Synopsiscondor_dagman -f-t-l .-help
condor_dagman-f-l .-csdversion version_string[-debug level] [-maxidle numberOfProcs] [-maxjobs numberOfJobs] [-maxpre NumberOfPreScripts] [-maxpost NumberOfPostScripts] [-noeventchecks] [-allowlogerror] [-usedagdir] -lockfile filename[-waitfordebug] [-autorescue 0|1] [-dorescuefrom number] [-allowversionmismatch] [-DumpRescue] [-verbose] [-force] [-notification value] [-suppress_notification] [-dont_suppress_notification] [-dagman DagmanExecutable] [-outfile_dir directory] [-update_submit] [-import_env] [-priority number] [-dont_use_default_node_log] [-DontAlwaysRunPost] [-DoRecovery] -dag dag_file[-dag dag_file_2... -dag dag_file_n]
Descriptioncondor_dagman is a meta scheduler for the HTCondor jobs within a DAG (directed acyclic graph) (or multiple DAGs). In typical usage, a submitter of jobs that are organized into a DAG submits the DAG using condor_submit_dag. condor_submit_dagdoes error checking on aspects of the DAG and then submits condor_dagman as an HTCondor job. condor_dagman uses log files to coordinate the further submission of the jobs within the DAG.
All command line arguments to the DaemonCorelibrary functions work for condor_dagman. When invoked from the command line, condor_dagmanrequires the arguments -f -l .to appear first on the command line, to be processed by DaemonCore. The csdversionmust also be specified; at start up, condor_dagmanchecks for a version mismatch with the condor_submit_dagversion in this argument. The -targument must also be present for the -helpoption, such that output is sent to the terminal.
Arguments to condor_dagmanare either automatically set by condor_submit_dagor they are specified as command-line arguments to condor_submit_dagand passed on to condor_dagman. The method by which the arguments are set is given in their description below.
condor_dagmancan run multiple, independent DAGs. This is done by specifying multiple -dag arguments. Pass multiple DAG input files as command-line arguments to condor_submit_dag.
Debugging output may be obtained by using the -debug leveloption. Level values and what they produce is described as
- * level = 0; never produce output, except for usage info
- * level = 1; very quiet, output severe errors
- * level = 2; normal output, errors and warnings
- * level = 3; output errors, as well as all warnings
- * level = 4; internal debugging output
- * level = 5; internal debugging output; outer loop debugging
- * level = 6; internal debugging output; inner loop debugging; output DAG input file lines as they are parsed
- * level = 7; internal debugging output; rarely used; output DAG input file lines as they are parsed
- Display usage information and exit.
- Display version information and exit.
- An integer level of debugging output. levelis an integer, with values of 0-7 inclusive, where 7 is the most verbose output. This command-line option to condor_submit_dagis passed to condor_dagman or defaults to the value 3.
- Sets the maximum number of idle procs allowed before condor_dagman stops submitting more node jobs. Note that for this argument, each individual proc within a cluster counts as a towards the limit, which is inconsistent with -maxjobs.Once idle procs start to run, condor_dagman will resume submitting jobs once the number of idle procs falls below the specified limit. NumberOfProcsis a non-negative integer. If this option is omitted, the number of idle procs is limited by the configuration variable DAGMAN_MAX_JOBS_IDLE (see 3.3.24), which defaults to 1000. To disable this limit, set NumberOfProcsto 0. Note that submit description files that queue multiple procs can cause the NumberOfProcslimit to be exceeded. Setting queue 5000 in the submit description file, where -maxidleis set to 250 will result in a cluster of 5000 new procs being submitted to the condor_schedd, not 250. In this case, condor_dagman will resume submitting jobs when the number of idle procs falls below 250.
- Sets the maximum number of clusters within the DAG that will be submitted to HTCondor at one time. Note that for this argument, each cluster counts as one job, no matter how many individual procs are in the cluster. NumberOfClustersis a non-negative integer. If this option is omitted, the number of clusters is limited by the configuration variable DAGMAN_MAX_JOBS_SUBMITTED (see 3.3.24), which defaults to 0 (unlimited).
- Sets the maximum number of PRE scripts within the DAG that may be running at one time. NumberOfPreScriptsis a non-negative integer. If this option is omitted, the number of PRE scripts is limited by the configuration variable DAGMAN_MAX_PRE_SCRIPTS (see 3.3.24), which defaults to 20.
- Sets the maximum number of POST scripts within the DAG that may be running at one time. NumberOfPostScriptsis a non-negative integer. If this option is omitted, the number of POST scripts is limited by the configuration variable DAGMAN_MAX_POST_SCRIPTS (see 3.3.24), which defaults to 20.
- This argument is no longer used; it is now ignored. Its functionality is now implemented by the DAGMAN_ALLOW_EVENTS configuration variable.
- This optional argument has condor_dagman try to run the specified DAG, even in the case of detected errors in the job event log specification. As of version 7.3.2, this argument has an effect only on DAGs containing Stork job nodes.
- This optional argument causes condor_dagman to run each specified DAG as if the directory containing that DAG file was the current working directory. This option is most useful when running multiple DAGs in a single condor_dagman .
