0.5
@apiName RegistOneUser
@apiGroup account
@apiPermission registered user
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo validation<br />
todo error / success return code in api
@apiParam {Object[]} user user object
@apiParam {String{..254}} user.name user name for display
@apiParam {String{..254}} user.login user email for login
@apiParam {String{..254}} user.passHash user password encode with sha1
@apiExample {curl} Example usage:
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "
{
'data':{
'id':2,
'login':'******',
'passHash':'c4f9375f9834b4e7f0a528cc65c055702bf5f24a',
'name':'test'
},
'type':'system',
'subtype':'regist'
}
" http://localhost/rest/admins
"""
# 1. check id exist
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError('CE_INVALID_PARAM', 'not found'), 400
# 2. validate follows spec
if db.session.query(obj).filter(obj.isdel == False).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
# 3 check name unique
r = obj.query.filter(obj.login == self.args['login'],
obj.isdel == False).scalar()
if r is not None:
return omitError(
'CE_DATA_DUPLICATE',
'login {} is duplicate'.format(self.args['login'])), 400
r = obj()
try:
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.add(r)
db.session.flush()
db.session.refresh(r)
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
_resource_fields_post = resource_fields_post.copy()
_resource_fields_post.pop('access_token', None)
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=_resource_fields_post), 200
next(iter(out))[field_inputs_wrap_head].update({'id': r.id})
next(iter(out))['type'] = 'system'
next(iter(out))['subtype'] = 'regist'
return out
def put(self, id):
""" update one item
"""
# 1. parsing reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = obj.query.filter(obj.id == id, obj.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# 3. assign request data to orm
try:
t = datetime.utcnow()
if not self.args['passHash']:
self.args['passHash'] = r.passHash
# not allow others change expect itself
# TODO: raise custome error
check_permission(self.args['login'], r.login)
# not allow change login name
self.args['login'] = r.login
r = PrepareObjORM(r, self.args.items())
r.mtime = t
except Exception as error:
if RuntimeError == type(error):
return omitError('CE_UNAUTHORIZED', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.merge(r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
_resource_fields_post = resource_fields_post.copy()
_resource_fields_post.pop('access_token', None)
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=_resource_fields_post), 200
next(iter(out))['type'] = 'system'
next(iter(out))['subtype'] = 'regist'
return out
def post(self):
"""create data
@api {post} /rest/customer/businesses Create a item
@apiVersion 0.0.3
@apiName CreateCustomerBusiness
@apiGroup business
@apiPermission registered user
@apiDescription
todo validation <br/>
todo certificate with cookies / oauth 2.0 <br/>
todo muti-create <br />
todo error / success return code in api
@apiParam {Object} data object of business.
@apiParam {Number} data.id item's uniq id.
@apiParam {String} data.name item's name.
@apiParam {Number} data.cat item's business industry category.
@apiParam {float} data.lat item's entered latitude.
@apiParam {float} data.long item's entered longitude.
@apiParam {String} data.address item's address
@apiParam {String} data.description item's description.
@apiParam {String} data.image_url items's image url.
@apiParam {Float} data.rate item's rate, average from each comments
@apiParam {Number} data.deal one of item's deal for display in list
@apiParam {Object[]} data.deals item's deals
@apiParam {String} data.deals.title item's deal title
@apiParam {String} data.deals.description item's deal description
@apiParam {String} data.open item open time with 24h format
@apiParam {String} data.open item close time with 24h format
@apiParam {Number} data.dist item's distance farward with your current location, the unit is meter
@apiParam {Object} data.images_url item images' path
@apiParam {String} data.images_url.bg item backgound images' path
@apiParam {String} data.images_url.icon item icon images' path
@apiExample {curl} Example usage:
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d '
{
"data":{
"dist":12245,
"close":"2200",
"lat":120.678,
"features":"this is features",
"address":"this is address",
"deals":[
{
"title":"10% Off Any Order",
"description":"Use this promo code and save on coffee, tea, and..."
