Hi,
All my submitted jobs are just in queue.
I don't know how to let them be executed.
Here are my job scripts:
#!/bin/sh
#
# Sample script to show basic function of LoadLeveler
# - since no "executable" is specified, this file "job1.cmd" will be used as
# the executable
#
# @ error = job1.$(Host).$(Cluster).$(Process).err
# @ output = job1.$(Host).$(Cluster).$(Process).out
# @ queue
# @ queue
#
# simulate a compute bound job by killing some time
#
sleep 60
echo The name of this job is $0
echo
echo This job is running on `hostname`
echo
echo This job is running from `pwd`
echo
echo The environment is `env`
echo
echo These ids are logged onto the system:
who
and here is my LoadL_admin file:
# LoadL_admin file: Remove comments and edit this file to suit your installation.
# This file consists of machine, class, user, group and adapter stanzas.
# Each stanza has defaults, as specified in a "defaults:" section.
# Default stanzas are used to set specifications for fields which are
# not specified.
# Class, user, group, and adapter stanzas are optional. When no adapter
# stanzas are specified, LoadLeveler determines adapters dynamically. Refer to
# Using and Administering LoadLeveler for detailed information about
# keywords and associated values. Also see LoadL_admin.1 in the
# ~loadl/samples directory for sample stanzas.
#############################################################################
# DEFAULTS FOR MACHINE, CLASS, USER, AND GROUP STANZAS:
# Remove initial # (comment), and edit to suit.
#
default: type = machine
# central_manager = false # default not central manager
# schedd_host = false # default not a public scheduler
# submit_only = false # default not a submit-only machine
# speed = 1 # default machine speed
# cpu_speed_scale = false # scale cpu limits by speed
# resources = ConsumableCpus(4) licenseA(1)
default: type = class # default class stanza
# priority = 0 # default ClassSysprio
# max_processors = -1 # default max processors for class (no
# limit)
wall_clock_limit = 30:00 # default wall clock limit
# default_resources = ConsumableCpus(2) FloatingLicenseX(1)
default: type = user # default user stanza
# priority = 0 # default UserSysprio
default_class = No_Class # default class = No_Class (not
# optional)
default_group = No_Group # default group = No_Group (not
# optional)
# maxjobs = -1 # default maximum jobs user is allowed
# to run simultaneously (no limit)
# maxqueued = -1 # default maximum jobs user is allowed
# on system queue (no limit). does not
# limit jobs submitted.
#default for interactive class.
