ls -t `grep fork*.c| cut -d:-f1| sort -u`
215596
Ok, basically your command is displaying a list of all files in the current directory based modification time that have a file name pattern of fork*.c where the * is any combination of characters followed by a period and then a c.    Next that listing is passed to the cut program which does something about further slimming down the results.  finally all the information is passed to sort which will return results removing any duplicates.    \n\nalright.. well with that said, hopefully that makes sense... now how you could simplify that into 2 commands is a bit beyond my know how but.. but i imagine you could probably use ls and grep only.  grep is a very powerful application and you can do many things with it.. i'd do some research on it and see what you can figure out.
519254
cd to your directory, then type:\n\nls *.wav* | awk '{print "mv "$0" "$0" "}' | sed s/.wav//2 | sh\n\nenjoy!
540079
try this stuff... pls understand the logic...\n\n#include<stdio.h>\n\nint main()\n{\nint no,rem;\nscanf("%d",&no);\nwhile (no)\n{\nrem = no % 10;\nprintf("%d",rem);\nno = no / 10;\n}\n}
21022
Not really.\n\nThere's always 'history | grep make', but I doubt that's what you want. You could move the make program to a new name like make-real, and then create a new program called make that increments a counter and then calls make-real.
483147
1/rt3 *1/rt2-1/rt3\n[1/rt3](1/rt2-1)\n[1/rt3](1-rt2/rt2)\nrationalising\n[(1-rt2)*rt6]/6
417921
Frankly, the quickest way to do this from Perl is to use backticks (the ` which is by numeral 1 on top of the keyboard), which executes the contained string as a system call. You can issue `cp -R $whatever /$where/$ever` to recursively copy, and `rm -rf $whatever` to recursively delete. This is assuming that you're operating on a Linux/Unix/MacOSX environment (I hope so--I don't feel great about Perl on Windows).\n\nOtherwise if you're bent on doing this yourself, check CPAN for File::Find, which has great recursive file handlers. One line of code does most things you want, it's just not particularly pleasant trying to get it working.\n\nWhen I program in Perl, I take every shortcut the language give me. As it's founder said (something like this): Make the easy things easy and the hard things possible.\n\nGood luck!
13370
Forward           ---                   Return\n2 cannibals       ---                  1 cannibal\n2 cannibals       ---                  1 cannibal\n1 cannibal, 1 civilized   ---          1 cannibal\n1 cannibal, 1 civilized   ---          1 cannibal\n1 cannibal, 1 civilized   ---         \nAll done
655531
fttft\n!. F 2. T 3. T 4. F 5. T
557693
try using "T/F"\np.s. include " (double quotes) in your search string
320679
try to use daemon tools
182699
it is the time to try Linux :) Suse 10.0 is super
37396
well, you didn't specify a language so here's korn shell:\n\n#! /bin/ksh\nread c\nTEMP=1\nwhile [ $TEMP -lt $c ]; do\n  echo "**********************************" | cut -c1-$TEMP\n  let "c += 1"\ndone\n\nmy c++ is a bit rusty, but the loop would look like this:\n\nwhile ( c = 1; c <= count ; c++ )\n{\n  while ( d = 1; d <= c; d++ )\n  {\n    cout << "*";\n  }\n  cout << endl;\n}\n\nhope this helps :-)
453160
http://www.daemon-tools.cc/dtcc/download.php?mode=ViewCategory&catid=5
485708
sorry I'm not able to answer your question but I'll say I have a Manitou Travis Intrinsic and it is the best fork I ever ran\ntry looking here\nhttp://www.answerproducts.com/items.asp?deptid=1&itemid=124
310567
Unfortunately, all of the unix exec functions (execv,execvp,execl,execlp,etc.) have the property that once they exec they lose the local variables and file descriptors of their parent process. In other words, the two file descriptors created by the pipe system call, although they carry over to the child process during the fork, are lost in the exec. \n   In order for prog2 to get prog1's pipe, prog2 could be a part of prog1(some functions never called except when prog1 forks). That way, the child process(prog2) would retain all of prog1's file descriptors(hence, the pipe). A basic idea -\n\n\nif (fork()) {\n     wait();\n}\nelse {\n     prog2main();\n}
620277
delete?\nf1?\nctrl+alt+esc\nctrl+alt+del\nctrl+alt+s\nf10\nctrl+alt+ins\nesc\nsome of the regular 1's
347897
Try to read the common inside the code.(inside the "/*.... */")\n\nThis function do couple of things:\n1. It is to check the input command.\n2. Set the parent thread to wait. \n3. Create a child thread.\n4. Use the child thread to run the command.