testsuite/expect/test12.7 - SchedMD/slurm - Git at Google

 #!/usr/bin/env expect
 ############################################################################
 # Purpose: Test of Slurm functionality
 #          Validate that sacct -D shows correct job steps and states
 #          when a job is requeued
 ############################################################################
 # Copyright (C) SchedMD LLC.
 #
 # This file is part of Slurm, a resource management program.
 # For details, see <https://slurm.schedmd.com/>.
 # Please also read the included file: DISCLAIMER.
 #
 # Slurm is free software; you can redistribute it and/or modify it under
 # the terms of the GNU General Public License as published by the Free
 # Software Foundation; either version 2 of the License, or (at your option)
 # any later version.
 #
 # Slurm is distributed in the hope that it will be useful, but WITHOUT ANY
 # WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
 # FOR A PARTICULAR PURPOSE.  See the GNU General Public License for more
 # details.
 #
 # You should have received a copy of the GNU General Public License along
 # with Slurm; if not, write to the Free Software Foundation, Inc.
 # 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301  USA.
 ############################################################################
 source ./globals

 set job_id     0
 set node       [get_nodes_by_request -fail "-t1 --exclusive"]

 set accounting_storage_enforce [get_config_param "AccountingStorageEnforce"]
 if {[param_contains $accounting_storage_enforce "nosteps"] || [param_contains $accounting_storage_enforce "nojobs"]} {
 	skip "This test can not be run with nosteps or nojobs (AccountingStorageEnforce)"
 }
 if {![is_super_user]} {
 	skip "Test can only be run as SlurmUser"
 }

 proc cleanup {} {
 	global job_id

 	cancel_job $job_id
 }

 proc mod_state { state reason } {
 	global scontrol node

 	set output [run_command_output "$scontrol update nodename=$node state=$state reason=$reason"]
 	set bad_state [regexp "Invalid node state" $output]

 	if {$bad_state == 1 && $state eq "resume" && [get_config_param "ReturnToService"] == 2} {
 		log_warn "This error is expected, no worries"
 		set bad_state 0
 	}
 	if {$bad_state == 1} {
 		fail "Problem changing node state"
 	}
 }

 proc check_step { num } {
 	global sacct job_id

 	set steps -1
 	wait_for {$num == $steps} {
 		set output [run_command_output -fail "$sacct --job=$job_id\.batch -D --start=now-15minutes --noheader --format=jobid -P"]
 		set steps [regexp -all "batch" $output]
 	}
 	subtest {$num == $steps} "Check number of steps" "$steps != $num"
 }


 if {[get_config_param "AccountingStorageType"] ne "accounting_storage/slurmdbd"} {
 	skip "Not using accounting_storage/slurmdbd"
 }

 # Submit job to be requeued
 log_info "Test 1"
 set job_id [submit_job -fail "-N1 -w$node --exclusive -o/dev/null --requeue --wrap='$bin_sleep 20'"]

 wait_for_job -fail $job_id "RUNNING"

 # Wait for batch script to start (after message delays, prologs, etc.)
 wait_for_step "${job_id}.batch"

 # Set the node that the job is running on to down
 mod_state "down" "$test_name"

 # Wait a little bit for node state to change
 set node_state_found 0
 wait_for -fail {$node_state_found} {
 	set nodes [get_nodes]
 	if {[dict get [dict get $nodes $node] "State"] == "DOWN"} {
 		set node_state_found 1
 	}
 }

 # Set the node back to resume
 mod_state "resume" "$test_name"

 # Check the job state
 log_info "Test 2"
 wait_for_job -fail $job_id "PENDING"

 # Wait for the state changes to propagate to the database for sacct
 set fail_count 0
 set canc_count 0
 set pend_count 0
 wait_for {$fail_count == 1 && $canc_count == 1 && $pend_count == 1} {
 	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

 	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
 	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|NODE_FAIL" $output]
 	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|CANCELLED" $output]
 	set pend_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|PENDING" $output]
 }
 subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
 subtest {$canc_count == 1} "Test CANCELLED count" "$canc_count != 1"
 subtest {$pend_count == 1} "Test PENDING count" "$pend_count != 1"

 wait_for_job -fail $job_id "RUNNING"

 # Wait for batch script to start (after message delays, prologs, etc.)

 log_info "Test 3"
 set fail_count 0
 set canc_count 0
 set run_count 0
 wait_for {$fail_count == 1 && $canc_count == 1 && $run_count == 2} {
 	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

 	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
 	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|NODE_FAIL" $output]
 	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|CANCELLED" $output]
 	set run_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|RUNNING" $output]
 }
 subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
 subtest {$canc_count == 1} "Test CANCELLED count" "$canc_count != 1"
 subtest {$run_count == 2} "Test RUNNING count" "$run_count != 2"

