Module: HPC::LSF
Class Method Summary
collapse
batch_dir_for_id, batch_options, batch_system_variables, cleanup_environment, coda, exec_cmd, execute, follow_job, header, hold_dependencies, job_queued, job_template, load_conda, load_modules, meta_data, prepare_environment, prepare_submision, rbbt_job_exec_cmd, run_job, sync_environment, wait_for_job
accumulate_rules, add_batch_deps, add_config_keys, add_rules_and_consolidate, chain_batches, check_chains, get_chains, get_job_dependencies, get_recursive_job_dependencies, job_batches, job_chains, job_dependencies, job_rules, job_rules, job_workload, merge_rules, orchestrate_job, orchestration_rules, parse_chains, pb, piggyback, prepare_for_execution, task_specific_rules, workflow_rules, workload
Class Method Details
.batch_system ⇒ Object
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# File 'lib/rbbt/hpc/lsf.rb', line 8
def self.batch_system
"LSF"
end
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.batch_system_variables ⇒ Object
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# File 'lib/rbbt/hpc/lsf.rb', line 12
def self.batch_system_variables
<<-EOF
let TOTAL_PROCESORS="$(cat /proc/cpuinfo|grep ^processor |wc -l)"
let MAX_MEMORY_DEFAULT="$(grep MemTotal /proc/meminfo|grep -o "[[:digit:]]*") / ( (1024 * $TOTAL_PROCESORS) / $LSB_MAX_NUM_PROCESSORS )"
[ ! -z $LSB_MAX_MEM_RUSAGE ] && let MAX_MEMORY="$LSB_MAX_MEM_RUSAGE" || MAX_MEMORY="$MAX_MEMORY_DEFAULT"
export MAX_MEMORY_DEFAULT
export MAX_MEMORY
export BATCH_JOB_ID=$LSF_JOBID
export BATCH_SYSTEM=#{batch_system}
EOF
end
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# File 'lib/rbbt/hpc/lsf.rb', line 24
def self.(options = {})
options = options.dup
queue = Misc.process_options options, :queue
task_cpus = Misc.process_options options, :task_cpus
time = Misc.process_options options, :time
nodes = Misc.process_options options, :nodes
workdir = Misc.process_options options, :workdir
exclusive = Misc.process_options options, :exclusive
batch_dir = Misc.process_options options, :batch_dir
batch_name = Misc.process_options options, :batch_name
batch_name ||= File.basename(batch_dir)
fout = File.join(batch_dir, 'std.out')
ferr = File.join(batch_dir, 'std.err')
time = Misc.format_seconds Misc.timespan(time) unless time.include? ":"
time = time.split(":").values_at(0, 1) * ":"
=<<-EOF
#!/bin/bash
#BSUB -J "#{batch_name}"
#BSUB -cwd "#{workdir}"
#BSUB -oo "#{fout}"
#BSUB -eo "#{ferr}"
#BSUB -q "#{queue}"
#BSUB -n "#{task_cpus}"
#BSUB -W "#{time}"
EOF
<< "#BSUB -x" << "\n" if exclusive
end
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.job_status(job = nil) ⇒ Object
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# File 'lib/rbbt/hpc/lsf.rb', line 118
def self.job_status(job = nil)
if job.nil?
CMD.cmd("bjobs -w").read
else
CMD.cmd("bjobs -w #{job}").read
end
end
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.run_template(batch_dir, dry_run) ⇒ Object
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# File 'lib/rbbt/hpc/lsf.rb', line 61
def self.run_template(batch_dir, dry_run)
fout = File.join(batch_dir, 'std.out')
ferr = File.join(batch_dir, 'std.err')
fjob = File.join(batch_dir, 'job.id')
fdep = File.join(batch_dir, 'dependencies.list')
fcfdep = File.join(batch_dir, 'canfail_dependencies.list')
fexit = File.join(batch_dir, 'exit.status')
fsync = File.join(batch_dir, 'sync.log')
fcmd = File.join(batch_dir, 'command.batch')
return if Open.exists?(fexit)
STDERR.puts Log.color(:magenta, "Issuing LSF file: #{fcmd}")
STDERR.puts Open.read(fcmd)
if File.exist?(fjob)
job = Open.read(fjob).to_i
else
dependencies = Open.read(fdep).split("\n") if File.exist? fdep
canfail_dependencies = Open.read(fcfdep).split("\n") if File.exist? fcfdep
normal_dep_list = dependencies && dependencies.any? ? dependencies.collect{|d| "post_done(#{d})"} : []
canfail_dep_list = canfail_dependencies && canfail_dependencies.any? ? canfail_dependencies.collect{|d| "done(#{d})"} : []
dep_list = normal_dep_list + canfail_dep_list
if dep_list.any?
dep_str = '-w "' + dep_list * " && " + '"'
else
dep_str = ""
end
cmd = "bsub #{dep_str} < '#{fcmd}'"
if File.exist?(fout)
return
elsif dry_run
STDERR.puts Log.color(:magenta, "To execute run: ") + Log.color(:blue, cmd)
STDERR.puts Log.color(:magenta, "To monitor progress run (needs local rbbt): ") + Log.color(:blue, "rbbt lsf tail '#{batch_dir}'")
raise HPC::BATCH_DRY_RUN, batch_dir
else
Open.rm fsync
Open.rm fexit
Open.rm fout
Open.rm ferr
job = CMD.cmd(cmd).read.scan(/\d+/).first.to_i
Log.debug "BSUB job id: #{job}"
Open.write(fjob, job.to_s)
job
end
end
end
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