search for: be1

# lucreate -n B85 Analyzing system configuration. Hi, after typing # lucreate -n B85 I get the following error: No name for current boot environment. INFORMATION: The current boot environment is not named - assigning name <BE1>. Current boot environment is named <BE1>. Creating initial configuration for primary boot environment <BE1>. ERROR: Unable to determine major and minor device numbers for root device <tank/BE1>. ERROR: Cannot determine the physical boot device for the current boot environment...

...32/64 bit. Really appreciate the UpdateHostkeys feature! One issue I noticed, the screen output gets garbled if the user has been "asked" to "Accept" the new hostkeys. Looks like the screen output is missing the CR's, and only LF's get presented. [root at be2 .ssh]# ssh be1 ls -l Warning: Permanently added 'be1,fec0::ffff:0:1:c0a8:415' (ECDSA) to the list of known hosts. total 12 -rw-r--r-- 1 root root 1829 Jan 23 17:43 authorized_keys -rw-r--r-- 1 root root 575 Jan 21 17:24 sshd.pam drwxr-xr-x 2 root root 4096 Feb 9 14:17 tmp [root at be2 .ssh]# ssh -o Upd...

...ty density function for each variable function, and then use latin hypercube sampling on this pdf. So far, I have created a data frame consisting of the "y" output of density(functionX) for each of the different functions I wish to sample. [examples of functions include T1(t), WL1(T1,t), BE1(WL1,T1,t)] The dataframe consists of 512 rows/vectors for each function. I tried running res <- clhs(df, size = 500, iter = 2000, progress = FALSE, simple = TRUE) and it returned a single series of 500 samples, rather than a series of 500 samples per function. I ultimately need a sample of...

...ter strings rather than the numerical data to R. An example of my original data frame minmaxfunc is as follows: min max T1 1.500000e+01 3.999954e+01 SE1 0.000000e+00 1.000000e+00 PRE 0.000000e+00 1.000000e+00 WET 0.000000e+00 5.980000e+00 BE1 4.664642e+00 5.866620e+00 Kappa1 5.500000e+03 2.000000e+04 Kappa3 1.000000e+04 2.000000e+04 Then I created a latin hypercube set using (qunif(x[,i], minmaxfunc$min[i], minmaxfunc$max[i]). The new data frame looks as follows: T1 SE1 PRE WE...

Using build 70, I followed the zfsboot instructions at http:// www.opensolaris.org/os/community/zfs/boot/zfsboot-manual/ to the letter. I tried first with a mirror zfsroot, when I try to boot to zfsboot the screen is flooded with "init(1M) exited on fatal signal 9" Than I tried with a simple zfs pool (not mirrored) and it just reboots right away. If I try to setup grub

...rame today, I realise it's a problem with the data itself rather than the syntax. An original data frame of min max T1 1.500000e+01 3.999954e+01 SE1 0.000000e+00 1.000000e+00 PRE 0.000000e+00 1.000000e+00 WET 0.000000e+00 5.980000e+00 BE1 4.664642e+00 5.866620e+00 Kappa1 5.500000e+03 2.000000e+04 Kappa3 1.000000e+04 2.000000e+04 produces a latin hypercube sampling set called samplevalues: T1 SE1 PRE WET BE1 Kappa1 Kappa3 1 31.35590 0.7066388715 0...

Red Hat Software has been notified of a critical security problem (a buffer overrun) in /usr/bin/sperl*. As no official fix for this problem exists, we recommend turning off the setuid bit on /usr/bin/sperl*. As far as we know, this problem affects all platforms and all versions. As soon as a fix is available we will release a new version of the perl package and announce it here. If no fix seems

Hi everyone, This series of patches of dm-ioband now includes "The bio tracking mechanism," which has been posted individually to this mailing list. This makes it easy for anybody to control the I/O bandwidth even when the I/O is one of delayed-write requests. Have fun! This series of patches consists of two parts: 1. dm-ioband Dm-ioband is an I/O bandwidth controller implemented

Hi everyone, This series of patches of dm-ioband now includes "The bio tracking mechanism," which has been posted individually to this mailing list. This makes it easy for anybody to control the I/O bandwidth even when the I/O is one of delayed-write requests. Have fun! This series of patches consists of two parts: 1. dm-ioband Dm-ioband is an I/O bandwidth controller implemented

Hi everyone, This series of patches of dm-ioband now includes "The bio tracking mechanism," which has been posted individually to this mailing list. This makes it easy for anybody to control the I/O bandwidth even when the I/O is one of delayed-write requests. Have fun! This series of patches consists of two parts: 1. dm-ioband Dm-ioband is an I/O bandwidth controller implemented