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Operating Systems HP-UX Single Process Memory Allocation HP-UX 11i v3 Post 302694361 by ahmadamin416 on Thursday 30th of August 2012 12:39:56 PM
Old 08-30-2012
Single Process Memory Allocation HP-UX 11i v3

Hi,
I have HP-UX 11i v3 running on ia64. One of my application is 32-bit and I want to increase the memory allocation of this file upto 2GB. I am contentiously receiving an error message of Out of Memory.
Can you please explain the procedure what kernel configuration( like maxdsize or maxdsize_64) i need to set and also do i need to set anything on the application binary ?

Thanks in advance.

My file chatr is as follows
Code:
32-bit ELF executable
         shared library dynamic path search:
             LD_LIBRARY_PATH    enabled  first 
             SHLIB_PATH         enabled  second
             embedded path      enabled  third  /usr/lib/hpux32:/opt/langtools/lib/hpux32
         shared library list:
             libX11.so.1
             libm.so.1
             libc.so.1
         shared library binding:
             deferred
         global hash table disabled
         global hash table size 1103
         shared library mapped private disabled
         runtime checks disabled
         shared library segment merging disabled
         shared vtable support disabled
         explicit unloading disabled
         linkage table protection disabled 
         segments:
             index type     address      flags size
                 7 text     04000000     z---c-    D (default)
                 8 data     40010000     ---m--    D (default)
         executable from stack: D (default)
         kernel assisted branch prediction enabled 
         lazy swap allocation for dynamic segments disabled
         nulptr dereferences trap disabled
         address space model: default
         caliper dynamic instrumentation disabled


Last edited by jim mcnamara; 08-30-2012 at 02:49 PM..
 

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plock(2)							System Calls Manual							  plock(2)

NAME
plock() - lock process, text, data, stack, or shared library in memory SYNOPSIS
DESCRIPTION
The system call allows the calling process to lock the text segment of the process (text lock), its data segment (data lock), or both its text and data segment (process lock) into memory. Stack segments are also locked when data segments are locked. Shared library text and shared library data segments (shlib lock) can also be locked. Locked segments are immune to all routine swapping. also allows these seg- ments to be unlocked. The effective user ID of the calling process must be a user with the privilege. op must be one of the following: Lock text and data segments into memory (process lock) Lock text segment into memory (text lock) Lock data segment into memory (data lock) Remove locks Lock shared library text and shared library data segments (shared library lock) Lock text, data and shared library text and shared library data segments into memory (process and shared library lock) Lock text, shared library text and shared library data segments into memory (text and shared library lock) Lock data, shared library text and shared library data segments into memory (data and shared library lock) Although and the family of functions may be used together in an application, each may affect the other in unexpected ways. This practice is not recommended. Security Restrictions Some or all of the actions associated with this system call require the privilege. Processes owned by the superuser have this privilege. Processes owned by other users may have this privilege, depending on system configuration. See privileges(5) for more information about privileged access on systems that support fine-grained privileges. RETURN VALUE
returns the following values: Successful completion. Failure. The requested operation is not performed. is set to indicate the error. ERRORS
If fails, is set to one of the following values. op is equal to and a process lock, a text lock, or a data lock already exists on the calling process. op is equal to and a text lock or process lock already exists on the calling process. op is equal to and a data lock, or process lock already exists on the calling process. op is equal to and no type of lock exists on the calling process. op is equal to and there are no unlocked shared library segments in the calling process. op is equal to and a process lock, a text lock, or a data lock already exists on the calling process. op is equal to and a text lock or process lock already exists on the calling process. op is equal to and a data lock, or process lock already exists on the calling process. op is not equal to one of the values specified in is not allowed in a window. See vfork(2). There is not enough lockable memory in the system to satisfy the locking request. The effective user ID of the calling process is not a user with the privilege. EXAMPLES
The following call to locks the calling process in memory: SEE ALSO
setprivgrp(1M), exec(2), exit(2), fork(2), getprivgrp(2), mlock(2), vfork(2), privileges(5). STANDARDS CONFORMANCE
plock(2)
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