def post(self):
args = id_list.parse_args()
print Job.query.all()
print args['id']
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
#path = os.path.join(job.project.render_path_server, str(j))
#Security check
#insecure_names=[None, "", "/", "\\", ".", ".."]
#if job.project.render_path_server not in insecure_names and str(j) not in insecure_names:
# if exists(path):
# rmtree(path)
db.session.query(JobManagers).filter(JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
print "[info] Deleted job %d" % j
else:
print "[error] Job %d not found" % j
return '', 404
return '', 204
def post(self):
args = id_list.parse_args()
print Job.query.all()
print args['id']
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
path = os.path.join(job.project.render_path_server, str(j))
#Security check
#insecure_names=[None, "", "/", "\\", ".", ".."]
#if job.project.render_path_server not in insecure_names and str(j) not in insecure_names:
# if exists(path):
# rmtree(path)
db.session.query(JobManagers).filter(
JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
print "[info] Deleted job %d" % j
else:
print "[error] Job %d not found" % j
return '', 404
return '', 204
def post(self):
args = parser.parse_args()
for worker_id in list_integers_string(args['id']):
worker = Worker.query.get(worker_id)
worker.status = args['status']
http_rest_request(worker.manager.host, '/workers/' + worker_id, 'patch', dict(status=worker.status))
return '', 204
def post(self):
args = id_list.parse_args()
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
db.session.query(JobManagers)\
.filter(JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
logging.info("Deleted job {0}".format(j))
else:
logging.error("Job {0} not found".format(j))
return '', 404
return '', 204
def post(self):
args = id_list.parse_args()
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
db.session.query(JobManagers)\
.filter(JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
logging.info("Deleted job {0}".format(j))
else:
logging.error("Job {0} not found".format(j))
return '', 404
return '', 204
def put(self):
"""Run a command against a list of jobs.
"""
args = list_command_parser.parse_args()
# Parse the string list of job IDs into a real integers list
args['id'] = list_integers_string(args['id'])
fun = None
# Set a status variable, for returning a status to display in the UI
status = None
if args['command'] == "start":
fun = JobApi.start
status = "waiting"
elif args['command'] == "stop":
fun = JobApi.stop
status = "canceled"
elif args['command'] == "reset":
fun = JobApi.reset
status = "reset"
elif args['command'] == "respawn":
fun = self.respawn
status = "respawned"
elif args['command'] == "archive":
fun = JobApi.archive
status = "archived"
else:
logging.error("command not found")
return args, 400
try:
# Run the right function (according to the command specified) against
# a list of job IDs
map(fun, args['id'])
# Return a dictionary with the IDs list, the command that was run
# agains them and the status they have after such command has been
# executed
return dict(
id=args['id'], command=args['command'], status=status), 200
except KeyError:
return args, 404
args['status'] = 'waiting'
return args, 200
def put(self):
"""Run a command against a list of jobs.
"""
args = list_command_parser.parse_args()
# Parse the string list of job IDs into a real integers list
args['id'] = list_integers_string(args['id'])
fun = None
# Set a status variable, for returning a status to display in the UI
status = None
if args['command'] == "start":
fun = JobApi.start
status = "waiting"
elif args['command'] == "stop":
fun = JobApi.stop
status = "canceled"
elif args['command'] == "reset":
fun = JobApi.reset
status = "reset"
elif args['command'] == "respawn":
fun = self.respawn
status = "respawned"
elif args['command'] == "archive":
fun = JobApi.archive
status = "archived"
else:
logging.error("command not found")
return args, 400
try:
# Run the right function (according to the command specified) against
# a list of job IDs
map(fun, args['id'])
# Return a dictionary with the IDs list, the command that was run
# agains them and the status they have after such command has been
# executed
return dict(
id=args['id'], command=args['command'], status=status), 200
except KeyError:
return args, 404
args['status'] = 'waiting'
return args, 200
def post(self):
args = id_list.parse_args()
print Job.query.all()
print args['id']
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
path = os.path.join(job.project.render_path_server, str(j))
if exists(path):
rmtree(path)
db.session.delete(job)
db.session.commit()
print "[info] Deleted job %d" % j
else:
print "[error] Job %d not found" % j
return '', 404
return '', 204
def put(self):
args = status_parser.parse_args()
fun = None
if args['status'] == "start":
fun = self.start
elif args['status'] == "stop":
fun = self.stop
elif args['status'] == "reset":
fun = self.reset
elif args['status'] == "respawn":
fun = self.respawn
else:
print "command not found"
return args, 400
try:
map(fun, list_integers_string(args['id']))
except KeyError:
return args, 404
args['status'] = 'running'
return args, 200
def post(self):
args = id_list.parse_args()
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
#path = join(job.project.render_path_server, str(j))
#Security check
#insecure_names=[None, "", "/", "\\", ".", ".."]
#if job.project.render_path_server not in insecure_names and str(j) not in insecure_names:
# if exists(path):
# rmtree(path)
db.session.query(JobManagers)\
.filter(JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
logging.info("Deleted job {0}".format(j))
else:
logging.error("Job {0} not found".format(j))
return '', 404
return '', 204
def post(self):
args = id_list.parse_args()
int_list = list_integers_string(args['id'])
for j in int_list:
TaskApi.delete_tasks(j)
job = Job.query.get(j)
if job:
#path = join(job.project.render_path_server, str(j))
#Security check
#insecure_names=[None, "", "/", "\\", ".", ".."]
#if job.project.render_path_server not in insecure_names and str(j) not in insecure_names:
# if exists(path):
# rmtree(path)
db.session.query(JobManagers)\
.filter(JobManagers.job_id == job.id).delete()
db.session.delete(job)
db.session.commit()
logging.info("Deleted job {0}".format(j))
else:
logging.error("Job {0} not found".format(j))
return '', 404
return '', 204