}
],
"cat":1,
"long":23.5383,
"meals":"this is meals",
"deal":200,
"open":"0600",
"description":"early Bird Special: Get off.",
"name":"Starbucks Coffee 31",
"images_url":{
"icon":"/img/business/1/icon",
"bg":"/img/business/1/bg"
},
"id":1
},
"type":"business",
"subtype":"overview"
}' http://localhost/rest/customer/businesses
@apiError CE_INVALID_PARAM invalid parameter
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2001,
"message": "ValueError('[cat]: (cat Valid Error) Missing required parameter in dataDict, error=400: Bad Request',)"
}
@apiError CE_NAME_CONFLICT name conflict
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2004,
"message": "IntegrityError('(sqlite3.IntegrityError) UNIQUE constraint failed: customer_businesses.name',)"
}
@apiError CE_EXCEED_LIMIT exceed max limit
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2005,
"message": "limit is 5"
}
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
#orgArgs = {'type': 'business', 'subtype': 'overview', 'data': {'name': 'Starbucks Coffee 1', 'description': 'early Bird Special: Get off.', 'address': 'this is address', 'close': '2200', 'meals': 'this is meals', 'long': 23.5383, 'open': '0600', 'lat': 120.678, 'dist': 12245, 'cat': 1, 'images_url': {'icon': '/img/business/1/icon', 'bg': '/img/business/1/bg'}, 'features': 'this is features', 'deal': 200, 'deals': [{'description': 'Use this promo code and save on coffee, tea, and...', 'title': '10% Off Any Order'}]}}'
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
RemoveRequestArgs(field_inputs_post)
j = request.get_json()
orgdetailImgsUrlArgs, self.detailimgsurlargs = GetTwoLayerRequestArgs(
None, field_inputs_detail_images_url,
j[field_inputs_wrap_head][__head_detail_images_url__])
#self.args= {'name': 'Starbucks Coffee 1', 'description': 'early Bird Special: Get off.', 'address': 'this is address', 'close': '2200', 'meals': 'this is meals', 'long': '23.5383', 'open': '0600', 'lat': '120.678', 'dist': 12245, 'cat': 1, 'features': 'this is features', 'deal': 200, 'deals': [{'description': 'Use this promo code and save on coffee, tea, and...', 'title': '10% Off Any Order'}]} self.detailimgsurlargs= {'icon': '/img/business/1/icon', 'bg': '/img/business/1/bg'}}
#print("self.args=", self.args, "self.detailimgsurlargs=", self.detailimgsurlargs)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 1.3 check name unique
r = obj.query.filter(obj.name == self.args['name'],
obj.isdel == False).scalar()
if r is not None:
return omitError('CE_NAME_CONFLICT',
'name {} conflict'.format(self.args['name'])), 400
# 2. validate follows spec
if db.session.query(obj).filter(obj.isdel == False).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
r = obj()
d = detail()
_pics = []
_deals = []
try:
_item = []
for k, v in self.args.items():
if k != "deals":
_item.append((k, v))
r = PrepareObjORM(r, _item)
# FIXME: hard code mapping
for k, v in self.detailimgsurlargs.items():
# (1, 'icon'), (2, 'bg'), (3, 'gallery')
p = pics()
if k == 'icon':
p.type = 1
elif k == 'bg':
p.type = 2
if p.type:
p.path = v
_pics.append(p)
for k, v in self.args.items():
if v != None:
if k == 'deals':
deal = deals()
for v1 in v: # each entry
for k2, v2 in v1.items():
setattr(deal, k2, v2)
_deals.append(deal)
else:
setattr(d, k, v)
#print("d.__dict__ = ", d.__dict__)
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
db.session.add(r)
# At this point, the object f has been pushed to the DB,
# and has been automatically assigned a unique primary key id
db.session.flush()
# refresh updates given object in the session with its state in the DB
# (and can also only refresh certain attributes - search for documentation)
db.session.refresh(r)
d.business_id = r.id
#print("d.__dict__ = ", d.__dict__)
db.session.add(d)
for v in _deals:
v.business_id = r.id
db.session.add(v)
for v in _pics:
v.business_id = r.id
db.session.add(v)
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
_d = db.session.query(detail).filter(detail.business_id == r.id).one()
out = SerialObjOutput(_d,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
for k, v in field_inputs.items():
if k not in ['id', 'image_url']:
next(iter(out))[field_inputs_wrap_head].update({k: orgArgs[k]})
next(iter(out))[field_inputs_wrap_head].update(
{'deals': orgArgs['deals']})
next(iter(out))[field_inputs_wrap_head].update(
{'images_url': orgArgs['images_url']})
next(iter(out))[field_inputs_wrap_head].update({'id': r.id})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'overview'
return out
def put(self, id):
"""
update one item
@api {put} /rest/customer/business/:id Update a item
@apiVersion 0.0.5
@apiName UpdateCustomerBusiness
@apiGroup business
@apiPermission registered user
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo long/lat validation<br />
todo error / success return code in api <br />
@apiParam {Object} data object of business.
