So what it does is it reads in a directory on the command line. It loops through the directory recursively to include subdirectories. Inside a directory it runs a solver on each file. Then it records the amount of time it took to run. The solvers are also command line input.sub processCnfDirectory { use Time::HiRes(gettimeofday); use File::Basename; my($path) = @_; my $pid; local $SIG{ALRM} = sub { $didTimeout=1; print OUTPUT "timeout"; print "process id", $pid, "\n"; kill 9, $pid; die "Timeout\n"; }; print( "working in: $path\n" ); # append a trailing / if it's not there $path .= '/' if($path !~ /\/$/); # loop through the files contained in the directory for my $file (glob($path . '*')) { # check if the file is a directory if( -d $file) # pass the directory to the routine ( recursion ) processCnfDirectory($file); } elsif ($file =~ /.*\.cnf/) { print OUTPUT basename($file), ","; # run using the first solver $pid = fork; eval { $didTimeout=0; $start1=gettimeofday(); alarm $timeout; #$pid = `$solver1 $file`; $result = `$solver1 $file`; waitpid($pid, 0); }; alarm 0; $end1=gettimeofday(); if($didTimeout == 0) { print OUTPUT $end1 - $start1; } print OUTPUT ","; # run using the second solver $pid = fork; eval { $didTimeout=0; $start2=gettimeofday(); alarm $timeout; #$pid = `$solver2 $file`; $result = `$solver2 $file`; waitpid($pid, 0); }; }; alarm 0; $end2=gettimeofday(); if($didTimeout == 0) { print OUTPUT $end2 - $start2; } print OUTPUT "\n"; } } }
In reply to Re^2: Timeout and kill
by nelson64
in thread Timeout and kill
by nelson64
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