Manpages

NAME

sge_types − Grid Engine type descriptions

DESCRIPTION

The Grid Engine user interface consists of several programs and files. Some command-line switches and several file attributes are types. The syntax for these types is explained in this page.

OBJECT TYPES

These types are used for defining Grid Engine configuration:

object_name
An object name is a sequence of up to 512 ASCII printing characters except SPACE, "/", ":", "´", "\", "[", "]", "{", "}", "|", "(", ")", "@", "%", "," or the ’"’ character itself.

calendar_name
A calendar name is the name of a Grid Engine calendar described in calendar_conf(5).
calendar_name := object_name

ckpt_name
A "ckpt_name" is the name of a Grid Engine checkpointing interface described in checkpoint(5).
ckpt_name := object_name

complex_name
A complex name is the name of a Grid Engine resource attribute described in complex(5).
complex_name := object_name

host_identifier
A host identifier can be either a host name or a host group name.
host_identifier := host_name | hostgroup_name

hostgroup_name
A host group name is the name of a Grid Engine host group described in hostgroup(5). Note, to allow host group names to be distinguished easily from host names, a "@" prefix is used.
hostgroup_name := @object_name

host_name
A host name is the official name of a host node. Host names with a domain specification such as "gridmaster.sun.com" are called fully-qualified host names, whereas host names like "gridmaster" are called short host names. Note that the install time parameters default_domain and ignore_fqdn (see bootstrap(5)) affect how Grid Engine deals with host names in general.

The following host names are generally invalid or reserved: global, template, all, default, unknown, none. However, it may sometimes be useful to define a dummy host name of global for convenient use of qhost(1).

jsv_url
The jsv_url has following format:

jsv_url := jsv_client_url | jsv_server_url

jsv_server_url := [ type ’:’ ] [ user ’@’ ] path

jsv_client_url := [ type ’:’ ] path

type := ’script’

At the moment only the type script is allowed. This means that path is either the path to a script or to a binary application which will be used to instantiate a JSV process. The type is optional until other types are supported by Grid Engine.

Specifying a user is only allowed for server JSVs. Client JSVs will automatically be started as the submit user, and server JSVs as the admin user if not otherwise specified.

The path has always to be the absolute path to a binary or application.

memory_specifier
Memory specifiers are positive decimal, hexadecimal or octal integer constants which may be followed by a multiplier letter. Valid multiplier letters are k, K, m, M, g, G, t, and T, where k means multiply the value by 1000, K multiply by 1024, m multiply by 1000×1000, M multiply by 1024×1024, g multiply by 1000×1000×1000, G multiply by 1024×1024×1024, t multiply by 1000×1000×1000×1000, and T multiply by 1024×1024×1024×1024. If no multiplier is present, the value is just counted in bytes. Whether memory values above the 32-bit limit are representable on 32-bit systems, even for disk space, is system-dependent.

pe_name
A PE name is the name of a Grid Engine parallel environment described in sge_pe(5).
pe_name := object_name

project_name
A project name is the name of a Grid Engine project described in project(5).
project_name := object_name

queue_name
A queue name is the name of a Grid Engine queue described in queue_conf(5).
queue_name := object_name

time_specifier
A time specifier either consists of a positive decimal, hexadecimal or octal integer constant, in which case the value is interpreted to be in seconds, or is built from 3 decimal integer numbers separated by colon signs, where the first number counts the hours, the second the minutes and the third the seconds. If a number would be zero it can be left out but the separating colon must remain (e.g. 1:0:1 = 1::1 means 1 hour and 1 second).

user_name
A user name can be the name of a login(1) user or of the Grid Engine user object described in user(5).
user_name := object_name

userset_name
A user set name is the name of a Grid Engine access list or department described in access_list(5).
userset_name := object_name

date_time
A date_time value must conform to [[CC]YY]MMDDhhmm[.SS], where:

If any of the optional date fields are omitted, the corresponding value of the current date is assumed. If CC is not specified, a YY of <70 means 20YY.
Use of this option may cause unexpected results if the clocks of the hosts in the Grid Engine pool are out of sync. Also, the proper behavior of this option very much depends on the correct setting of the appropriate timezone, e.g. in the TZ environment variable (see date(1) for details), when the Grid Engine daemons sge_qmaster(8) and sge_execd(8) are invoked.

time
A time value must conform to hh:mm:ss, or seconds where:

name
A name is an arbitrary string of ASCII printing characters, but may not contain "/", ":", "@", "\", "*", or "?".

account_name
Identifies the account to which the resource consumption of a job should be charged.
account_name := name

job_name
A job name is a name as above, with the restriction that it cannot start with a digit (to avoid ambiguity with a job number in some contexts).

ar_name
An advance reservation name is a name as above, with the restriction that it cannot start with a digit (to avoid ambiguity with an AR number in some contexts).

MATCHING TYPES

These types are used for matching Grid Engine configuration:

expression
A wildcard expression is a regular boolean expression that consists of one or more patterns joined by boolean operators. When a wildcard expression is used, the following definition applies:

expression= ["!"] ["("] valExp [")"] [ AND_OR expression ]*

where:

If typed at a shell, the expression itself should be quoted to ensure that it is not expanded by the shell.

e.g.

"(lx*|sol*)&*64*" any string beginning with either "lx" or
"sol" and containing "64"
"rh_3*&!rh_3.1" any string beginning with "rh_3", except
"rh_3.1"

pattern
When patterns are used the following definitions apply:

"*" matches any character and any number of characters

Character ranges may be specified using the a−z notation.
The caret symbol (^) is not interpreted as a logical
not; it is interpreted literally.

For more details please see fnmatch(5), glob(7).