@apiParam {Number} data.id item's uniq id.
@apiParam {String} data.name item's name.
@apiParam {Number} data.cat item's business industry category.
@apiParam {float} data.lat item's entered latitude.
@apiParam {float} data.long item's entered longitude.
@apiParam {String} data.address item's address
@apiParam {String} data.description item's description.
@apiParam {String} data.image_url items's image url.
@apiParam {Float} data.rate item's rate, average from each comments
@apiParam {Number} data.deal one of item's deal for display in list
@apiParam {Object[]} data.deals item's deals
@apiParam {String} data.deals.title item's deal title
@apiParam {String} data.deals.description item's deal description
@apiParam {String} data.open item open time with 24h format
@apiParam {String} data.open item close time with 24h format
@apiParam {Number} data.dist item's distance farward with your current location, the unit is meter
@apiParam {Object} data.images_url item images' path
@apiParam {String} data.images_url.bg item backgound images' path
@apiParam {String} data.images_url.icon item icon images' path
@apiExample {curl} Example usage:
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "
{
"data":{
"dist":12245,
"close":"2200",
"lat":120.678,
"features":"this is features",
"address":"this is address",
"deals":[
{
"title":"10% Off Any Order",
"description":"Use this promo code and save on coffee, tea, and..."
}
],
"cat":1,
"long":23.5383,
"meals":"this is meals",
"deal":200,
"open":"0600",
"description":"early Bird Special: Get off.",
"name":"Starbucks Coffee 31",
"images_url":{
"icon":"/img/business/1/icon",
"bg":"/img/business/1/bg"
},
"id":1
},
"type":"business",
"subtype":"overview"
}
" http://localhost/rest/customer/business/1
@apiError CE_INVALID_PARAM invalid parameter
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2001,
"message": "ValueError('[cat]: (cat Valid Error) Missing required parameter in dataDict, error=400: Bad Request',)"
}
@apiError CE_NAME_CONFLICT name conflict
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2004,
"message": "IntegrityError('(sqlite3.IntegrityError) UNIQUE constraint failed: customer_businesses.name',)"
}
@apiError CE_NOT_EXIST item not found
HTTP/1.0 400 BAD REQUEST
{
"errorId": 2003,
"message": "id 17 not found"
}
"""
# 1. parsing reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
RemoveRequestArgs(field_inputs_post)
j = request.get_json()
orgdetailImgsUrlArgs, self.detailimgsurlargs = GetTwoLayerRequestArgs(
None, field_inputs_detail_images_url,
j[field_inputs_wrap_head][__head_detail_images_url__])
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = obj.query.filter(obj.id == id, obj.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# 3. assign request data to orm
try:
t = datetime.utcnow()
_item = []
for k, v in self.args.items():
if k != "deals":
_item.append((k, v))
r = PrepareObjORM(r, _item)
r.mtime = t
d = detail.query.filter(detail.business_id == id,
detail.isdel == False).scalar()
__deals = deals.query.filter(deals.business_id == id,
deals.isdel == False).all()
