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

OSS System Calls Reference Manual
saveabend: Is a le containing a memory image ...................................
saveabend(4)
a pathname to a character special le /Creates a le or assigns .........................................
mknod(2)
close: Closes a le descriptor .................................................................
close(2)
dup: Duplicates an open le descriptor .................................................................
dup(2)
/Waits on read-ready
le descriptor .................................................................
spt_fd_read_ready(2)
/Waits on write-ready
le descriptor .................................................................
spt_fd_write_ready(2)
/Sets interest in le descriptor .................................................................
spt_setOSSFileIOHandler(2)
/Unregisters an OSS
le descriptor .................................................................
spt_unregOSSFileIOHandler(2)
Duplicates and controls an open
le descriptor dup2:
......................................................
dup2(2)
a callback/ /Registers the
le descriptor to manage through ................................
spt_regOSSFileIOHandler(2)
fcntl: Controls open le descriptors ................................................................
fcntl(2)
select: Selects among le descriptors for synchronous/
..................................
select(2)
a set of functions that execute a le exec: Species ........................................................
exec(2)
or rewrites an existing le /le in the OSS environment .................................
creat(2)
server/ named.conf: con
guration le for BIND 9 domain name .......................................
named.conf(4)
creates a regular/ open: Opens a
le for reading or writing, .............................................
open(2)
Describes the archive (library) le format ar: .................................................................
ar(4)
the extended cpio archive le format cpio: Describes ...........................................
cpio(4)
the extended tar archive le format tar: Describes ..............................................
tar(4)
writev: Writes to a
le from scattered buffers .............................................
writev(2)
information about an open
le fstat: Provides
.........................................................
fstat(2)
leset information for an open le fstatvfs: Gets ...........................................................
fstatvfs(2)
rename_guardian: Renames a
le (Guardian rename( )/ ...............................................
rename_guardian(2)
/or writing, creates a regular le in the OSS environment ..........................................
open(2)
creat: Creates a regular le in the OSS environment or/ ....................................
creat(2)
readv: Reads from a le into scattered buffers ...............................................
readv(2)
ftruncate: Changes le length .......................................................................
ftruncate(2)
about a symbolic link or any le lstat: Provides information ....................................
lstat(2)
Sets and gets the value of the le mode creation mask umask: ..................................
umask(2)
lename: Explain OSS le system le naming .....................................................................
lename(5)
spt_regFile: Registers the le number .....................................................................
spt_regFile(2)
/Registers the le number .....................................................................
spt_regFileIOHandler(2)
manages /Unregisters a Guardian le number as one that the user ....................................
spt_unregFile(2)
Registers the Pathsend le number spt_regPathsendFile:
................................
spt_regPathsendFile(2)
operation lseek: Sets le offset for read or write ............................................
lseek(2)
character/ mknod: Creates a le or assigns a pathname to a ......................................
mknod(2)
rename: Renames a le or directory ..............................................................
rename(2)
function) rename_oss: Renames a le or directory (OSS rename( ) ...................................
rename_oss(2)
ulimit: Sets and gets le size limits .................................................................
ulimit(2)
Provides information about a le stat: ..........................................................................
stat(2)
Creates a symbolic link to a le symlink: ...................................................................
symlink(2)
lename: Explain OSS le system le naming ..................................................
lename(5)
hier: Explains the OSS le system hierarchy .....................................................
hier(5)
pathname: Explains OSS le system path naming ................................................
pathname(5)
argument/ execlp: Executes a le using a lename, a set of ........................................
execlp(2)
array, and/ execvp: Executes a le using a lename, an argv ........................................
execvp(2)
argument/ execl: Executes a le using a pathname, a set of ......................................
execl(2)
argument/ execle: Executes a le using a pathname, a set of ...................................... execle(2)
array, and/ execv: Executes a le using a pathname, an argv ...................................... execv(2)
array, and an/ execve: Executes a le using a pathname, an argv ...................................... execve(2)
tdm_execve: Executes a le with HP extensions ................................................. tdm_execve(2)
tdm_execvep: Executes a le with HP extensions ................................................. tdm_execvep(2)
execlp: Executes a le using a lename, a set of argument/ .......................................... execlp(2)
execvp: Executes a le using a lename, an argv array, and/ ......................................... execvp(2)
le naming lename: Explain OSS le system ............................... lename(5)
Registers $RECEIVE lename spt_INITRECEIVE: ...................................... spt_INITRECEIVE(2)
ioctl: Controls device les ..................................................................................
ioctl(2)
an existing le on the current leset /directory entry for ............................................. link(2)
le fstatvfs: Gets leset information for an open ..................................... fstatvfs(2)
pathname statvfs: Gets leset information using a ............................................ statvfs(2)
limits for oating-point/ oat: Species the system ............................................. oat(4)
Species the system limits for oating-point operations oat: .................................... oat(4)
fork: Creates a new process .......................................... fork(2)
Initiates a thread-aware fork() operation spt_fork: ............................................. spt_fork(2)
called/ pthread_atfork: Declares fork-handler routines to be ........................................... pthread_atfork(2)
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