def PUT(self,**kwargs):
try:
error_message=None
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['source','stimulus','artifact','enviroment','response','response_measure','quality_scenario_name','quality_atribute','quality_atribute_node','project_name'])
if error_message:
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.quality_requirements.find_one(dict(quality_atribute=data['quality_atribute'],quality_atribute_node=data['quality_atribute_node']))
if result:
for quality_scenario in result['quality_scenarios']:
if quality_scenario['name'] == data['quality_scenario_name']:
quality_scenario['name'] = data['quality_scenario_name']
quality_scenario['source'] = data['source']
quality_scenario['stimulus'] = data['stimulus']
quality_scenario['artifact'] = data['artifact']
quality_scenario['enviroment'] = data['enviroment']
quality_scenario['response'] = data['response']
quality_scenario['response_measure'] = data['response_measure']
db.quality_requirements.update({"_id": result['_id']}, {"$set": dict(quality_scenarios=result['quality_scenarios'])})
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'quality_scenario')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(
data=data,
attrs=['stakeholder_type', 'project_name', 'concerns', 'name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS %
'stakeholder')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.stakeholders.find_one({"name": data['name']})
if not result:
try:
db.stakeholders.insert(
dict(name=data['name'],
stakeholder_type=data['stakeholder_type'].replace(
"_", " "),
concerns=data['concerns']))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR %
'new_stakeholder')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS %
'stakeholder')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message, token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data,
attrs=['name', 'description'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'team')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client.teams
result = db.teams.find_one({"name": data['name']})
if not result:
try:
db.teams.insert(
dict(name=data['name'],
description=data['description']))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR %
'new_team')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS % 'team')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message, token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['background','purpose_scope','overview','project_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'overview')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.overview.find_one()
if not result:
try:
db.overview.insert(dict(background=data['background'],purpose_scope=data['purpose_scope'],overview=data['overview']))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_overview')
raise Exception
else:
db.overview.update({"_id": result['_id']}, {"$set": dict(background=data['background'],purpose_scope=data['purpose_scope'],overview=data['overview'])})
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def PUT(self, **kwargs):
try:
error_message = None
data = cherrypy.request.json
error_message = verify_in_data(
data=data,
attrs=[
'source', 'stimulus', 'artifact', 'enviroment', 'response',
'response_measure', 'quality_scenario_name',
'quality_atribute', 'quality_atribute_node', 'project_name'
])
if error_message:
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.quality_requirements.find_one(
dict(quality_atribute=data['quality_atribute'],
quality_atribute_node=data['quality_atribute_node']))
if result:
for quality_scenario in result['quality_scenarios']:
if quality_scenario['name'] == data[
'quality_scenario_name']:
quality_scenario['name'] = data[
'quality_scenario_name']
quality_scenario['source'] = data['source']
quality_scenario['stimulus'] = data['stimulus']
quality_scenario['artifact'] = data['artifact']
quality_scenario['enviroment'] = data['enviroment']
quality_scenario['response'] = data['response']
quality_scenario['response_measure'] = data[
'response_measure']
db.quality_requirements.update({"_id": result['_id']}, {
"$set":
dict(quality_scenarios=result['quality_scenarios'])
})
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS %
'quality_scenario')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message, token=None)
def PUT(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(
data=data,
attrs=[
'name', 'goal_description', 'objective', 'driver',
'stakeholders', 'quality_atributes', 'measure',
'project_name', 'chart_min', 'chart_med', 'chart_max',
'range_min', 'range_max'
])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,
'business_goal')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.business_goals.find_one({"name": data['name']})
if result:
try:
db.business_goals.update({"_id": result['_id']}, {
"$set":
dict(name=data['name'],
goal_description=data['goal_description'],
objective=data['objective'],
driver=data['driver'],
stakeholders=data['stakeholders'],
quality_atributes=data['quality_atributes'],
measure=data['measure'].replace("_", " "),
chart_min=data['chart_min'],
chart_med=data['chart_med'],
chart_max=data['chart_max'],
range_min=data['range_min'],
range_max=data['range_max'])
})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR %
'update_business_goal')
raise Exception
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS %
'business_goal')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message, token=None)
def PUT(self,**kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['name','inputs','stakeholder','context_description','functionality_description','functionality','context','outputs','stakeholder_description','project_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'operational_scenario')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.operational_scenarios.find_one({"name": data['name'].replace("_", " ")})
if result:
try:
db.operational_scenarios.update({"_id": result['_id']}, {"$set": dict(name=data['name'].replace("_", " "),inputs=data['inputs'],stakeholder=data['stakeholder'],context_description=data['context_description'],functionality_description=data['functionality_description'],functionality=data['functionality'],context=data['context'],outputs=data['outputs'],stakeholder_description=data['stakeholder_description'])})
except Exception,e:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'operational_scenario')
