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...minates the recursive function > > calls. > > Thank you, Karl. > I've committed this (very slightly modified) to R-devel, > > (also after looking for a an example that runs on a non-huge > computer and shows the difference) : > > nF <- 11 ; set.seed(1) > lff <- setNames(replicate(nF, as.factor(rpois(128, 1/4)), simplify=FALSE), letters[1:nF]) > str(dd <- as.data.frame(lff)); prod(sapply(dd, nlevels)) > ## 'data.frame': 128 obs. of 11 variables: > ## $ a: Factor w/ 3 levels "0","1","2": 1 1 1...

>Most servers can fit only 2.5" disks these days. I keep wondering what everyone is doing about storage. The DL20 gen9 I bought was setup LFF (3.5") The DL380 gen9 could be either SFF (2.5) or LFF. I had to buy SFF for our new server due I was told to spec / build it exact to vendor recommendation. To better? Answer this. Agreed, I'm not a fanboy of 2.5" stuff in enterprise equipment. To me a better but more costly answer...

Generating a model matrix with very large numbers of columns overflows the stack and/or runs very slowly, due to the implementation of TrimRepeats(). This patch modifies it to use Rf_duplicated() to find the duplicates. This makes the running time linear in the number of columns and eliminates the recursive function calls. Thanks -------------- next part -------------- A non-text attachment was

Richard Zimmerman wrote: > hw wrote: >> Next question: you want RAID, how much storage do you need? Will 4 or 8 3.5" drives be enough (DO NOT GET crappy 2.5" drives - they're *much* more expensive than the 3.5" drives, and >smaller disk space. For the price of a 1TB 2.5", I can get at least a 4TB WD Red. > > I will second Marks comments here. Yes,

...inear in the > number of columns and eliminates the recursive function > calls. Thank you, Karl. I've committed this (very slightly modified) to R-devel, (also after looking for a an example that runs on a non-huge computer and shows the difference) : nF <- 11 ; set.seed(1) lff <- setNames(replicate(nF, as.factor(rpois(128, 1/4)), simplify=FALSE), letters[1:nF]) str(dd <- as.data.frame(lff)); prod(sapply(dd, nlevels)) ## 'data.frame': 128 obs. of 11 variables: ## $ a: Factor w/ 3 levels "0","1","2": 1 1 1 2 1 2 2 1 1 1 ... ##...

I was wondering if anyone has had any luck getting samba working with a Windows 2008 domain? I've got mine working for the most part except for UID lookups. I've got identity management for unix installed on on the windows box and have several users configured with custom home directories, login shell, and UID on the Unix attributes tab. My samba server is joined to the domain, wbinfo -u

A customer is looking to replace or augment their Sun Thumper with a ZFS appliance like 7320. However, the Thumper was used not only as a protocol storage server (home dirs, files, backups over NFS/CIFS/Rsync), but also as a general-purpose server with unpredictably-big-data programs running directly on it (such as corporate databases, Alfresco for intellectual document storage, etc.) in order to