def get(self,request,job_id): """ approve job """ job_state = request.GET['job_state'] JobStatemachine.send_user_action(job_id,job_state,JobStateOutcome.approved_by_custodian) return redirect("/harvest/runningjob")
def get(self,request,job_id): """ cancel job """ #import ipdb;ipdb.set_trace() job_state = request.GET['job_state'] JobStatemachine.send_user_action(job_id,job_state,JobStateOutcome.cancelled_by_custodian) return redirect("/harvest/runningjob")
def get(self, request, job_id): """ approve job """ job_state = request.GET['job_state'] JobStatemachine.send_user_action(job_id, job_state, JobStateOutcome.approved_by_custodian) return redirect("/harvest/runningjob")
def get(self, request, job_id): """ cancel job """ #import ipdb;ipdb.set_trace() job_state = request.GET['job_state'] JobStatemachine.send_user_action( job_id, job_state, JobStateOutcome.cancelled_by_custodian) return redirect("/harvest/runningjob")
def handle(self, *args, **options): check = options["check_datasource"] check_interval = 0 if check: try: check_interval = int(options["check_interval"]) * 60 if check_interval < 0: check_interval = 0 except: check_interval = 0 # Parse the days argument as an integer. if options['job_id']: try: options['job_id'] = int(options['job_id']) except: raise Exception("job id should be integer") if options['user_action']: if options['job_state']: JobStatemachine.send_user_action(options['job_id'], options['job_state'], options['user_action']) else: JobStatemachine.send_user_action(options['job_id'], None, options['user_action']) elif options['job_state']: raise Exception("missing action parameter") else: JobStatemachine.run_job(options['job_id']) elif options['run_interval']: try: options['run_interval'] = int(options['run_interval']) except: raise Exception("job id should be a positive integer.") if options['run_interval'] <= 0: raise Exception("job id should be a positive integer.") HarvestModifyTime(check, check_interval, True).harvest() JobStatemachine.running(options['run_interval']) elif check: HarvestModifyTime(check, check_interval).harvest() else: JobStatemachine.run_all_jobs() return 0
def handle(self, *args, **options): check = options["check_datasource"] check_interval = 0 if check: try: check_interval = int(options["check_interval"]) * 60 if check_interval < 0: check_interval = 0 except: check_interval = 0 # Parse the days argument as an integer. if options["job_id"]: try: options["job_id"] = int(options["job_id"]) except: raise Exception("job id should be integer") if options["user_action"]: if options["job_state"]: JobStatemachine.send_user_action(options["job_id"], options["job_state"], options["user_action"]) else: JobStatemachine.send_user_action(options["job_id"], None, options["user_action"]) elif options["job_state"]: raise Exception("missing action parameter") else: JobStatemachine.run_job(options["job_id"]) elif options["run_interval"]: try: options["run_interval"] = int(options["run_interval"]) except: raise Exception("job id should be a positive integer.") if options["run_interval"] <= 0: raise Exception("job id should be a positive integer.") HarvestModifyTime(check, check_interval, True).harvest() JobStatemachine.running(options["run_interval"]) elif check: HarvestModifyTime(check, check_interval).harvest() else: JobStatemachine.run_all_jobs() return 0