I have a PC that was built in Europe pre-installed with Windows 2000.
The HDD is 40GB, but, its split up as two 20GB (Taken up by Windows). I want to take over my Mandrake 9.1 CDs and install Linux on that machine.
My question is, how would I proceed to install Linux this way???
Now, If... (1 Reply)
help
I am having text file like this...
------------------------END OF UPDATION ------------------
xxxxxxxxxxxxxxxxxxxxxxxxx
yyyyyyyyyyyyyyyyyyyyy
yyyyyyyyyyyyyyyyyyyyy
1 row updated
------------------------END OF UPDATION ------------------
TTTTTTTTTTTTTTTT
FFFFFFFFFFFFFFFFF
... (3 Replies)
Is there a way to bring the terminal script to the front? I am running this script through OMCEdit which is then running it through Terminal. I have some dialog boxes (using osascript) and the dialog boxes are not coming to the front...Terminal bounces and I have to click on Terminal to see the... (1 Reply)
When I choose to encrypt my drive during a Linux install, it encryps it, but I receive errors in dmesg and in ~/.xsessions-errors during use. The first error is in dmesg where it sometimes shows errors writing to the encypted device. The second error is in ~/.xsessions-errors with an error about... (0 Replies)
Discussion started by: justgoogleit
0 Replies
LEARN ABOUT NETBSD
cpuset_zero
CPUSET(3) BSD Library Functions Manual CPUSET(3)NAME
cpuset_create, cpuset_destroy, cpuset_zero, cpuset_set, cpuset_clr, cpuset_isset, cpuset_size -- dynamic CPU sets
SYNOPSIS
#include <sched.h>
cpuset_t *
cpuset_create(void);
void
cpuset_destroy(cpuset_t *set);
void
cpuset_zero(cpuset_t *set);
int
cpuset_set(cpuid_t cpu, cpuset_t *set);
int
cpuset_clr(cpuid_t cpu, cpuset_t *set);
int
cpuset_isset(cpuid_t cpu, const cpuset_t *set);
size_t
cpuset_size(const cpuset_t *set);
DESCRIPTION
This section describes the functions used to create, set, use and destroy the dynamic CPU sets.
This API can be used with the POSIX threads, see pthread(3) and affinity(3).
The ID of the primary CPU in the system is 0.
FUNCTIONS
cpuset_create()
Allocates and initializes a clean CPU-set. Returns the pointer to the CPU-set, or NULL on failure.
cpuset_destroy(set)
Destroy the CPU-set specified by set.
cpuset_zero(set)
Makes the CPU-set specified by set clean, that is, memory is initialized to zero bytes, and none of the CPUs set.
cpuset_set(cpu, set)
Sets the CPU specified by cpu in set. Returns zero on success, and -1 if cpu is invalid.
cpuset_clr(cpu, set)
Clears the CPU specified by cpu in the CPU-set set. Returns zero on success, and -1 if cpu is invalid.
cpuset_isset(cpu, set)
Checks if CPU specified by cpu is set in the CPU-set set. Returns the positive number if set, zero if not set, and -1 if cpu is
invalid.
cpuset_size(set)
Returns the size in bytes of CPU-set specified by set.
SEE ALSO affinity(3), pset(3), sched(3), schedctl(8), kcpuset(9)HISTORY
The dynamic CPU sets appeared in NetBSD 5.0.
BSD November 2, 2011 BSD