- Names the file created and used as a lock file. The lock file prevents execution of two of the same DAG, as defined by a DAG input file. A default lock file ending with the suffix .dag.lock is passed to condor_dagman by condor_submit_dag.
- This optional argument causes condor_dagman to wait at startup until someone attaches to the process with a debugger and sets the wait_for_debug variable in main_init() to false.
- Whether to automatically run the newest rescue DAG for the given DAG file, if one exists (0 = false , 1 = true ).
- Forces condor_dagman to run the specified rescue DAG number for the given DAG. A value of 0 is the same as not specifying this option. Specifying a nonexistent rescue DAG is a fatal error.
- This optional argument causes condor_dagman to allow a version mismatch between condor_dagman itself and the .condor.sub file produced by condor_submit_dag(or, in other words, between condor_submit_dagand condor_dagman ). WARNING! This option should be used only if absolutely necessary. Allowing version mismatches can cause subtle problems when running DAGs. (Note that, starting with version 7.4.0, condor_dagman no longer requires an exact version match between itself and the .condor.sub file. Instead, a "minimum compatible version" is defined, and any .condor.sub file of that version or newer is accepted.)
- This optional argument causes condor_dagman to immediately dump a Rescue DAG and then exit, as opposed to actually running the DAG. This feature is mainly intended for testing. The Rescue DAG file is produced whether or not there are parse errors reading the original DAG input file. The name of the file differs if there was a parse error.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) Cause condor_submit_dagto give verbose error messages.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) Require condor_submit_dagto overwrite the files that it produces, if the files already exist. Note that dagman.out will be appended to, not overwritten. If new-style rescue DAG mode is in effect, and any new-style rescue DAGs exist, the -forceflag will cause them to be renamed, and the original DAG will be run. If old-style rescue DAG mode is in effect, any existing old-style rescue DAGs will be deleted, and the original DAG will be run. See the HTCondor manual section on Rescue DAGs for more information.
- This argument is only included to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs. Sets the e-mail notification for DAGMan itself. This information will be used within the HTCondor submit description file for DAGMan. This file is produced by condor_submit_dag. The notificationoption is described in the condor_submitmanual page.
- Causes jobs submitted by condor_dagman to not send email notification for events. The same effect can be achieved by setting the configuration variable DAGMAN_SUPPRESS_NOTIFICATION to True . This command line option is independent of the -notificationcommand line option, which controls notification for the condor_dagman job itself. This flag is generally superfluous, as DAGMAN_SUPPRESS_NOTIFICATION defaults to True .
- Causes jobs submitted by condor_dagman to defer to content within the submit description file when deciding to send email notification for events. The same effect can be achieved by setting the configuration variable DAGMAN_SUPPRESS_NOTIFICATION to False . This command line flag is independent of the -notificationcommand line option, which controls notification for the condor_dagman job itself. If both -dont_suppress_notificationand -suppress_notificationare specified within the same command line, the last argument is used.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) Allows the specification of an alternate condor_dagman executable to be used instead of the one found in the user's path. This must be a fully qualified path.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) Specifies the directory in which the .dagman.out file will be written. The directorymay be specified relative to the current working directory as condor_submit_dagis executed, or specified with an absolute path. Without this option, the .dagman.out file is placed in the same directory as the first DAG input file listed on the command line.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) This optional argument causes an existing .condor.sub file to not be treated as an error; rather, the .condor.sub file will be overwritten, but the existing values of -maxjobs, -maxidle, -maxpre, and -maxpostwill be preserved.
- (This argument is included only to be passed to condor_submit_dagif lazy submit file generation is used for nested DAGs.) This optional argument causes condor_submit_dagto import the current environment into the environmentcommand of the .condor.sub file it generates.
- Sets the minimum job priority of node jobs submitted and running under this condor_dagman job.
- This option is disabled as of HTCondor version 8.3.1.Tells condor_dagman to use the file specified by the job ClassAd attribute UserLog to monitor job status. If this command line argument is used, then the job event log file cannot be defined with a macro.
- This option causes condor_dagman to observe the exit status of the PRE script when deciding whether or not to run the POST script. Versions of condor_dagman previous to HTCondor version 7.7.2 would not run the POST script if the PRE script exited with a nonzero status, but this default has been changed such that the POST script will run, regardless of the exit status of the PRE script. Using this option restores the previous behavior, in which condor_dagman will not run the POST script if the PRE script fails.
- Causes condor_dagman to start in recovery mode. This means that it reads the relevant job user log(s) and catches up to the given DAG's previous state before submitting any new jobs.
- filenameis the name of the DAG input file that is set as an argument to condor_submit_dag, and passed to condor_dagman .
condor_dagmanwill exit with a status value of 0 (zero) upon success, and it will exit with the value 1 (one) upon failure.
condor_dagmanis normally not run directly, but submitted as an HTCondor job by running condor_submit_dag. See the condor_submit_dag manual page for examples.
AuthorCenter for High Throughput Computing, University of Wisconsin-Madison
CopyrightCopyright (C) 1990-2015 Center for High Throughput Computing, Computer Sciences Department, University of Wisconsin-Madison, Madison, WI. All Rights Reserved. Licensed under the Apache License, Version 2.0.