# TODO: mark isdel = True?
#for v in __deals:
# v.isdel = True;
_deals = []
for k, v in self.args.items():
if v != None:
if k == 'deals':
deal = deals()
for v1 in v: # each entry
for k2, v2 in v1.items():
setattr(deal, k2, v2)
_deals.append(deal)
else:
setattr(d, k, v)
d.mtime = t
_pics = []
_ps = pics.query.filter(pics.business_id == id,
pics.isdel == False).all()
# FIXME: hard code mapping
for k, v in self.detailimgsurlargs.items():
# (1, 'icon'), (2, 'bg'), (3, 'gallery')
p = pics()
if k == 'icon':
p.type = 1
elif k == 'bg':
p.type = 2
if p.type:
p.path = v
_pics.append(p)
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
#db.session.merge(r)
for v in __deals:
db.session.delete(v)
for v in _ps:
db.session.delete(v)
for v in _pics:
db.session.add(v)
for v in _deals:
db.session.add(v)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
out = SerialObjOutput(d,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
for k, v in field_inputs.items():
if k not in ['id', 'image_url']:
next(iter(out))[field_inputs_wrap_head].update({k: orgArgs[k]})
next(iter(out))[field_inputs_wrap_head].update(
{'deals': orgArgs['deals']})
next(iter(out))[field_inputs_wrap_head].update(
{'images_url': orgArgs['images_url']})
next(iter(out))[field_inputs_wrap_head].update({'id': id})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'overview'
return out
def put(self, id):
""" update one item
"""
"""update comment
@api {put} /rest/customer/comment/:id create comment
@apiVersion 0.0.5
@apiName UpdateComment
@apiGroup campaign
@apiPermission registered user
@apiParam {Number} id comment id
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo long/lat validation<br />
todo metadata for counter of registerd devices<br />
todo error / success return code in api
@apiParam {Object} data object
@apiParam {String{..254}} data.content message's title
@apiParam {Number} data.business_id comment belong to the business_id
@apiParam {Number} data.user_id user who create it
@apiParam {Number={0..5}} data.rate comment's rate
@apiParam {String} type request's type
@apiParam {String} subtype request's subtype
@apiExample {curl} Example usage:
curl -X PUT -H "mTag: xx" -H "Content-Type:application/json" -d "
{
"subtype":"comment",
"type":"business",
"data":{
"content":"Starbucks were all over Singapore and the quality ",
"business_id":1,
"user_id":2,
"rate":1
}
}" http://localhost/rest/customer/comment/1
HTTP/1.0 200 OK
{
"data":{
"content":"Starbucks were all over Singapore and the quality ",
"user_id":1,
"business_id":1,
"rate":1,
"mtime":"2016-08-31 04:16:42.091706",
"id":2
},
"type":"business",
"subtype":"comment"
}
@apiSuccess {Object} data object
@apiSuccess {String{..254}} data.content message's title
@apiSuccess {Number} data.business_id comment belong to the business_id
@apiSuccess {Number} data.user_id user who create it
@apiSuccess {Number} data.id comment's id
@apiSuccess {String{..254}} data.mtime comment's modify time
@apiSuccess {Number={0..5}} data.rate comment's rate
@apiSuccess {String} type request's type
@apiSuccess {String} subtype request's subtype
"""
# 1. parsing reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = obj.query.filter(obj.id == id, obj.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# 3. assign request data to orm
try:
t = datetime.utcnow()
r = PrepareObjORM(r, self.args.items())
r.mtime = t
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# TODO: make sure tranaction
_r = rates.query.filter(rates.user_id == self.args['user_id'],
rates.business_id == self.args['business_id'],
rates.isdel == False).scalar()
if _r is None:
return omitError(
'CE_NOT_EXIST', 'user_id {}, business_id {} '.format(
self.args['user_id'], self.args['business_id'])), 400
_r.rate = self.args['rate']
# 4. commit to save
try:
db.session.merge(r)
db.session.merge(_r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
next(iter(out))[field_inputs_wrap_head].update({'id': id})
next(iter(out))[field_inputs_wrap_head].update(
{'rate': self.args['rate']})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'comment'
return out
def post(self):
"""create data
"""
"""create comment
@api {post} /rest/customer/comments create comment
@apiVersion 0.0.5
@apiName CreateComment
@apiGroup campaign
@apiPermission registered user
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo long/lat validation<br />
todo metadata for counter of registerd devices<br />
todo error / success return code in api
@apiParam {Object} data object
@apiParam {String{..254}} data.content message's title
@apiParam {Number} data.business_id comment belong to the business_id
