Open System Services System Calls Reference Manual (G06.28+)

Permuted Index
Gets leset information using a pathname statvfs:
..........................................................
statvfs(2)
le /Creates a le or assigns a pathname to a character special ...................................
mknod(2)
/Registers the Pathsend
le number .....................................................
spt_regPathsendFile(2)
/Registers the user-supplied Pathsend tag
...................................................................
spt_regPathsendTagHandler(2)
/Unregisters the user-supplied Pathsend tag
...................................................................
spt_unregPathsendTagHandler(2)
reply from a server process in a Pathway server class /receives a
..................................
SPT_SERVERCLASS_SEND_(3)
to the server instance in the Pathway serverclass /dialog
.........................................
SPT_SERVERCLASS_DIALOG_SEND_(3)
to the server instance in the Pathway serverclass /the dialog
...................................
SPT_SERVERCLASS_DIALOG_BEGIN_(3)
getpeername: Gets the name of the peer socket
.....................................................................
getpeername(2)
the/ /Requests delivery of a pending cancelation request to
.....................................
pthread_testcancel(2)
sigpending: Examines pending signals
..............................................................
sigpending(2)
input/output/ SPT_CONTROL: Performs device-dependent
..........................................
SPT_CONTROL(2)
operations msgctl: Performs
message control .............................................
msgctl(2)
records/ SPT_WRITEUPDATEUNLOCKX: performs random processing of
....................................
SPT_WRITEUPDATEUNLOCKX(2)
operations semctl: Performs
semaphore control .........................................
semctl(2)
semop: Performs semaphore operations
...................................
semop(2)
operations shmctl: Performs
shared memory control .................................
shmctl(2)
data and le attributes to permanent storage /modi
ed ........................................
fsync(2)
chmod: Changes le-access permissions
....................................................................
chmod(2)
fchmod: Changes le-access permissions
....................................................................
fchmod(2)
lchmod: Changes le-access permissions
....................................................................
lchmod(2)
communication channel pipe: Creates an interprocess
........................................
pipe(2)
/Obtains the current scheduling policy and scheduling parameters/
..............................
pthread_getschedparam(2)
of a thread /Sets the scheduling policy and scheduling parameters
................................
pthread_setschedparam(2)
/parameters of the scheduling policy attribute of a thread/
..........................................
pthread_attr_getschedparam(2)
/Obtains the scheduling policy attribute of a thread/
..........................................
pthread_attr_getschedpolicy(2)
/parameters of the scheduling policy attribute of a thread/
..........................................
pthread_attr_setschedparam(2)
attributes/ /Sets the scheduling policy attribute of a thread
...........................................
pthread_attr_setschedpolicy(2)
maximum priority for a scheduling policy /Returns the
........................................................
sched_get_priority_max(2)
minimum priority for a scheduling policy /Returns the
........................................................
sched_get_priority_min(2)
/Gets a network service entry by port number (reentrant) .................................................
getservbyport_r(2)
the terminal interface for POSIX compatibility /Describes .................................
termios(4)
Initiates thread-aware printf( ) function spt_printf:
.........................................
spt_printf(2)
output stream/ spt_fprintfx: Prints formatted output to an
........................................
spt_fprintfx(2)
standard output/ spt_printfx: Prints formatted output to the
.......................................
spt_printfx(2)
/Returns the maximum priority for a scheduling policy
....................................
sched_get_priority_max(2)
/Returns the minimum priority for a scheduling policy
....................................
sched_get_priority_min(2)
Gets the OSS process scheduling priority getpriority:
.......................................................
getpriority(2)
nice: Changes the scheduling priority of the calling process
.......................................
nice(2)
Initiates thread-aware REPLYX procedure call spt_REPLYX:
.......................................
spt_REPLYX(2)
_exit: Terminates a process ............................................................................
_exit(2)
fork: Creates a new process ............................................................................
fork(2)
path between an application process and a
le /communication ..............................
SPT_FILE_OPEN_(2)
/associated with the current process and current thread
............................................
SPT_ABORTTRANSACTION(3)
/associated with the current process and current thread
............................................
SPT_BEGINTRANSACTION(3)
/associated with the current process and current thread
............................................
SPT_ENDTRANSACTION(3)
/associated with the current process and current thread
............................................
SPT_RESUMETRANSACTION(3)
threads process forks a child process /called when the calling .................................. pthread_atfork(2)
priority of the calling process /Changes the scheduling ................................. nice(2)
/Contains the status of a process creation attempt ............................................... process_extension_results(5)
Guardian le to the application process data area /from an open ................................... SPT_READX(2)
/data from a Guardian disk or process le in anticipation of a/ ................................... SPT_READUPDATEX(2)
called when the calling threads process forks a child process /be ................................. pthread_atfork(2)
effective user ID of the current process geteuid: Gets the ............................................. geteuid(2)
the group list of the current process getgroups: Gets ................................................ getgroups(2)
process group ID of the calling process getpgrp: Gets the ............................................. getpgrp(2)
group ID for a specied OSS process /Gets the process ............................................. getpgid(2)
name of the transport-provider process /Gets the ...........................................................
socket_transport_name_get(2)
the real user ID of the current process getuid: Gets the ............................................... getuid(2)
OSS process getpgid: Gets the process group ID for a specied ................................... getpgid(2)
setpgid: Sets the process group ID for job control .................................. setpgid(2)
process getpgrp: Gets the process group ID of the calling .................................... getpgrp(2)
a new session and sets the process group ID setsid: Creates ................................. setsid(2)
getpid: Gets the OSS process ID ....................................................................... getpid(2)
getppid: Gets the parent OSS process ID ....................................................................... getppid(2)
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