raise Exception
else:
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data,
attrs=['project_name', 'name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,
'business_goal')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.business_goals.find_one({"name": data['name']})
if not result:
try:
db.business_goals.insert(
dict(name=data['name'],
goal_description=str(),
objective=str(),
driver=str(),
stakeholders=list(),
quality_atributes=list(),
measure=str(),
chart_min=str('33'),
chart_med=str('33'),
chart_max=str('33'),
range_min=str('0'),
range_max=str('100')))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR %
'new_business_goal')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS %
'business_goal')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message, token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['project_name','description','stakeholder','alternatives','constaint_type','name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,'constraint')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.constraints.find_one({"name": data['name']})
if not result:
try:
db.constraints.insert(dict(name=data['name'],stakeholder=data['stakeholder'].replace ("_", " "),description=data['description'],alternatives=data['alternatives'],constaint_type=data['constaint_type']))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_constraint')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS % 'constraint')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def PUT(self,**kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['project_name','description','stakeholder','alternatives','constaint_type','name','old_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,'constraint')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.constraints.find_one({"name": data['old_name']})
if result:
try:
db.constraints.update({"_id": result['_id']}, {"$set": dict(name=data['name'],stakeholder=data['stakeholder'].replace ("_", " "),description=data['description'],alternatives=data['alternatives'],constaint_type=data['constaint_type'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_constraint')
raise Exception
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'constraint')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def PUT(self,**kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['stakeholder_type','project_name','concerns','name','old_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'stakeholder')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.stakeholders.find_one({"name": data['old_name']})
if result:
try:
db.stakeholders.update({"_id": result['_id']}, {"$set": dict(name=data['name'],stakeholder_type=data['stakeholder_type'].replace ("_", " "),concerns=data['concerns'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_stakeholder')
raise Exception
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'stakeholder')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['project_name','name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,'business_goal')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.business_goals.find_one({"name": data['name']})
if not result:
try:
db.business_goals.insert(dict(name=data['name'],goal_description=str(),objective=str(),driver=str(),stakeholders=list(),quality_atributes=list(),measure=str(),chart_min=str('33'),chart_med=str('33'),chart_max=str('33'),range_min=str('0'),range_max=str('100')))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_business_goal')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS % 'business_goal')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def PUT(self,**kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['name','goal_description','objective','driver','stakeholders','quality_atributes','measure','project_name','chart_min','chart_med','chart_max','range_min','range_max'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,'business_goal')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.business_goals.find_one({"name": data['name']})
if result:
try:
db.business_goals.update({"_id": result['_id']}, {"$set": dict(name=data['name'],goal_description=data['goal_description'],objective=data['objective'],driver=data['driver'],stakeholders=data['stakeholders'],quality_atributes=data['quality_atributes'],measure=data['measure'].replace("_", " "),chart_min=data['chart_min'],chart_med=data['chart_med'],chart_max=data['chart_max'],range_min=data['range_min'],range_max=data['range_max'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_business_goal')
raise Exception
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'business_goal')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['project_name','name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS,'operational_scenario')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.operational_scenarios.find_one({"name": data['name']})
if not result:
try:
db.operational_scenarios.insert(dict(name=data['name'],inputs=list(),stakeholder=str(),context_description=str(),functionality_description=str(),functionality=str(),context=str(),outputs=list(),stakeholder_description=str()))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_operational_scenario')
raise Exception
else:
error_message = format(EXCEPTION_DATA_ALREADY_EXISTS % 'operational_scenario')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def POST(self, **kwargs):
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['utility_tree_type','project_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
utility_tree = list()
if data['utility_tree_type'] == 'ISO':
dicts = dict()
dicts['name']='functionality'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='interoperability',score='M L'))
dicts['nodes'].append(dict(node='security',score='H L'))
dicts['nodes'].append(dict(node='compliance',score='H L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='reliability'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='maturity',score='M M'))
dicts['nodes'].append(dict(node='recoverability',score='L L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='usability'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='learnability',score='M H'))
dicts['nodes'].append(dict(node='operability',score='M L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='efficiency'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='time',score='L L'))