@apiParam {Number} data.user_id user who create it
@apiParam {Number={0..5}} data.rate comment's rate
@apiParam {String} type request's type
@apiParam {String} subtype request's subtype
@apiExample {curl} Example usage:
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "
{
"subtype":"comment",
"type":"business",
"data":{
"content":"Starbucks were all over Singapore and the quality ",
"business_id":1,
"user_id":2,
"rate":1
}
}" http://localhost/rest/customer/comments
HTTP/1.0 200 OK
{
"data":{
"content":"Starbucks were all over Singapore and the quality ",
"user_id":1,
"business_id":1,
"rate":1,
"mtime":"2016-08-31 04:16:42.091706",
"id":2
},
"type":"business",
"subtype":"comment"
}
@apiSuccess {Object} data object
@apiSuccess {String{..254}} data.content message's title
@apiSuccess {Number} data.business_id comment belong to the business_id
@apiSuccess {Number} data.user_id user who create it
@apiSuccess {Number} data.id comment's id
@apiSuccess {String{..254}} data.mtime comment's modify time
@apiSuccess {Number={0..5}} data.rate comment's rate
@apiSuccess {String} type request's type
@apiSuccess {String} subtype request's subtype
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
#orgArgs = {'type': 'business', 'subtype': 'comment', 'data': {"content": "Starbucks were all over Singapore and the quality" ,"business_id": 1, "user_id": 1}}'
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_post)
#print("self.args=", self.args)
#return {}, 400
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 1.3 check name unique
r = obj.query.filter(obj.user_id == self.args['user_id'],
obj.business_id == self.args['business_id'],
obj.isdel == False).scalar()
if r is not None:
return omitError(
'CE_DATA_DUPLICATE',
'user_id {}, business_id {} are duplicate'.format(
self.args['user_id'], self.args['business_id'])), 400
# 2. validate follows spec
if db.session.query(obj).filter(obj.isdel == False).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
r = obj()
try:
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# TODO: make sure tranaction
# 1.3 check name unique
_r = rates.query.filter(rates.user_id == self.args['user_id'],
rates.business_id == self.args['business_id'],
rates.isdel == False).scalar()
if _r is not None:
return omitError(
'CE_DATA_DUPLICATE',
'user_id {}, business_id {} are duplicate'.format(
self.args['user_id'], self.args['business_id'])), 400
_r = rates()
_r.business_id = self.args['business_id']
_r.user_id = self.args['user_id']
_r.rate = self.args['rate']
# 4. commit to save
try:
db.session.add(r)
db.session.add(_r)
db.session.flush()
db.session.refresh(r)
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
next(iter(out))[field_inputs_wrap_head].update({'id': r.id})
next(iter(out))[field_inputs_wrap_head].update(
{'rate': self.args['rate']})
next(iter(out))['type'] = 'business'
next(iter(out))['subtype'] = 'comment'
return out
def post(self, id):
"""regist devices to one business for push notification
@api {post} /rest/pushno/reg/:id regist devices
@apiVersion 0.0.4
@apiName RegistOneDevice
@apiGroup pushno
@apiPermission registered user
@apiParam {Number} id business id, you can get from GetAllCustomerBusinesses.
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo long/lat validation<br />
todo metadata for counter of registerd devices<br />
todo error / success return code in api
@apiParam {Object[]} devices List of devices
@apiParam {Number} devices.user_id registered user id
@apiParam {Number=1, 2} devices.type device's type, 1 for andriod, 2 for ios
@apiParam {String{..254}} devices.dev_id device's id
@apiExample {curl} Example usage:
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "
{
"data":[
{
"type":1,
"user_id":1,
"dev_id":"eh2AM5l18K8:APA91bFsjAU_FmdkdTeErJ_BRSiz7_Iipi_r12QTscHciTVJmj1gcSK_p9l6BfgYtudntv0Ht7JNiyCe8lS-WdrL8zHOwCdGFdRutEDglPV1I9EeROVbhwVX0rcd_PS_jdCTQZ22inFq"
}
]
}" http://localhost/rest/pushno/reg/1
"""
# 1. parsing reqest
try:
# TODO:validate by array
#orgArgs, self.args = GetTwoLayerRequestArgs(field_inputs_wrap_head, field_inputs_post)
self.args = []
j = request.get_json()
for v in j[field_inputs_wrap_head]:
v['business_id'] = id
self.args.append(v)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = business.query.filter(business.id == id,
business.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST', 'id {} not found'.format(id)), 400
# TODO: UniqueConstraint at __pushno_tablename__
# 3. assign request data to orm
_r = []
try:
for v in self.args:
#print("v=", v)
r = obj()
_r.append(PrepareObjORM(r, v.items()))
