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

Permuted Index
limits limits: Speci
fies the system ..........................................
limits(4)
/for socket connections and limits the backlog of incoming/ ...................................
listen(2)
directory entry for an existing/ link: Creates an additional
............................................
link(2)
information about a symbolic link or any
file lstat: Provides
......................................
lstat(2)
Reads the value of a symbolic link readlink:
.................................................................
readlink(2)
symlink: Creates a symbolic link to a
file ....................................................................
symlink(2)
getgroups: Gets the group list of the current process
..............................................
getgroups(2)
connections and limits the/ listen: Listens for socket
...............................................
listen(2)
and limits the backlog/ listen: Listens for socket connections
.....................................
listen(2)
gethostname: Gets the name of the local host
........................................................................
gethostname(2)
getsockname: Gets the locally bound name of a socket
....................................
getsockname(2)
not wait if the/ /Attempts to lock a speci
fied mutex but does ...................................
pthread_mutex_trylock(2)
not wait if the mutex is already locked /speci
fied mutex but does .................................
pthread_mutex_trylock(2)
pthread_mutex_lock: Locks an unlocked mutex
.............................................
pthread_mutex_lock(2)
threads pthread_lock_global_np: Locks the global mutex for
...........................................
pthread_lock_global_np(2)
getlogin: Gets login name ......................................................................
getlogin(2)
or write operation lseek: Sets
file offset for read ........................................
lseek(2)
a symbolic link or any file lstat: Provides information about .................................
lstat(2)
pthread_cleanup_push: (Macro) Establishes a/
...................................................
pthread_cleanup_push(2)
pthread_cleanup_pop: (Macro) Removes the/
...................................................
pthread_cleanup_pop(2)
/Registers the file descriptor to manage through a callback/ ..........................................
spt_regOSSFileIOHandler(2)
tfile for concurrent transaction management /In
itializes the .........................................
SPT_TMF_Init(2)
file number as one that the user manages /Unregisters a Guardian
................................
spt_unregFile(2)
a socket is at the out-of-band mark /Determines whether
...........................................
sockatmark(2)
deletion pthread_detach: Marks a thread object for
..............................................
pthread_detach(2)
the calling thread’s signal mask /Examines or changes .........................................
pthread_sigmask(2)
Changes or examines the signal mask sigprocmask:
.......................................................
sigprocmask(2)
value of the file mode creation mask umask: Sets and gets the .....................................
umask(2)
constants math: Specifies the mathematical ................................
math(4)
math: Specifies the mathematical constants .................................................
math(4)
policy /Returns the maximum priority for a scheduling
.............................
sched_get_priority_max(2)
shmctl: Performs shared memory control operations
...........................................
shmctl(2)
core: Is a file containing a memory image ...............................................................
core(4)
saveabend: Is a file containing a memory image ...............................................................
saveabend(4)
shmdt: Detaches a shared memory segment ...........................................................
shmdt(2)
shmget: Creates a new shared memory segment or returns the/
...................................
shmget(2)
identifier of an existing shared memory segment /or returns the
..................................
shmget(2)
space/ shmat: Attaches a shared memory segment to the address
...................................
shmat(2)
msgctl: Performs message control operations
..........................................
msgctl(2)
recv: Receives a message from a connected socket ................................
recv(2)
msgrcv: Receives a message from a message queue ....................................
msgrcv(2)
recvfrom: Receives a message from a socket ..................................................
recvfrom(2)
message/ recvmsg: Receives a message from a socket using a .....................................
recvmsg(2)
dialog and also sends the first message of the dialog to the/ /the ................................
SPT_SERVERCLASS_DIALOG_BEGIN_(3)
send: Sends a message on a connected socket ....................................
send(2)
sendto: Sends a message on a socket ......................................................
sendto(2)
message/ sendmsg: Sends a message on a socket using a .........................................
sendmsg(2)
msgrcv: Receives a message from a message queue ...............................................................
msgrcv(2)
msgsnd: Sends a message to a message queue ...............................................................
msgsnd(2)
or returns the identifier for a message queue msgget: Creates .................................. msgget(2)
a message from a socket using a message structure /Receives ........................................ recvmsg(2)
a message on a socket using a message structure sendmsg: Sends .............................. sendmsg(2)
msgsnd: Sends a message to a message queue ......................................... msgsnd(2)
SPT_SERVERCLASS_SEND_: Sends a message to and receives a reply/ .................................. SPT_SERVERCLASS_SEND_(3)
thread for a specified number of microseconds /execution of the ................................... spt_usleep(2)
policy /Returns the minimum priority for a scheduling .............................. sched_get_priority_min(2)
mkdir: Creates a directory ............................................ mkdir(2)
a pathname to a character/ mknod: Creates a file or assigns ................................... mknod(2)
and gets the value of the file mode creation mask umask: Sets ................................. umask(2)
utime: Sets file access and modification times ......................................................... utime(2)
to permanent/ fsync: Writes modified data and file attributes ................................... fsync(2)
operations msgctl: Performs message control ............................... msgctl(2)
identifier for a message queue msgget: Creates or returns the ...................................... msgget(2)
message queue msgrcv: Receives a message from a ............................. msgrcv(2)
message queue msgsnd: Sends a message to a ...................................... msgsnd(2)
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