 # Requeue the job
 run_command -fail "$scontrol requeue $job_id"

 # Wait a bit for the job to be requeued then check its state
 wait_for_job -fail $job_id "PENDING"

 # Wait for the state changes to propagate to the database for sacct
 log_info "Test 4"
 set fail_count 0
 set canc_count 0
 set pend_count 0
 set req_count 0
 wait_for {$fail_count == 1 && $canc_count == 2 && $pend_count == 1 && $req_count == 1} {
 	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

 	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
 	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|NODE_FAIL" $output]
 	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|CANCELLED" $output]
 	set pend_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|PENDING" $output]
 	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|REQUEUE" $output]
 }
 subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
 subtest {$canc_count == 2} "The first and second batch steps should both show CANCELLED" "$canc_count != 2"
 subtest {$pend_count == 1} "Test PENDING count" "$pend_count != 1"
 subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"

 wait_for_job -fail $job_id "RUNNING"

 # Check for steps after requeue. There should be 3 batch steps - the first 2
 # that are CANCELLED, and now the last one that is running.
 check_step 3


 log_info "Test 5"
 set fail_count 0
 set canc_count 0
 set req_count 0
 set run_count 0
 wait_for {$fail_count == 1 && $canc_count == 2 && $req_count == 1 && $run_count == 2} {
 	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

 	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
 	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|NODE_FAIL" $output]
 	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|CANCELLED" $output]
 	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|REQUEUE" $output]
 	set run_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|RUNNING" $output]
 }
 subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
 subtest {$canc_count == 2} "Test CANCELLED count" "$canc_count != 2"
 subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"
 subtest {$run_count == 2} "The job and its batch step should be RUNNING" "$run_count != 2"

 wait_for_job -fail $job_id "DONE"

 # Check steps after job has completed
 check_step 3
 log_info "Test 6"
 set fail_count 0
 set canc_count 0
 set comp_count 0
 set req_count 0
 wait_for {$fail_count == 1 && $canc_count == 2 && $comp_count == 2 && $req_count == 1} {
 	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

 	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
 	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|NODE_FAIL" $output]
 	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|CANCELLED" $output]
 	set comp_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|COMPLETED" $output]
 	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\|REQUEUE" $output]
 }
 subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
 subtest {$canc_count == 2} "Test CANCELLED count" "$canc_count != 2"
 subtest {$comp_count == 2} "Test COMPLETED count" "$comp_count != 2"
 subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"
	#!/usr/bin/env expect
	############################################################################
	# Purpose: Test of Slurm functionality
	# Validate that sacct -D shows correct job steps and states
	# when a job is requeued
	############################################################################
	# Copyright (C) SchedMD LLC.
	#
	# This file is part of Slurm, a resource management program.
	# For details, see <https://slurm.schedmd.com/>.
	# Please also read the included file: DISCLAIMER.
	#
	# Slurm is free software; you can redistribute it and/or modify it under
	# the terms of the GNU General Public License as published by the Free
	# Software Foundation; either version 2 of the License, or (at your option)
	# any later version.
	#
	# Slurm is distributed in the hope that it will be useful, but WITHOUT ANY
	# WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
	# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
	# details.
	#
	# You should have received a copy of the GNU General Public License along
	# with Slurm; if not, write to the Free Software Foundation, Inc.
	# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
	############################################################################
	source ./globals

	set job_id 0
	set node [get_nodes_by_request -fail "-t1 --exclusive"]

	set accounting_storage_enforce [get_config_param "AccountingStorageEnforce"]
	if {[param_contains $accounting_storage_enforce "nosteps"] \|\| [param_contains $accounting_storage_enforce "nojobs"]} {
	skip "This test can not be run with nosteps or nojobs (AccountingStorageEnforce)"
	}
	if {![is_super_user]} {
	skip "Test can only be run as SlurmUser"
	}

	proc cleanup {} {
	global job_id

	cancel_job $job_id
	}

	proc mod_state { state reason } {
	global scontrol node

	set output [run_command_output "$scontrol update nodename=$node state=$state reason=$reason"]
	set bad_state [regexp "Invalid node state" $output]

	if {$bad_state == 1 && $state eq "resume" && [get_config_param "ReturnToService"] == 2} {
	log_warn "This error is expected, no worries"
	set bad_state 0
	}
	if {$bad_state == 1} {
	fail "Problem changing node state"
	}
	}

	proc check_step { num } {
	global sacct job_id

	set steps -1
	wait_for {$num == $steps} {
	set output [run_command_output -fail "$sacct --job=$job_id\.batch -D --start=now-15minutes --noheader --format=jobid -P"]
	set steps [regexp -all "batch" $output]
	}
	subtest {$num == $steps} "Check number of steps" "$steps != $num"
	}


	if {[get_config_param "AccountingStorageType"] ne "accounting_storage/slurmdbd"} {
	skip "Not using accounting_storage/slurmdbd"
	}

