EiffelBase class
(HTML page generated by ISE Eiffel 4.2)
Eiffel Class
indexing
description: "Constants used for signal handling. This class may be used as ancestor by classes needing its facilities.";
status: "See notice at end of class";
date: "$Date: 2007-03-30 11:10:11 -0800 (Fri, 30 Mar 2007) $";
revision: "$Revision: 95354 $"
class UNIX_SIGNALS
feature -- Access
meaning (sig: INTEGER): STRING is
-- A message in English describing what sig is
do
if is_defined (sig) then
create Result.make (0);
Result.from_c (c_signal_name (sig))
end
end;
is_defined (sig: INTEGER): BOOLEAN is
-- Is sig a signal defined for this platform?
external
"C | %"eif_sig.h%""
alias
"esigdefined"
end;
is_ignored (sig: INTEGER): BOOLEAN is
-- Is sig currently set to be ignored?
do
Result := notis_caught (sig)
end;
sighup: INTEGER is
-- Code for `Hangup' signal
once
Result := c_signal_map (1)
end;
sigint: INTEGER is
-- Code for `Interrupt' signal
once
Result := c_signal_map (2)
end;
sigquit: INTEGER is
-- Code for `Quit' signal
once
Result := c_signal_map (3)
end;
sigill: INTEGER is
-- Code for `Illegal instruction' signal
once
Result := c_signal_map (4)
end;
sigtrap: INTEGER is
-- Code for `Trace trap' signal
once
Result := c_signal_map (5)
end;
sigabrt: INTEGER is
-- Code for `Abort' signal
once
Result := c_signal_map (6)
end;
sigiot: INTEGER is
-- Code for `IOT instruction' signal
once
Result := c_signal_map (7)
end;
sigemt: INTEGER is
-- Code for `EMT instruction' signal
once
Result := c_signal_map (8)
end;
sigfpe: INTEGER is
-- Code for `Floating point exception' signal
once
Result := c_signal_map (9)
end;
sigkill: INTEGER is
-- Code for `Terminator' signal
once
Result := c_signal_map (10)
end;
sigbus: INTEGER is
-- Code for `Bus error' signal
once
Result := c_signal_map (11)
end;
sigsegv: INTEGER is
-- Code for `Segmentation violation' signal
once
Result := c_signal_map (12)
end;
sigsys: INTEGER is
-- Code for `Bad argument to system call' signal
once
Result := c_signal_map (13)
end;
sigpipe: INTEGER is
-- Code for `Broken pipe' signal
once
Result := c_signal_map (14)
end;
sigalrm: INTEGER is
-- Code for `Alarm clock' signal
once
Result := c_signal_map (15)
end;
sigterm: INTEGER is
-- Code for `Software termination' signal
once
Result := c_signal_map (16)
end;
sigusr1: INTEGER is
-- Code for `User-defined signal #1'
once
Result := c_signal_map (17)
end;
sigusr2: INTEGER is
-- Code for `User-defined signal #2'
once
Result := c_signal_map (18)
end;
sigchld: INTEGER is
-- Code for `Death of a child' signal.
-- Signal ignored by default
once
Result := c_signal_map (19)
end;
sigcld: INTEGER is
-- Code for `Death of a child' signal.
-- Signal ignored by default
once
Result := c_signal_map (20)
end;
sigio: INTEGER is
-- Code for `Pending I/O on a descriptor' signal.
-- Signal ignored by default
once
Result := c_signal_map (21)
end;
sigpoll: INTEGER is
-- Code for `Selectable event pending' signal
once
Result := c_signal_map (22)
end;
sigttin: INTEGER is
-- Code for `Tty input from background' signal.
-- Signal ignored by default
once
Result := c_signal_map (23)
end;
sigttou: INTEGER is
-- Code for `Tty output from background' signal.
-- Signal ignored by default
once
Result := c_signal_map (24)
end;
sigstop: INTEGER is
-- Code for `Stop' signal
once
Result := c_signal_map (25)
end;
sigtstp: INTEGER is
-- Code for `Stop from tty' signal
once
Result := c_signal_map (26)
end;
sigxcpu: INTEGER is
-- Code for `Cpu time limit exceeded' signal
once
Result := c_signal_map (27)
end;
sigxfsz: INTEGER is
-- Code for `File size limit exceeded' signal
once
Result := c_signal_map (28)
end;
sigvtalarm: INTEGER is
-- Code for `Virtual time alarm' signal
once
Result := c_signal_map (29)
end;
sigpwr: INTEGER is
-- Code for `Power-fail' signal
once
Result := c_signal_map (30)
end;
sigprof: INTEGER is
-- Code for `Profiling timer alarm' signal
once
Result := c_signal_map (31)
end;
sigwinch: INTEGER is
-- Code for `Window size changed' signal.
-- Signal ignored by default
once
Result := c_signal_map (32)
end;
sigwind: INTEGER is
-- Code for `Window change' signal
once
Result := c_signal_map (33)
end;
sigphone: INTEGER is
-- Code for `Line status change' signal
once
Result := c_signal_map (34)
end;
siglost: INTEGER is
-- Code for `Resource lost' signal
once
Result := c_signal_map (35)
end;
sigurg: INTEGER is
-- Code for `Urgent condition on socket' signal.
-- Signal ignored by default
once
Result := c_signal_map (36)
end;
sigcont: INTEGER is
-- Code for `Continue after stop' signal.
-- Signal ignored by default
once
Result := c_signal_map (37)
end;
feature -- Status report
signal: INTEGER is
-- Code of last signal
external
"C | %"eif_sig.h%""
alias
"esignum"
end;
feature -- Status setting
catch (sig: INTEGER) is
-- Make sure that future occurrences of sig
-- will be treated as exceptions.
-- (This is the default for all signals.)
-- No effect if signal not defined.
external
"C | %"eif_sig.h%""
alias
"esigcatch"
end;
ignore (sig: INTEGER) is
-- Make sure that future occurrences of sig
-- will be ignored. (This is not the default.)
-- No effect if signal not defined.
external
"C | %"eif_sig.h%""
alias
"esigignore"
end;
reset_all_default is
-- Make sure that all exceptions will lead to their
-- default handling.
external
"C | %"eif_sig.h%""
alias
"esigresall"
end;
reset_default (sig: INTEGER) is
-- Make sure that exception of code code will lead
-- to its default action.
require
is_defined (sig)
external
"C | %"eif_sig.h%""
alias
"esigresdef"
end;
feature {NONE} -- Implementation
is_caught (sig: INTEGER): BOOLEAN is
-- Is sig currently set to be caught?
external
"C | %"eif_sig.h%""
alias
"esigiscaught"
end;
c_signal_map (i: INTEGER): INTEGER is
external
"C | %"eif_sig.h%""
alias
"esigmap"
end;
c_signal_name (i: INTEGER): POINTER is
external
"C | %"eif_sig.h%""
alias
"esigname"
end;
end -- class UNIX_SIGNALS
|
