|
|
|
cap_get_fd(3c) -- get or set the capabilities for an open file
|
|
cap_get_fd returns a pointer to an allocated cap_t associated with the open file referred to by fd. If there is no capability set associated with the file, cap_get_fd returns a NULL pointer and sets errno to ENOATTR. cap_set_fd sets the capabilities for the open file referred to by fd from the cap_t cap. For this function to succeed, the process calling it must have the CAP_SETFCAP capability enabled and either the effective user ID of the process must match the file owner or the calling process... |
|
cap_get_file(3c) -- get or set the capabilities for a pathname
|
|
cap_get_file returns a pointer to an allocated cap_t associated with the pathname pointed to by path. If there is no capability set associated with the file, cap_get_file returns a NULL pointer and sets errno to ENOATTR. If _POSIX_MAC is in effect, then the process must have MAC read access to the object. cap_set_file sets the capabilities of the specified pathname. For this function to succeed, the process must have the CAP_SETFCAP capability enabled and either the effective user ID of the proc... |
|
|
cap_get_flag(3c) -- get or set the value of a capability flag in a capability
|
|
cap_get_flag Extracts the current value of the specified capability flag (flag) of the capability cap from the capability set pointed to by cap_p and stores it in the location pointed to by value. cap_set_flag Sets the specified capability flag (flag) in each of the array of capabilities caps (which has ncaps elements)of the from the capability set pointed to by cap_p and from the location pointed to by value.... |
|
cap_get_proc(3c) -- get or set process capabilities
|
|
cap_get_proc returns a pointer to an allocated cap_t associated with the process. cap_set_proc sets the capabilities for the process from the cap_t cap. If any flag in cap is set for any capability not currently permitted for the calling process, the function fails, and the capability state of the process shall remain unchanged. cap_set_proc_flags sets the capability state flags for the process from the cap_value_t flags. If the value of flags is CAP_FLAG_PURE_RECALC capabilities will not be inh... |
|
cap_init(3c) -- allocate a capability stucture
|
|
Allocates a capability and returns a pointer to it. |
|
cap_network_ioctl(3n) -- execute an I/O control operation with privilege
|
|
cap_network_ioctl asserts appropriate privilege when executing an I/O control operation. If _POSIX_CAP is in effect, the appropriate privilege depends upon the request. |
|
cap_schedctl(3n) -- alter scheduling parameters
|
|
cap_schedctl asserts appropriate privilege when altering the scheduling parameters of a process. If _POSIX_CAP is in effect, a process calling this function should have CAP_SCHED_MGT capability in the permitted vector of its capability set. |
|
cap_size(3c) -- return the size of an capability
|
|
Returns the size of a capability pointed to by capp. In IRIX capabilities are all a fixed size, but the POSIX specifications allow for the possibility of variable sized structures. |
|
cap_socket(3n) -- create a socket with privilege
|
|
cap_socket asserts appropriate privilege for the creation of sockets with privileged protocol types, like SOCK_RAW or SOCK_IGMP . If _POSIX_CAP is in effect, a process calling this function should have CAP_NETWORK_MGT capability in the permitted vector of its capability set. |
|
perl5/Carp(3) -- die of errors with stack backtrace
|
|
The Carp routines are useful in your own modules because they act like die() or warn(), but report where the error was in the code they were called from. Thus if you have a routine Foo() that has a carp() in it, then the carp() will report the error as occurring where Foo() was called, not where carp() was called. |
|
c++/cartpol(3) -- functions for the C++ Complex Math Library
|
|
The following functions are defined for complex, where: - d, m, and a are of type integer and - x and y are of type complex. d = abs(x) Returns the absolute value or magnitude of x. d = norm(x) Returns the square of the magnitude of x. It is faster than abs, but more likely to cause an overflow error. It is intended for comparison of magnitudes. d = arg(x) Returns the angle of x, ... |
|
Tcl/case(3) -- Evaluate one of several scripts, depending on a given value
|
|
Note: the case command is obsolete and is supported only for backward compatibility. At some point in the future it may be removed entirely. You should use the switch command instead. The case command matches string against each of the patList arguments in order. Each patList argument is a list of one or more patterns. If any of these patterns matches string then case evaluates the following body argument by passing it recursively to the Tcl interpreter and returns the result of that evaluation.... |
|
Tcl/catch(3) -- Evaluate script and trap exceptional returns
|
|
The catch command may be used to prevent errors from aborting command interpretation. Catch calls the Tcl interpreter recursively to execute script, and always returns a TCL_OK code, regardless of any errors that might occur while executing script. The return value from catch is a decimal string giving the code returned by the Tcl interpreter after executing script. This will be 0 (TCL_OK) if there were no errors in script; otherwise it will have a non-zero value corresponding to one of the exce... |
|
catgetmsg(3c) -- Reads a message from a message catalog
|
|
UNICOS systems IRIX systems |
|
catgets(3c) -- read a program message
|
|
catgets attempts to read message msg_num, in set set_num, from the message catalogue identified by catd. catd is a catalogue descriptor returned from an earlier call to catopen. s points to a default message string which will be returned by catgets if the identified message catalogue is not currently available. |
