Open System Services Library Calls Reference Manual (H06.03+)

OSS Library Calls Reference Manual
Removes a le (OSS remove( ) function) remove_oss:
..................................................
remove_oss(3)
ale (Guardian remove( ) function) /Removes
......................................................
remove_guardian(3)
Computes the trigonometric sine function sin:
..................................................................
sin(3)
Computes the hyperbolic sine function sinh:
................................................................
sinh(3)
detected by the getaddrinfo( ) function /strings for errors
............................................
gai_strerror(3)
the trigonometric tangent function tan: Computes
................................................
tan(3)
Computes the hyperbolic tangent function tanh:
................................................................
tanh(3)
a temporary le (OSS tmpnam( ) function) /the name for
.................................................
tmpnam_oss(3)
a temporary le (OSS tmple( ) function) tmp
le_oss: Creates .....................................
tmple_oss(3)
tcow: Performs ow control functions
.........................................................................
tcow(3)
stream fwrite: Writes to an output
............................................
fwrite(3)
message strings for errors/ gai_strerror: Returns error
............................................
gai_strerror(3)
the gamma function gamma: Computes the logarithm of
............................
gamma(3)
Computes the logarithm of the gamma function gamma:
..............................................
gamma(3)
Computes the logarithm of the gamma function lgamma:
............................................
lgamma(3)
number to a string gcvt: Converts a
oating-point .....................................
gcvt(3)
pseudorandom number/ drand48: Generate uniformly distributed
....................................
drand48(3)
pseudorandom number/ jrand48: Generate uniformly distributed
....................................
jrand48(3)
lcong48: Sets rule to generate uniformly distributed/
....................................
lcong48(3)
seed48: Sets rule to generate uniformly distributed/
....................................
seed48(3)
srand48: Sets rule to generate uniformly distributed/
....................................
srand48(3)
end the current process abort: Generates a software signal to
......................................
abort(3)
communication (IPC) key ftok: Generates an OSS interprocess
.....................................
ftok(3)
Service (EMS) events and/ syslog: Generates Event Management
......................................
syslog(3)
pattern glob: Generates pathnames matching a
.................................
glob(3)
srand: Generates pseudorandom numbers ..............................
srand(3)
random: Generates random numbers ..........................................
random(3)
srandom: Generates random numbers ..........................................
srandom(3)
controlling terminal ctermid: Generates the pathname for the
....................................
ctermid(3)
pseudorandom number/ erand48: Generates uniformly distributed
..................................
erand48(3)
pseudorandom number/ lrand48: Generates uniformly distributed
..................................
lrand48(3)
pseudorandom number/ mrand48: Generates uniformly distributed
..................................
mrand48(3)
pseudorandom number/ nrand48: Generates uniformly distributed
..................................
nrand48(3)
Initialize random number generator initstate:
........................................................
initstate(3)
array used by the random number generator /Switches hte state
.......................................
setstate(3)
for errors detected by the getaddrinfo( ) function /strings
....................................
gai_strerror(3)
and service names into socket/ getaddrinfo: Converts hostnames
.................................
getaddrinfo(3)
specied assign message get_assign_msg: Retrieves a
........................................
get_assign_msg(3)
assign message by logical-unit/ get_assign_msg_by_name: Retrieves .......................... get_assign_msg_by_name(3)
specied input stream getc: Gets a character from a ........................................
getc(3)
the standard input stream getchar: Gets a character from ......................................
getchar(3)
current working directory getcwd: Gets the pathname of the ................................
getcwd(3)
date and time getdate: Converts user format ......................................
getdate(3)
descriptor table size getdtablesize: Gets the le ............................................
getdtablesize(3)
environment variable getenv: Returns the value of an ....................................
getenv(3)
from the group database getgrent: Gets group information .................................
getgrent(3)
from the group database getgrgid: Gets group information ................................
getgrgid(3)
from the group database getgrnam: Gets group information ............................... getgrnam(3)
host entry by address (AF_INET/ gethostbyaddr: Gets a network ..................................... gethostbyaddr(3)
by name gethostbyname: Gets a host entry ................................ gethostbyname(3)
in the network host database gethostent: Gets the next entry ..................................... gethostent(3)
for the current host. gethostid: gets the identier ......................................... gethostid(3)
host entry by address/ getipnodebyaddr: Gets a network ............................... getipnodebyaddr(3)
information based on IP node/ getipnodebyname: Gets host ........................................ getipnodebyname(3)
Determines number of active/ get_max_assign_msg_ordinal: ..................................... get_max_assign_msg_ordinal(3)
protocol-independent host/ getnameinfo: Translates ................................................ getnameinfo(3)
entry by address getnetbyaddr: Gets a network ....................................... getnetbyaddr(3)
entry by name getnetbyname: Gets a network ..................................... getnetbyname(3)
the network database getnetent: Gets the next entry in .................................. getnetent(3)
the argument vector getopt: Gets ag letters from ........................................ getopt(3)
page size getpagesize: Gets the current ....................................... getpagesize(3)
value of a parameter by/ get_param_by_name: Retrieves ................................... get_param_by_name(3)
param message get_param_msg: Retrieves the ..................................... get_param_msg(3)
characters (such as a password)/ getpass: Reads a string of ............................................. getpass(3)
entry by name getprotobyname: Gets a protocol ................................. getprotobyname(3)
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