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
# 4. commit to save
try:
for v in _r:
db.session.add(v)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
# FIXME: return array
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_post), 200
next(iter(out))['type'] = 'pushno'
next(iter(out))['subtype'] = 'reg'
return out
def post(self, business_id):
"""push notification to all device under business id
@api {post} /rest/pushno/send/:id send message to registed devices under business id
@apiVersion 0.0.4
@apiName SendNoticeToDevicesByBusinessId
@apiGroup pushno
@apiPermission registered user
@apiParam {Number} id business id
@apiDescription
todo certificate with cookies / oauth 2.0<br />
todo long/lat validation<br />
todo metadata for counter of registerd devices<br />
todo error / success return code in api
@apiParam {Object} data push notification's body
@apiParam {String{..254}} data.title message's title
@apiParam {String{..254}} data.message message
@apiParam {String{..254}} data.url message's url
@apiExample {curl} Example usage:
curl -X POST -H "mTag: xx" -H "Content-Type:application/json" -d "
{
"data":{
"title":"XXXX",
"message":"scscs",
"uri":"xxxxx"
}
}" http://localhost/rest/pushno/reg/1
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
orgArgs, self.args = GetTwoLayerRequestArgs(
field_inputs_wrap_head, field_inputs_send)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 2. get orm from db
r = business.query.filter(business.id == business_id,
business.isdel == False).scalar()
if r is None:
return omitError('CE_NOT_EXIST',
'id {} not found'.format(business_id)), 400
# 2. validate follows spec
r = obj.query.filter(obj.business_id == business_id,
obj.isdel == False).all()
alert = {}
alert['title'] = self.args['title']
alert['message'] = self.args['message']
alert['uri'] = self.args['uri']
gcms = []
apns = []
for _r in r:
# (1, 'andriod'), (2, 'ios')
if _r.type == 1:
gcms.append(_r.dev_id)
elif _r.type == 2:
apns.append(_r.dev_id)
# ref: http://pushjack.readthedocs.io/en/latest/
#logger.debug('gcm len %d, all items: %s', len(gcms), gcms)
#>>> l = [1, 2, 3, 4]
#>>> [l[i:i + 2] for i in range(0, len(l), 2)]
#[[1, 2], [3, 4]]]
_l = gcms
itemsPerPage = settings.GCM_MAX_BATCH_SEND
for chunk in [
_l[i:i + itemsPerPage] for i in range(0, len(_l), itemsPerPage)
]:
# FIXME: config it
response = gcm_client.send(chunk,
alert,
collapse_key='mi',
delay_while_idle=True,
time_to_live=604800)
#logger.debug("gcm r:", response, dir(response))
#gcm errors: [GCMInvalidRegistrationError (code=InvalidRegistration): Invalid registration ID for identifier XXXXX, GCMInvalidRegistrationError (code=InvalidRegistration): Invalid registration ID for identifier XXXXX, GCMInvalidRegistrationError (code=InvalidRegistration): Invalid registration ID for identifier XXXXX]
#gcm failures: ['XXXXX', 'XXXXX', 'XXXXX']
#gcm data: [{'multicast_id': 5353943955785430694, 'results': [{'error': 'InvalidRegistration'}, {'error': 'InvalidRegistration'}, {'error': 'InvalidRegistration'}], 'success': 0, 'failure': 3, 'canonical_ids': 0}]
#logger.debug('gcm errors: %s', response.errors)
#logger.debug('gcm failures: %s', response.failures)
#logger.debug('gcm data: %s', response.data)
# Successfully handled registration_ids
for reg_id in response.successes:
logger.debug('Successfully sent notification for reg_id %d',
(reg_id))
# Handling errors
# FIXME: add error code
if len(response.errors) > 0:
logger.debug('gcm data: %s', response.data)
return omitError('CE_NOT_EXIST',
'{} not found'.format(response.errors)), 400
_l = apns
itemsPerPage = settings.APNS_MAX_BATCH_SEND
for chunk in [
_l[i:i + itemsPerPage] for i in range(0, len(_l), itemsPerPage)
]:
response = apns_client.send(apns,
alert,
expiration=int(time.time() + 604800),
error_timeout=5,
batch_size=1000)
print("apns r:", dir(response))
if len(response.errors) or len(response.token_errors) > 0:
return omitError('CE_NOT_EXIST',
'{} not '.format(response)), 400
apns_client.close()
# 5. return all data to user
out = SerialObjOutput(r,
objname=field_inputs_wrap_head,
resource_fields=resource_fields_send), 200
next(iter(out))[field_inputs_wrap_head].update({'gcm_nr': len(gcms)})
next(iter(out))[field_inputs_wrap_head].update({'apns_nr': len(apns)})
next(iter(out))['type'] = 'pushno'
next(iter(out))['subtype'] = 'send'
return out
def post(self):
"""Create new record, the content recieve from http such as below:
Cookie: sid=<string>
mTag: <string>
Content:
{
"secpolicy" : {
"name" : <string>,
"interface" : {
"ifName" : <string>
},
"srcIpGroups" : [
{
"id" : <long>
},
(more IpGroup objects...)
