This java.net article describes the clustering capabilities of GlassFish version 3.1 and helps you get started deploying your application to a GlassFish cluster.
Would like to confirm the ff. I got confused actually with the version I needed to download that will work on glassfish 3.0.1
a. Debian Squeeze (HP DL360). Need to use java version6
On Debian, I did apt-get install sun-java6-jdk. So when I check it's
java version "1.6.0_22"
Java(TM) SE... (1 Reply)
questions.
What's basically the difference between if I use the opensource and oracle glassfish (the one that requires license for production use)? Is there an evaluation period for the latter? Pls advise (0 Replies)
I tried to install glassfish on Solaris 10 and it worked fine on other instances. I got the below message
bash-3.00# ./sjsas-9_1_01-solaris-sparc.bin -console
bash: ./sjsas-9_1_01-solaris-sparc.bin: Invalid argument
I logged on as root and the file has execute permission. So strange. Do... (1 Reply)
clm order(1) USER COMMANDS clm order(1)
NAME
clm order - reorder clusterings conformal to inclusion structure
clmorder is not in actual fact a program. This manual page documents the behaviour and options of the clm program when invoked in mode
order. The options -h, --apropos, --version, -set, --nop are accessible in all clm modes. They are described in the clm manual page.
SYNOPSIS
clm order [-prefix <string> (file multiplex prefix)] [-o <fname> (concatenated output in single file)] <cluster|stack>+
DESCRIPTION
Given a set of input clusterings clm order first transform it into a stack of strictly nesting clusterings. It does this by splitting clus-
ters where necessary. It then reorders the coarsest (i.e. level-one) clustering, from large to small clusters. After that it reorders the
second coarsest clustering conformally such that the first batch among its reordered clusters covers the level-one largest cluster, the sec-
ond batch covers the level-one second largest cluster, and so on. Within these constraints, each batch of second-level clusters (correspond-
ing to a single first-level cluster) is again ordered from larger to smaller clusters. This process is applied recursively throughout the
entire stack of input clusters.
The input can be specified in multiple files, and a single file may contain multiple clusterings. The output is by default written as a con-
catenation of matrix files, the so-called stack format. Use the -o option to specify the output file. The stacked format can be converted to
Newick format using mcxdump(1). The output can be written to multiple files, one for each projected clustering, by using the -prefix option.
By example, -prefix P leads to output in files named P1, P2, ..PN, where N is the number of clusters in the input, P1 is the most fine-
grained ordered clustering, and PN is the coarsest clustering.
OPTIONS
-prefix (<string>)
-o (<fname>)
As decribed above.
AUTHOR
Stijn van Dongen.
SEE ALSO
mclfamily(7) for an overview of all the documentation and the utilities in the mcl family.
clm order 12-068 8 Mar 2012 clm order(1)