	# Submit job to be requeued
	log_info "Test 1"
	set job_id [submit_job -fail "-N1 -w$node --exclusive -o/dev/null --requeue --wrap='$bin_sleep 20'"]

	wait_for_job -fail $job_id "RUNNING"

	# Wait for batch script to start (after message delays, prologs, etc.)
	wait_for_step "${job_id}.batch"

	# Set the node that the job is running on to down
	mod_state "down" "$test_name"

	# Wait a little bit for node state to change
	set node_state_found 0
	wait_for -fail {$node_state_found} {
	set nodes [get_nodes]
	if {[dict get [dict get $nodes $node] "State"] == "DOWN"} {
	set node_state_found 1
	}
	}

	# Set the node back to resume
	mod_state "resume" "$test_name"

	# Check the job state
	log_info "Test 2"
	wait_for_job -fail $job_id "PENDING"

	# Wait for the state changes to propagate to the database for sacct
	set fail_count 0
	set canc_count 0
	set pend_count 0
	wait_for {$fail_count == 1 && $canc_count == 1 && $pend_count == 1} {
	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|NODE_FAIL" $output]
	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|CANCELLED" $output]
	set pend_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|PENDING" $output]
	}
	subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
	subtest {$canc_count == 1} "Test CANCELLED count" "$canc_count != 1"
	subtest {$pend_count == 1} "Test PENDING count" "$pend_count != 1"

	wait_for_job -fail $job_id "RUNNING"

	# Wait for batch script to start (after message delays, prologs, etc.)

	log_info "Test 3"
	set fail_count 0
	set canc_count 0
	set run_count 0
	wait_for {$fail_count == 1 && $canc_count == 1 && $run_count == 2} {
	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|NODE_FAIL" $output]
	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|CANCELLED" $output]
	set run_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|RUNNING" $output]
	}
	subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
	subtest {$canc_count == 1} "Test CANCELLED count" "$canc_count != 1"
	subtest {$run_count == 2} "Test RUNNING count" "$run_count != 2"

	# Requeue the job
	run_command -fail "$scontrol requeue $job_id"

	# Wait a bit for the job to be requeued then check its state
	wait_for_job -fail $job_id "PENDING"

	# Wait for the state changes to propagate to the database for sacct
	log_info "Test 4"
	set fail_count 0
	set canc_count 0
	set pend_count 0
	set req_count 0
	wait_for {$fail_count == 1 && $canc_count == 2 && $pend_count == 1 && $req_count == 1} {
	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|NODE_FAIL" $output]
	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|CANCELLED" $output]
	set pend_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|PENDING" $output]
	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|REQUEUE" $output]
	}
	subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
	subtest {$canc_count == 2} "The first and second batch steps should both show CANCELLED" "$canc_count != 2"
	subtest {$pend_count == 1} "Test PENDING count" "$pend_count != 1"
	subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"

	wait_for_job -fail $job_id "RUNNING"

	# Check for steps after requeue. There should be 3 batch steps - the first 2
	# that are CANCELLED, and now the last one that is running.
	check_step 3


	log_info "Test 5"
	set fail_count 0
	set canc_count 0
	set req_count 0
	set run_count 0
	wait_for {$fail_count == 1 && $canc_count == 2 && $req_count == 1 && $run_count == 2} {
	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|NODE_FAIL" $output]
	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|CANCELLED" $output]
	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|REQUEUE" $output]
	set run_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|RUNNING" $output]
	}
	subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
	subtest {$canc_count == 2} "Test CANCELLED count" "$canc_count != 2"
	subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"
	subtest {$run_count == 2} "The job and its batch step should be RUNNING" "$run_count != 2"

	wait_for_job -fail $job_id "DONE"

	# Check steps after job has completed
	check_step 3
	log_info "Test 6"
	set fail_count 0
	set canc_count 0
	set comp_count 0
	set req_count 0
	wait_for {$fail_count == 1 && $canc_count == 2 && $comp_count == 2 && $req_count == 1} {
	set output [run_command_output -fail "$sacct --job=$job_id --duplicates --parsable2 --start=now-15minutes --end=tomorrow --noheader -o JobID,State"]

	# Skip "extern" job container optionally spawned by "PrologFlags=contain"
	set fail_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|NODE_FAIL" $output]
	set canc_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|CANCELLED" $output]
	set comp_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|COMPLETED" $output]
	set req_count [regexp -all "\[0-9_\]+(\.(?!extern)\[a-z\]+)*\\\|REQUEUE" $output]
	}
	subtest {$fail_count == 1} "Test NODE_FAIL count" "$fail_count != 1"
	subtest {$canc_count == 2} "Test CANCELLED count" "$canc_count != 2"
	subtest {$comp_count == 2} "Test COMPLETED count" "$comp_count != 2"
	subtest {$req_count == 1} "Test REQUEUE count" "$req_count != 1"