ilcdirac

from ILCDIRAC.Interfaces.API.NewInterface.LCJob import LCJob from ILCDIRAC.Interfaces.API.NewInterface.Applications import Marlin # Note: A full DIRAC environment (with configuration and a valid VOMS proxy) # is required for actual job submission. This example focuses on API object creation. # 1. Create an LCJob instance job = LCJob() job.setName('MyILCDiracJob') job.setPlatform('x86_64-slc6-gcc44-opt') # Example platform, choose one appropriate for your grid job.setCPUTime(3600) # Example: 1 hour CPU time limit # 2. Define an application, e.g., Marlin marlin_app = Marlin() marlin_app.setVersion('v01-08-01') # Specify a valid Marlin version available on the grid marlin_app.setSteeringFile('my_steering_file.xml') # Path to a steering file marlin_app.setInputData(['LFN:/ilc/user/exampleuser/input.slcio']) # Logical File Name for input data # 3. Add the application to the job job.appendApplication(marlin_app) # 4. Define output data and where to store it job.setOutputData(['output.root'], OutputSE='CERN-USER') # Store output.root in CERN-USER Storage Element job.setOutputSandbox(['stdout.log', 'stderr.log']) # Files to retrieve to local sandbox # Print job definition summary print(f"Created ILCDIRAC Job '{job.getName()}'") print(f" Platform: {job.getPlatform()}") print(f" CPU Time: {job.getCPUTime()} seconds") if job.applications: print(f" Application: {job.applications[0].__class__.__name__} (Version: {job.applications[0].version})") print(f" Output Data: {job.outputData}") print(f" Output Sandbox: {job.outputSandbox}") # To submit this job to the DIRAC grid, you would typically use: # from DIRAC.Core.Base.Script import parseCommandLine # parseCommandLine() # This initializes the DIRAC environment # result = job.submit() # if result['OK']: # print(f"Job submitted with ID: {result['Value']}") # else: # print(f"Submission failed: {result['Message']}")