search for: naflags

On a system with IEEE_754 undefined, I run into an bug, when the value of an element of the first argument (e.g., x[0]) of formatReal() is NA: 1. (format.c:235) if (!R_FINITE ..) gives nanflag=1 (!naflag remains 0) 2. (format.c:272..288) *m gets an value of -2147483643 (from the format fiddling, should not matter to us) 3. (format.c:289) because naflag is zero, m does not

So I'm exploring AUDIT and have this in /etc/security/audit_control: dir:/var/audit flags:lo,fd minfree:20 naflags:lo policy:cnt filesz:0 I tell auditd to reread the config file with audit -s but no file deletion events are logged. I change the config file to: dir:/var/audit flags:lo minfree:20 naflags:lo,fd policy:cnt filesz:0 I type audit -s and am immediately flooded with 20 kilobytes worth of audit reco...

So I'm exploring AUDIT and have this in /etc/security/audit_control: dir:/var/audit flags:lo,fd minfree:20 naflags:lo policy:cnt filesz:0 I tell auditd to reread the config file with audit -s but no file deletion events are logged. I change the config file to: dir:/var/audit flags:lo minfree:20 naflags:lo,fd policy:cnt filesz:0 I type audit -s and am immediately flooded with 20 kilobytes worth of audit reco...

Dear all, while looking for some inspiration of how to organise some code, I studied the code of random.c and noticed that for distributions with 2 or 3 parameters the user is not warned if NAs are created while such a warning is issued for distributions with 1 parameter. E.g: R version 2.7.0 Under development (unstable) (2008-02-29 r44639) [...] > rexp(2, rate=Inf) [1] NaN NaN Warning

Greetings, I've been looking for a proper way to to track down user's activity inside the shell as I'm helping my colleague to configure a web hosting and shell hosting server. Someone have referred me to this article -- http://bsdtips.utcorp.net/mediawiki/index.php/Snoop which is using 'watch' commands to view user's activity once they logged in to the server I found

...ts the class in order to avoid repeatedly looking up the mask for each preselection test. - Define a series of ioctls that allow applications to specify whether they want to track the global trail, or program their own preselection parameters: they may specify their own flags and naflags masks, similar to the global masks of the same name, as well as a set of per-auid masks. They also set a per-pipe mode specifying whether they track the global trail, or user their own -- the door is left open for future additional modes. A new ioctl is defined to allow a...