A pattern on a shell command line should normally be quoted to avoid it being interpreted by the shell as a file match.

range
The task range specifier has the form

n[−m[:s]][,n[−m[:s]],...] or n[−m[:s]][ n[−m[:s]] ...]

and thus consists of a comma- or blank-separated list of range specifiers n[−m[:s]]. The ranges are concatenated to the complete task id range. Each range may be a single number, a simple range of the form n−m, or a range with a step size.

wc_ar
The wildcard advance reservation (AR) specification is a placeholder for AR ids and AR names including AR name patterns. An AR id always references one AR, while the name and pattern might reference multiple ARs.

wc_ar := ar_id | ar_name | pattern

wc_ar_list
The wildcard advance reservation (AR) list specification allows referencing multiple ARs with one command.

wc_ar_list := wc_ar[, wc_ar , ...]

wc_host
A wildcard host specification (wc_host) is a wildcard expression which might match one or more hosts used in the cluster. The first character of that string never begins with an at-character (’@’), even if the expression begins with a wildcard character.

e.g.

wc_hostgroup
A wildcard hostgroup specification (wc_hostgroup) is a wildcard expression which might match one or more hostgroups. The first character of that string is always an at-character (’@’).

More information concerning hostgroups can be found in hostgroup(5)

e.g.

wc_job
The wildcard job specification is a placeholder for job ids, and job names including job name patterns. A job id always references one job, while the name and pattern might reference multiple jobs.

wc_job := job-id | job_name | pattern

wc_job_range
The wildcard job range specification allows referencing specific array tasks for one or multiple jobs. The job is referenced via wc_job and in addition gets a range specifier for the array tasks.

wc_job_range := wc_job [−t range]

If present, the task_range restricts the effect of the qalter etc. operation to the array job task range specified as a suffix to the job id. (See the −t option to qsub(1) for further details on array jobs.)

wc_job_list
The wildcard job list specification allows referencing multiple jobs with one command.

wc_job_list := wc_job[, wc_job, ...]

wc_job_range_list
The wildcard job range list (wc_job_range_list) allows referencing multiple job ranges with one command. one of the following forms:

wc_job_range_list := wc_job_range[,wc_job_range...]

wc_qdomain
wc_qdomain := wc_cqueue "@" wc_hostgroup

A wildcard expression queue domain specification (wc_qdomain) starts with a wildcard expression cluster queue name (wc_cqueue) followed by an at-character ’@’ and a wildcard expression hostgroup specification (wc_hostgroup).

A wc_qdomain is used to address a group of queue instances. All queue instances residing on a host which is part of matching hostgroups will be addressed. Please note, that wc_hostgroup always begins with an at-character.

e.g.

wc_cqueue
A wildcard expression cluster queue specification (wc_cqueue) is a wildcard expression which might match one or more cluster queues used in the cluster. That string never contains an at-character (’@’), even if the expression begins with a wildcard character.

e.g.

wc_qinstance
wc_qinstance := wc_cqueue "@" wc_host

A wildcard expression queue instance specification (wc_qinstance) starts with a wildcard expression cluster queue name (wc_cqueue) followed by an at-character ’@’ and a wildcard expression hostname (wc_host).

wc_qinstance expressions are used to address a group of queue instances whose underlying hostname matches the given expression. Please note that the first character of wc_host never matches the at-character ’@’.

e.g.

wc_queue
wc_queue := wc_cqueue | wc_qdomain | wc_qinstance

A wildcard queue expression (wc_queue) might either be a wildcard expression, cluster queue specification (wc_cqueue), a wildcard expression queue domain specification (wc_qdomain), or a wildcard expression queue instance specification (wc_qinstance).

e.g.

wc_queue_list
wc_queue_list := wc_queue ["," wc_queue "," ...]

Comma-separated list of wc_queue elements.

e.g.

big, medium_*@@sol*, *@fangorn.sun.com

wc_user
A wildcard user name pattern is either a wildcard user name specification or a full user name.

wc_user := user_name | pattern

wc_user_list
A list of user names.

wc_user_list := wc_user[,wc_user,...]

wc_project
A wildcard project name pattern is either a wildcard project name specification or a full project name.

wc_project := project | pattern

wc_pe_name
A wildcard parallel environment name pattern is either a wildcard PE name specification or a full PE name.

wc_pe_name := pe_name | pattern

parallel_env
The parallel_env specification has the format

wc_pe_name n[−[m]]|[−]m,...

specifying a parallel programming environment (PE) to select for a submitted job or an AR. The range descriptor following the wildcard PE name specifies the number of slots to allocate, which is usually equivalent to the total number of parallel processes to be run (for simple distributed memory jobs) or the number of threads (for shared memory or mixed distributed/threaded jobs), as implied by the PE definition. Grid Engine will allocate the appropriate resources, as available. sge_pe(5) contains information about the definition of PEs.

You can specify a PE name which uses wildcards. Thus the request "mpi*" will match any parallel environment with a name starting with the string "mpi". In the case of multiple parallel environments whose names match a name string, when it is required to select one the one with the most available slots is chosen.

The range specification is a list of range expressions of the form "n−m", where n and m are positive, non-zero integers. The form "n" is equivalent to "n−n". The form "−m" is equivalent to "1−m". The form "n−" is equivalent to "n−infinity". The range specification is processed as follows: The largest number of queues requested is checked first. If enough queues meeting the specified attribute list are available, all are reserved. If not, the next smaller number of queues is checked, and so forth.

SEE ALSO

qacct(1), qconf(1), qquota(1), qsub(1), qrsub(1)

COPYRIGHT

See sge_intro(1) for a full statement of rights and permissions.