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Operating Systems Solaris Disable multithreading option on T5240 Post 302575830 by amity on Wednesday 23rd of November 2011 02:14:37 AM
Old 11-23-2011
Hi all

I came to know that if we use psradm command to disable all threads, except 0, 3 ,7,11 . Through this process we can disable the threads. But can any one tell me why cann't we disable 0,3,7,11 threads. I haven't done above process as my server is production. If any one have test T-series server having oracle database or application which is single thread base. As I believe above process will increase some or bit increase performance gain for singe thread application or database. But this process will not give us significant performance gain as per that person due to same clock speed of CPU. Looking for answer of my question.

Regards
 

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coreadm(1M)															       coreadm(1M)

NAME
coreadm - core file administration SYNOPSIS
pattern] pattern] option] option] [pid...] [pid...] [arguments] [pid...] DESCRIPTION
The command is used for user space application core file management by specifying the name and the location of core files for abnormally terminating processes. See core(4). The command can be used to control system wide and process specific core file placement. The path and pattern is used by the operating system when generating a core file. The first form shown in can be used to control system wide core file settings or specify a pattern for init(1M). System administration privilege is required to change global core file settings. Global core file setting, including the setting for init(1M), is preserved across system reboot. Non-privileged users can change per-process core file settings for processes owned by that user. The real or the effective user ID of the calling process must match the real or the saved user ID of the receiving process unless the effective user ID of the calling process is a user who as appropriate privileges. A core file name pattern is a normal file system path name with embedded variables, specified with a leading character, that are expanded from values in effect when a core file is generated by the operating system. An expanded pattern over will be truncated to The possible pattern variables are: Options The following options are supported for Disable or enable the specified core file option. The and options can only be exercised with root privilege. The valid options for and are: Allow (or disallow) core dumps using the global core pattern. Allow (or disallow) core dumps using the per-process core pattern. Allow (or disallow) core dumps using the global core pattern for processes. Allow (or disallow) core dumps using the process core pattern for processes. Set the global core file name pattern to pattern. The pattern must start with an absolute path name which exists and can contain any of the special % variables described in the section. This option can only be exercised by the super-user. This is identical to specifying a per-process pattern only that the setting is applied to init(1M) and is preserved across reboot. Set the per-process core file name pattern to pattern for each of the specified process-ID's. The pattern can contain any of the special variables described in and need not begin with If it does not begin with the core file name will be evaluated relative to the current working directory at the time of core file creation. This option can be used by non-privileged users to specify core file settings for processes owned by that user. Super-users can apply it to any process. The per-process core file will be inherited by the future child processes of the affected pro- cesses. See fork(2). This option, when invoked without a PID will apply the settings to the calling process (usually the invoking shell). This option is used in conjunction with The option will execute the command specified with the per-process pattern that was specified with This option can be used to enable or disable core file creation for the target process. As an example, a user may choose to add the disable in the shell startup script to avoid creation of core files by that user. EXAMPLES
The following examples assume that the user has appropriate privilege. 1. To examine the current core file settings: $ coreadm global core file pattern: init(1M) core file pattern: global core dumps: disabled per-process core dumps: enabled global setid core dumps: disabled per-process setid core dumps: disabled 2. Set global core file settings to include process-ID and machine name and place the core file in the location $ coreadm -e global -g /mnt/cores/core.%p.%n A process with PID 1777 on the machine breaker will generate a core file in as (in addition to the core file generated in the CWD of PID 1777). 3. Examine the per process core file settings for process-IDs 1777 and 1778 $ coreadm 1777 1778 1777: core.%p.%u 1778: /nethome/gandalf/core/core.%f.%p.%t 4. A user can disable creation of core files completely by specifying in the shell startup file (for example, $ coreadm -P disable $$ $ coreadm $$ 1157: (Disabled) WARNINGS
The output format of may change without notice. Applications parsing the output, should not rely on the compatibility of the output format between releases. SEE ALSO
umask(1), init(1M), coreadm(2), core(4). coreadm(1M)
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