similar to: Guest-networking: Two subnets = Guests cannot connect to the other subnet

I have a 45 x 16 data frame consisting of dissimilarities among 10 colors, giving in each column the 45 = 10*9/2 pairwise judgments for one of 16 subjects. The rownames identify each pair of colors, e.g, "AC" = ("A","C"), and the pairs are ordered by columns in the lower triangle of each distance matrix. > helm.raw <-

Hi, I've been using Samba for a while, and I'm now running all network printing here from Samba. However, while printing itself works fine, my users can neither view the print queue, nor delete jobs from it, and this is beginning to get annoying. I'm using LPRng to do all the printing. All the clients are NT4 workstations. Here's some selected bits of /etc/smb.conf and

Package: xen-hypervisor-3.0-i386 Version: 3.0.2+hg9681-1 Severity: important Have been trying to get NetBSD to run under debian unstable with the debian supplied hypervisor. Using the 3.0.2-2 hypervisor supplied by XenSource, it works just fine. Because the install process overrides other things, reverified with debian hypervisor afterwards and symptom continues. Attaching the netbsd.cfg and the

----- Forwarded message from pakrat <pakrat@private.neotoma.org> ----- Forwarding to list without attachments. From: pakrat <pakrat@private.neotoma.org> To: Debian Bug Tracking System <submit@bugs.debian.org> Subject: xen-hypervisor-3.0-i386: cannot start NetBSD-HEAD X-Neotoma-Consulting-MailScanner: Found to be clean X-Neotoma-Consulting-MailScanner-From:

copy d:\bugs.ps \\ouessant\lexmark after having deleted all the samba log files and restarted the SMBd daemon from the SWAT Web interface. This leads to the INTERNAL ERROR, see samba.oulx Now, to locate the problem, I tried the same kind of command on the same file, bugs.ps, but using the SMBCLIENT application from the Linux server itself, without changing anything, nor restarting the SMBd

<-----------------------------------------------------------------------> Changes to user passwords are captured by a special DLL, which traps and then stores the password changes in encrypted form in a private area. On each synchronization schedule, the synchronization service first examines the SAM file for changes, and then checks this private area for passwords to be synchronized. Once