],
"srcIpAddrs" : [
{
"id" : <long>
},
(more IpAddr objects...)
],
"dstIpGroups" : [
{
"id" : <long>
},
(more IpGroup objects...)
],
"dstIpAddrs" : [
{
"id" : <long>
},
(more IpAddr objects...)
],
"vlanGroups" : [
{
"id" : <long>
},
(more VlanGroup objects...)
],
"vlans" : [
{
"id" : <long>
},
(more Vlan objects...)
],
"servGroups" : [
{
"id" : <long>
},
(more ServGroup objects...)
],
"servs" : [
{
"id" : <long>
},
(more Serv objects...)
],
"userGroups" : [
{
"id" : <long>
},
(more UserGroup objects...)
],
"schds" : [
{
"id" : <long>
}
],
"ipprofile" : {
"id" : <long>
},
"ipprofileLogOnly" : <boolean>,
"acprofile" : {
"id" : <long>
},
"acprofileLogOnly" : <boolean>,
"scprofile" : {
"id" : <long>
},
"scprofileLogOnly" : <boolean>,
"action" : <string>,
"logging" : <string>,
"enabled" : <string>,
"description" : <string>
}
}
"""
# 1. parsing reqest
# 1.1 parsing 1st layer reqest
try:
orgArgs, self.args = GetRequestArgs(__sec_head__, field_inputs)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
# 1.2 parsing 2ed layer reqest
#def t(x):
# print('ooooo', x, field_inputs[x], type(field_inputs[x]))
# return isinstance(field_inputs[x], set)
try:
#print(filter(t, field_inputs.keys()),
# 'xxxx', field_inputs.items(),
# dict((k, v) for k, v in field_inputs.items() if isinstance(v['validator'], set)))
#for k, v in field_inputs.items():
# print('bbbbb', v, type(v))
for v in set((v) for v in set(field_inputs).intersection(orgArgs)
if isinstance(field_inputs[v]['validator'], set)):
#for v in dict((k, v) for k, v in field_inputs.items()
# if isinstance(v['validator'], set)):
#for v in filter(lambda v: isinstance(field_inputs[v], set), field_inputs):
print('set(field_inputs).intersection(orgArgs)',
field_inputs[v], v)
_type = field_inputs[v]['validator']
validator = next(iter(_type)).container.nested.items() \
if type(_type) is set else _type.items()
# validate 2ed value
# if is list, such as [{id: 1, name:2}, {id: 2, name:2}]
for _k, _v in validator:
for __v in orgArgs[v]:
if (_v.get('required', False)):
_v['type'](__v[_k])
#print('self.args[v]',self.args.get(v))
#self.args[v] = [self.args.get(v, None)]
self.args[v] = self.args[v] if self.args.get(v, False) else []
self.args[v].append(__v)
except Exception as error:
logger.debug('traceback.format_exc(%s)', traceback.format_exc())
return omitError(ErrorMsg=repr(error)), 400
logger.debug('parsed args = (%s)', self.args)
# 2. validate follows spec
if db.session.query(sec.id).count() > max:
return omitError('CE_EXCEED_LIMIT', 'limit is {}'.format(max)), 400
# 3. assign request data to orm
r = sec()
try:
print(type(self.args.items()), self.args.items())
r = PrepareObjORM(r, self.args.items())
except Exception as error:
return omitError(ErrorMsg=repr(error)), 400
print('self.args.items()=', self.args.items())
# 4. commit to save
try:
db.session.add(r)
db.session.flush()
db.session.commit()
except Exception as error:
db.session.rollback()
logger.warning('session commit error(%s)', error)
if exc.IntegrityError == type(error):
return omitError('CE_NAME_CONFLICT', repr(error)), 400
return omitError(ErrorMsg=repr(error)), 400
# 5. return all data to user
return SerialObjOutput(r, resource_fields=resource_fields), 200