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import functools
from opnfv_testapi.resources import handlers
import opnfv_testapi.resources.scenario_models as models
from opnfv_testapi.tornado_swagger import swagger
class GenericScenarioHandler(handlers.GenericApiHandler):
def __init__(self, application, request, **kwargs):
super(GenericScenarioHandler, self).__init__(application,
request,
**kwargs)
self.table = self.db_scenarios
self.table_cls = models.Scenario
def set_query(self, filters):
query = dict()
elem_query = dict()
for k, v in filters.iteritems():
if k == 'scenario':
query['name'] = v
elif k == 'installer':
elem_query["installer"] = v
elif k == 'version':
elem_query["versions.version"] = v
elif k == 'project':
elem_query["versions.projects.project"] = v
else:
query[k] = v
if elem_query:
query['installers'] = {'$elemMatch': elem_query}
return query
class ScenariosCLHandler(GenericScenarioHandler):
@swagger.operation(nickname="queryScenarios")
def get(self):
"""
@description: Retrieve scenario(s).
@notes: Retrieve scenario(s)
Available filters for this request are :
- name : scenario name
GET /scenarios?name=scenario_1
@param name: scenario name
@type name: L{string}
@in name: query
@required name: False
@param installer: installer type
@type installer: L{string}
@in installer: query
@required installer: False
@param version: version
@type version: L{string}
@in version: query
@required version: False
@param project: project name
@type project: L{string}
@in project: query
@required project: False
@return 200: all scenarios satisfy queries,
empty list if no scenario is found
@rtype: L{Scenarios}
"""
def _set_query():
query = dict()
elem_query = dict()
for k in self.request.query_arguments.keys():
v = self.get_query_argument(k)
if k == 'installer':
elem_query["installer"] = v
elif k == 'version':
elem_query["versions.version"] = v
elif k == 'project':
elem_query["versions.projects.project"] = v
else:
query[k] = v
if elem_query:
query['installers'] = {'$elemMatch': elem_query}
return query
self._list(query=_set_query())
@swagger.operation(nickname="createScenario")
def post(self):
"""
@description: create a new scenario by name
@param body: scenario to be created
@type body: L{ScenarioCreateRequest}
@in body: body
@rtype: L{CreateResponse}
@return 200: scenario is created.
@raise 403: scenario already exists
@raise 400: body or name not provided
"""
def query():
return {'name': self.json_args.get('name')}
miss_fields = ['name']
self._create(miss_fields=miss_fields, query=query)
class ScenarioGURHandler(GenericScenarioHandler):
@swagger.operation(nickname='getScenarioByName')
def get(self, name):
"""
@description: get a single scenario by name
@rtype: L{Scenario}
@return 200: scenario exist
@raise 404: scenario not exist
"""
self._get_one(query={'name': name})
pass
def put(self, name):
pass
@swagger.operation(nickname="deleteScenarioByName")
def delete(self, name):
"""
@description: delete a scenario by name
@return 200: delete success
@raise 404: scenario not exist:
"""
self._delete(query={'name': name})
class ScenarioUpdater(object):
def __init__(self, data, body=None,
installer=None, version=None, project=None):
self.data = data
self.body = body
self.installer = installer
self.version = version
self.project = project
def update(self, item, op):
updates = {
('score', 'add'): self._update_requests_add_score,
}
updates[(item, op)](self.data)
return self.data.format()
def iter_installers(xstep):
@functools.wraps(xstep)
def magic(self, data):
[xstep(self, installer)
for installer in self._filter_installers(data.installers)]
return magic
def iter_versions(xstep):
@functools.wraps(xstep)
def magic(self, installer):
[xstep(self, version)
for version in (self._filter_versions(installer.versions))]
return magic
def iter_projects(xstep):
@functools.wraps(xstep)
def magic(self, version):
[xstep(self, project)
for project in (self._filter_projects(version.projects))]
return magic
@iter_installers
@iter_versions
@iter_projects
def _update_requests_add_score(self, project):
project.scores.append(
models.ScenarioScore.from_dict(self.body))
def _filter_installers(self, installers):
return self._filter('installer', installers)
def _filter_versions(self, versions):
return self._filter('version', versions)
def _filter_projects(self, projects):
return self._filter('project', projects)
def _filter(self, item, items):
return filter(
lambda f: getattr(f, item) == getattr(self, item),
items)
class ScenarioScoresHandler(GenericScenarioHandler):
@swagger.operation(nickname="addScoreRecord")
def post(self, scenario):
"""
@description: add a new score record
@notes: add a new score record to a project
POST /api/v1/scenarios/<scenario_name>/scores? \
installer=<installer_name>& \
version=<version_name>& \
project=<project_name>
@param body: score to be added
@type body: L{ScenarioScore}
@in body: body
@param installer: installer type
@type installer: L{string}
@in installer: query
@required installer: True
@param version: version
@type version: L{string}
@in version: query
@required version: True
@param project: project name
@type project: L{string}
@in project: query
@required project: True
@rtype: L{Scenario}
@return 200: score is created.
@raise 404: scenario/installer/version/project not existed
"""
self.installer = self.get_query_argument('installer')
self.version = self.get_query_argument('version')
self.project = self.get_query_argument('project')
filters = {'scenario': scenario,
'installer': self.installer,
'version': self.version,
'project': self.project}
db_keys = ['name']
self._update(query=self.set_query(filters=filters), db_keys=db_keys)
def _update_requests(self, data):
return ScenarioUpdater(data,
self.json_args,
self.installer,
self.version,
self.project).update('score', 'add')
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