Open System Services System Calls Reference Manual (G06.27+, H06.04+)

Permuted Index
functions that execute a le exec: Species a set of ..................................................
exec(2)
pathname, a set of argument/ execl: Executes a
le using a ........................................
execl(2)
pathname, a set of argument/ execle: Executes a
le using a ......................................
execle(2)
lename, a set of argument/ execlp: Executes a
le using a ......................................
execlp(2)
Species a set of functions that execute a
le exec: ........................................................
exec(2)
/Calls a routine to be executed once by a single thread
.................................
pthread_once(2)
/a cleanup-handler routine to be executed when the thread/
............................................
pthread_cleanup_push(2)
a set of argument/ execlp: Executes a
le using a lename, ..................................
execlp(2)
an argv array, and/ execvp: Executes a
le using a lename, ..................................
execvp(2)
a set of argument/ execl: Executes a
le using a pathname, ................................
execl(2)
a set of argument/ execle: Executes a
le using a pathname, ................................
execle(2)
an argv array, and/ execv: Executes a
le using a pathname, ................................
execv(2)
an argv array, and an/ execve: Executes a
le using a pathname, ................................
execve(2)
extensions tdm_execve: Executes a
le with HP .................................................
tdm_execve(2)
extensions tdm_execvep: Executes a
le with HP .................................................
tdm_execvep(2)
extensions tdm_spawn: Executes a new process with HP
..................................
tdm_spawn(2)
extensions tdm_spawnp: Executes a new process with HP
..................................
tdm_spawnp(2)
by/ spt_FileIOHandler_p: Executes callback type required
...................................
spt_FileIOHandler_p(2)
by the/ spt_OSSFileIOHandler_p: Executes callback type required
...................................
spt_OSSFileIOHandler_p(2)
by/ spt_TimerHandler_p: Executes callback type required
...................................
spt_TimerHandler_p(2)
stack and optionally executes it /cleanup-handler
........................................
pthread_cleanup_pop(2)
function spt_getchar: Executes thread-aware getchar( )
.................................
spt_getchar(2)
pthread_delay_np: Delays execution of a thread
.....................................................
pthread_delay_np(2)
specied/ spt_sleep: Suspends execution of the thread for a
.........................................
spt_sleep(2)
specied/ spt_usleep: Suspends execution of the thread for a
.........................................
spt_usleep(2)
Requests that a thread terminate execution pthread_cancel:
...........................................
pthread_cancel(2)
pathname, an argv array, and/ execv: Executes a le using a .......................................
execv(2)
pathname, an argv array, and an/ execve: Executes a le using a .....................................
execve(2)
lename, an argv array, and/ execvp: Executes a le using a .....................................
execvp(2)
additional directory entry for an existing le on the current/ /an ...................................
link(2)
OSS environment or rewrites an existing le /le in the ..................................................
creat(2)
set ID or returns the ID of an existing semaphore set /semaphore
.............................
semget(2)
/or returns the identier of an existing shared memory segment .................................
shmget(2)
_exit: Terminates a process ..........................................
_exit(2)
/Calculates an absolute expiration time
...............................................................
pthread_get_expiration_np(2)
or broadcast, or for a specic expiration time /to be signaled ....................................
pthread_cond_timedwait(2)
naming lename: Explain OSS le system le .........................................
lename(5)
naming pathname: Explains OSS le system path ......................................
pathname(5)
hierarchy hier: Explains the OSS
le system ........................................
hier(5)
cpio: Describes the extended cpio archive le format .................................
cpio(4)
tar: Describes the extended tar archive le format ....................................
tar(4)
Executes a le with HP extensions tdm_execve:
...............................................
tdm_execve(2)
Executes a le with HP extensions tdm_execvep:
.............................................
tdm_execvep(2)
Creates a new process with HP extensions tdm_fork:
....................................................
tdm_fork(2)
Executes a new process with HP extensions tdm_spawn:
................................................
tdm_spawn(2)
Executes a new process with HP extensions tdm_spawnp:
..............................................
tdm_spawnp(2)
Initiates thread-aware fclose( ) function spt_fclose:
.......................................
spt_fclose(2)
descriptors fcntl: Controls open le ................................................ fcntl(2)
Initiates thread-aware fush( ) function spt_fush: ......................................... spt_fush(2)
spt_fgetc: Initiates thread-aware fgetc( ) function .............................................................
spt_fgetc(2)
spt_fgets: Initiates thread-aware fgets( ) function .............................................................
spt_fgets(2)
Initiates thread-aware fgetwc( ) function spt_fgetwc: ..................................... spt_fgetwc(2)
null: Is a data sink le ...................................................................................
null(7)
/directory entry for an existing le on the current leset ............................................... link(2)
read: Reads from a le ...................................................................................
read(2)
spt_awaitio: Awaits a tagged I/O le ...................................................................................
spt_awaitio(2)
spthread.h: Thread-aware header le ...................................................................................
spthread.h(4)
write: Writes to a le ...................................................................................
write(2)
Determines the accessibility of a le access: ...................................................................... access(2)
times utime: Sets le access and modication .......................................... utime(2)
chmod: Changes le access permissions .................................................. chmod(2)
fsync: Writes modied data and le attributes to permanent/ .......................................... fsync(2)
System resolver conguration le /BIND 9 Domain Name ......................................... resolv.conf(5)
the owner and group IDs of a le chown: Changes ...................................................... chown(2)
core: Is a le containing a memory image ................................... core(4)
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