LINK:
Unix Manual (man page) pages in HTML
http://www.rt.com/man/
: More then 100 Commands found on a Unix system mannual pages can be obtained/refered here. Good Link.. (1 Reply)
Hi i want to ask how can i use perl and find a word in a text file, and also telling that which page doesn't it exist?
Eample: have a 10 pages text file, then i need to find 'Hello' in the file, and show that which page is it contain in.
Output: Hello contains 8 times in page 1, 3, 4, 7, 10... (9 Replies)
I am working on an embedded linux router and trying to make a webpage where the user can input a desired number of CPE and have a script update that number on the router. I have a CLI where I can log in and type the following to change that number
echo "20">/proc/net/dbrctl/maxcpe which then... (7 Replies)
Hi,
I need a way to grab the total combines since inception, total pages read from webalizer on my centos server or any other location (as long as since inception) and display the result live on my website
So with each visit it would be increasing, or perhaps live (ajax) not sure
But can... (0 Replies)
Is firefox complaining to anyone else that this is a Reported Attack Page!? I have used this site a million times and now it feels like complaining.
Fedora Manpages: Home (5 Replies)
Hi,
I need your help on the following Scenario :
Consider a file has 650 records and I need to split this file into 4 files having a maximum of 200 records in each of them and also for the first splitted file it should get appended with Page 1 as a trailer( Similarly for the second file, Page... (4 Replies)
Hi,
If there is an expert that can help:
I have many txt files that are produced from pdftotext that include page breaks the page breaks seem to be unix style hex 0C.
I want to add page numbers before each page break as in : Page XXXX
Regards antman (9 Replies)
Discussion started by: antman
9 Replies
LEARN ABOUT HPUX
eqmemsize
eqmemsize(5) File Formats Manual eqmemsize(5)NAME
eqmemsize - determines the minimum size (in pages) of the equivalently mapped reserve pool (OBSOLETED)
DESCRIPTION
This tunable has been obsoleted and removed.
If it is desired to control the total amount of equivalently mapped memory available to the kernel after boot, then use the new tunable
(see eqmem_limit(5)).
Note that generally speaking, systems where it was useful to set will not need to set
Equivalently mapped memory is memory which is given the same physical and virtual address. On PA-RISC systems, this is required to support
on-line addition of memory, and may be useful for some applications and some I/O devices.
HP-UX 11i Version 2 maintained a (small) reserve of equivalently mapped pages, which could be used for no other purpose. It could also
potentially equivalently map any page having a physical address below the maximum kernel virtual address, but only if it happened to find
both the virtual and physical addresses available; this rarely happened, except immediately after boot. The tunable was used to size this
reserve. It was kept quite small, except on systems known to use such memory, where the reserve pool size would be increased using the
tunable.
The equivalent memory allocator was completely rewritten after HP-UX 11i Version 2. The current version of the equivalent memory allocator
decides, at boot, which pages it will consider to be equivalently mappable. It makes the corresponding virtual addresses unavailable for
other purposes, thereby ensuring that if the physical page is available, it will be possible to map it equivalently. This allows such
pages to be used for other purposes, and still be reliably reused for equivalent mappings. Thus no reserve is required. The tunable
places a cap on the total amount of memory which will be considered equivalently mappable.
Such pages are treated almost identically to other pages, but not quite. The differences only matter on Cache-Coherent Non-Uniform Memory
Access (ccNUMA) systems, where in some circumstances these differences can result in reduced performance. On such systems the tunable may
be used to reduce the total amount of memory that will be designated equivalently mappable down to the maximum expected to actually be
needed. (Normally the kernel makes a very conservative estimate of the total amount that might be needed.) See eqmem_limit(5) for
details.
AUTHOR
was developed by HP.
SEE ALSO eqmem_limit(5).
OBSOLETED Tunable Kernel Parameters eqmemsize(5)