default_interactive_class = inter_class
default: type = group # default group stanza
# priority = 0 # default GroupSysprio
# maxjobs = -1 # default maximum jobs group is allowed
# to run simultaneously (no limit)
# maxqueued = -1 # default maximum jobs group is allowed
# on system queue (no limit). does not
# limit jobs submitted.
#############################################################################
# MACHINE STANZAS:
# These are the machine stanzas; the first machine is defined as
# the central manager. mach1:, mach2:, etc. are machine name labels -
# revise these placeholder labels with the names of the machines in the
# pool, and specify any schedd_host and submit_only keywords and values
# (true or false), if required.
#############################################################################
pnode1ml: type = machine
central_manager = true
schedd_host = true
adapter_stanzas = pnode1ml pnode1sn0 pnode1sn1 pnode1
alias = pnode1
pnode2ml: type = machine
central_manager = alt
schedd_host = true
adapter_stanzas = pnode2ml pnode2sn0 pnode2sn1 pnode2
alias = pnode2
psto1ml: type = machine
schedd_host = true
adapter_stanzas = psto1ml psto1sn0 psto1sn1 psto1
alias = psto1
psto2ml: type = machine
schedd_host = true
adapter_stanzas = psto2ml psto2sn0 psto2sn1 psto2
alias = psto2
pnode31ml: type = machine
schedd_host = true
adapter_stanzas = pnode31ml pnode31sn0 pnode31sn1 pnode31
alias = pnode31
#############################################################################
# ADAPTER STANZAS: (optional)
# These are sample adapter stanzas;
# revise labels and attributes for the adapters on your machines.
#############################################################################
psto1sn1: type = adapter
adapter_name = sn1
network_type = switch
interface_address = 192.168.40.11
interface_name = psto1sn1
multilink_address = 192.168.50.11
logical_id = 6
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni1
network_id = 1
psto1ml: type = adapter
adapter_name = ml0
network_type = multilink
interface_address = 192.168.50.11
interface_name = psto1ml
multilink_list = sn1,sn0
psto1sn0: type = adapter
adapter_name = sn0
network_type = switch
interface_address = 192.168.30.11
interface_name = psto1sn0
multilink_address = 192.168.50.11
logical_id = 15
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni0
network_id = 1
psto1: type = adapter
adapter_name = en0
network_type = ethernet
interface_address = 10.8.74.32
interface_name = psto1
device_driver_name = ent0
psto2sn1: type = adapter
adapter_name = sn1
network_type = switch
interface_address = 192.168.40.12
interface_name = psto2sn1
multilink_address = 192.168.50.12
logical_id = 7
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni1
network_id = 1
psto2sn0: type = adapter
adapter_name = sn0
network_type = switch
interface_address = 192.168.30.12
interface_name = psto2sn0
multilink_address = 192.168.50.12
logical_id = 10
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni0
network_id = 1
psto2ml: type = adapter
adapter_name = ml0
network_type = multilink
interface_address = 192.168.50.12
interface_name = psto2ml
multilink_list = sn1,sn0
psto2: type = adapter
adapter_name = en0
network_type = ethernet
interface_address = 10.8.74.33
interface_name = psto2
device_driver_name = ent0
pnode2sn0: type = adapter
adapter_name = sn0
network_type = switch
interface_address = 192.168.30.14
interface_name = pnode2sn0
multilink_address = 192.168.50.14
logical_id = 2
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni0
network_id = 1
pnode2ml: type = adapter
adapter_name = ml0
network_type = multilink
interface_address = 192.168.50.14
interface_name = pnode2ml
multilink_list = sn0,sn1
pnode2sn1: type = adapter
adapter_name = sn1
network_type = switch
interface_address = 192.168.40.14
interface_name = pnode2sn1
multilink_address = 192.168.50.14
logical_id = 5
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni1
network_id = 1
pnode2: type = adapter
adapter_name = en0
network_type = ethernet
interface_address = 10.8.74.35
interface_name = pnode2
device_driver_name = ent0
pnode31sn0: type = adapter
adapter_name = sn0
network_type = switch
interface_address = 192.168.30.15
interface_name = pnode31sn0
multilink_address = 192.168.50.15
logical_id = 3
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni0
network_id = 1
pnode31ml: type = adapter
adapter_name = ml0
network_type = multilink
interface_address = 192.168.50.15
interface_name = pnode31ml
multilink_list = sn0,sn1
pnode31sn1: type = adapter
adapter_name = sn1
network_type = switch
interface_address = 192.168.40.15
interface_name = pnode31sn1
multilink_address = 192.168.50.15
logical_id = 14
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni1
network_id = 1
pnode31: type = adapter
adapter_name = en0
network_type = ethernet
interface_address = 10.8.74.36
interface_name = pnode31
device_driver_name = ent0
pnode1sn1: type = adapter
adapter_name = sn1
network_type = switch
interface_address = 192.168.40.13
interface_name = pnode1sn1
multilink_address = 192.168.50.13
logical_id = 4
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni1
network_id = 1
pnode1sn0: type = adapter
adapter_name = sn0
network_type = switch
interface_address = 192.168.30.13
interface_name = pnode1sn0
multilink_address = 192.168.50.13
logical_id = 11
adapter_type = Switch_Network_Interface_For_HPS
device_driver_name = sni0
network_id = 1
pnode1: type = adapter
adapter_name = en0
network_type = ethernet
interface_address = 10.8.74.34
interface_name = pnode1
device_driver_name = ent0
pnode1ml: type = adapter
adapter_name = ml0
network_type = multilink
interface_address = 192.168.50.13
interface_name = pnode1ml
multilink_list = sn1,sn0
Do you have any suggestions, please help ?
