I need to configure a proxy on my local machine to use an upstream proxy (installed on another machine). The upstream proxy requires Digest/NTLM authorization. I want the local proxy to deal with the upstream proxy's authorization details and provides authorization free access to users that connect... (0 Replies)
My parents want to monitor my little brothers (10 year old) internet activity for a couple of weeks to check out who he talks to on IM and everything. I suggested a keylogger for mac, but not familiar with it.........Is there a better program?
If so or If not, is there any program you recommend? (4 Replies)
Hi,
I am involved in a project on Debian. One of my requirement is to route an IP packet in my application to a proxy server and receive the reply from the proxy server as an IP packet. My application handles data at the IP frame level. My application creates an IP packet(with all the necessary... (0 Replies)
I've always been accustomed to setting certain kernel parameters in the /etc/system file. However, with Solaris 10, they have created the resource control utility to set these values.
I've set the value for project.max-shm-memory to 4gb with the following command:
prctl -n... (2 Replies)
CPMAC(1) BSD General Commands Manual CPMAC(1)NAME
/usr/bin/CpMac -- copy files preserving metadata and forks
SYNOPSIS
/usr/bin/CpMac [-rp] [-mac] source target
/usr/bin/CpMac [-rp] [-mac] source ... directory
DESCRIPTION
In its first form, the /usr/bin/CpMac utility copies the contents of the file named by the source operand to the destination path named by
the target operand. This form is assumed when the last operand does not name an already existing directory.
In its second form, /usr/bin/CpMac copies each file named by a source operand to a destination directory named by the directory operand. The
destination path for each operand is the pathname produced by the concatenation of the last operand, a slash, and the final pathname compo-
nent of the named file.
The following options are available:
-r If source designates a directory, /usr/bin/CpMac copies the directory and the entire subtree connected at that point. This option also
causes symbolic links to be copied, rather than indirected through, and for /usr/bin/CpMac to create special files rather than copying
them as normal files. Created directories have the same mode as the corresponding source directory, unmodified by the process' umask.
-p Causes /usr/bin/CpMac to preserve in the copy as many of the modification time, access time, file flags, file mode, user ID, and group
ID as allowed by permissions.
-mac Allows use of HFS-style paths for both source and target. Path elements must be separated by colons, and the path must begin with a
volume name or a colon (to designate current directory).
NOTES
The /usr/bin/CpMac command does not support the same options as the POSIX cp command, and is much less flexible in its operands. It cannot
be used as a direct substitute for cp in scripts.
As of Mac OS X 10.4, the cp command preserves metadata and resource forks of files on Extended HFS volumes, so it can be used in place of
CpMac. The /usr/bin/CpMac command will be deprecated in future versions of Mac OS X.
SEE ALSO cp(1)MvMac(1)Mac OS X April 12, 2004 Mac OS X