dicts['nodes'].append(dict(node='resource',score='M L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='maintainability'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='extensibility',score='L L'))
utility_tree.append(dicts)
elif data['utility_tree_type'] == 'SEI':
dicts = dict()
dicts['name']='performance'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='latency',score='M L'))
dicts['nodes'].append(dict(node='throughput',score='H L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='modifiability'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='change-COTS',score='L L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='availability'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='HW-failures',score='M H'))
dicts['nodes'].append(dict(node='SW-failures',score='M L'))
utility_tree.append(dicts)
dicts = dict()
dicts['name']='security'
dicts['nodes']=list()
dicts['nodes'].append(dict(node='confident',score='L L'))
dicts['nodes'].append(dict(node='integrity',score='M L'))
utility_tree.append(dicts)
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
try:
db.utility_tree.insert(dict(utility_tree=utility_tree))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_utility_tree')
raise Exception
try:
for quality_atribute in utility_tree:
for node in quality_atribute['nodes']:
db.quality_requirements.insert(dict(quality_atribute=quality_atribute['name'],quality_atribute_node=node['node'],quality_atribute_score=node['score'],quality_scenarios=list()))
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'new_utility_tree')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
def PUT(self,**kwargs):
error_message = None
try:
data = cherrypy.request.json
error_message = verify_in_data(data=data, attrs=['update_type','project_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'update_type')
raise Exception
if data['update_type']=='qa_node_score':
error_message = verify_in_data(data=data, attrs=['qa_name','qa_node_name','qa_node_old_score','qa_node_score'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.utility_tree.find_one()
if result:
try:
for quality_atribute in result['utility_tree']:
if quality_atribute['name'] == data['qa_name']:
for node in quality_atribute['nodes']:
if node['node'] == data['qa_node_name']:
node['score'] = data['qa_node_score']
db.quality_requirements.update({"quality_atribute_node": data['qa_node_name']}, {"$set":{"quality_atribute_score":data['qa_node_score']}})
db.utility_tree.update({"_id": result['_id']}, {"$set": dict(utility_tree=result['utility_tree'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_utility_tree')
raise Exception
return build_response(token=None)
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
elif data['update_type']=='qa_node':
error_message = verify_in_data(data=data, attrs=['qa_name','qa_node_name','qa_old_node_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.utility_tree.find_one()
if result:
try:
for quality_atribute in result['utility_tree']:
if quality_atribute['name'] == data['qa_name']:
for node in quality_atribute['nodes']:
if node['node'] == data['qa_old_node_name']:
node['node'] = data['qa_node_name']
db.quality_requirements.update({"quality_atribute_node": data['qa_old_node_name']}, {"$set":{"quality_atribute_node":data['qa_node_name']}})
db.utility_tree.update({"_id": result['_id']}, {"$set": dict(utility_tree=result['utility_tree'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_utility_tree')
raise Exception
return build_response(token=None)
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
elif data['update_type']=='qa_name':
error_message = verify_in_data(data=data, attrs=['qa_name','qa_old_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.utility_tree.find_one()
if result:
try:
for quality_atribute in result['utility_tree']:
if quality_atribute['name'] == data['qa_old_name']:
quality_atribute['name'] = data['qa_name']
db.quality_requirements.update(
{"quality_atribute": data['qa_old_name']},
{"$set":{"quality_atribute":data['qa_name']}},
**{
"upsert":True,
"multi":True
})
db.utility_tree.update({"_id": result['_id']}, {"$set": dict(utility_tree=result['utility_tree'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_utility_tree')
raise Exception
return build_response(token=None)
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
elif data['update_type']=='add_qa_node':
error_message = verify_in_data(data=data, attrs=['qa_name','qa_node_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.utility_tree.find_one()
if result:
try:
for quality_atribute in result['utility_tree']:
if quality_atribute['name'] == data['qa_name']:
quality_atribute['nodes'].append(dict(node=data['qa_node_name'],score='L L'))
db.quality_requirements.insert(dict(quality_atribute=data['qa_name'],quality_atribute_node=data['qa_node_name'],quality_atribute_score='L L',quality_scenarios=list()))
db.utility_tree.update({"_id": result['_id']}, {"$set": dict(utility_tree=result['utility_tree'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_utility_tree')
raise Exception
return build_response(token=None)
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
elif data['update_type']=='add_qa_name':
error_message = verify_in_data(data=data, attrs=['qa_name'])
if error_message:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
client = MongoClient(DATABASE_ADDRESS, DATABASE_PORT)
db = client[data['project_name']]
result = db.utility_tree.find_one()
if result:
try:
dicts = dict()
dicts['name']=data['qa_name']
dicts['nodes']=list()
dicts['nodes'].append(dict(node=data['qa_name'],score='L L'))
result['utility_tree'].append(dicts)
db.quality_requirements.insert(dict(quality_atribute=data['qa_name'],quality_atribute_node=data['qa_name'],quality_atribute_score='L L',quality_scenarios=list()))
db.utility_tree.update({"_id": result['_id']}, {"$set": dict(utility_tree=result['utility_tree'])})
except Exception:
error_message = format(EXCEPTION_PROCESSING_ERROR % 'update_utility_tree')
raise Exception
return build_response(token=None)
else:
error_message = format(EXCEPTION_DATA_NOT_EXISTS % 'utility_tree')
raise Exception
return build_response(token=None)
except Exception:
if not error_message:
error_message = EXCEPTION_PROCESSING_ERROR
return build_response(error_message=error_message,token=None)
