Installing Solaris 10 Software Companion CD from ISO Image

To install the software companion from an iso image on a solaris machine follow this steps:

1. Type the command lofiadm -a /export/temp/software.iso. This command creates a block device from a file which can be mounted. The block device will look something like this /dev/lofi/1.

2. Mount the block device by typing this command mount -F hsfs -o ro /dev/lofi/1 /mnt. We are mounting a file system of type hsfs(High Sierra File System) which is basically a representation of our iso image (compact disc). We can also use the cdfs(Compact Disc File System) if the file is being mounted from a cdrom. The ro option basically means its a read-only.

3. You can install one package at a time, but for the purpose of this demo, I'm gonna install all of the packages. Next step is to create an admin file say on this path /var/tmp/admin. The admin file should be created by root user. It contains the following:

mail=
conflict=nocheck
setuid=nocheck
action=nocheck
partial=nocheck
instance=overwrite
idepend=nocheck
rdepend=nocheck
space=check

Now this will install the packages without having the user interact with the package installation.

4. Change directory to the location of the software companion packages relevant to your architecture. In my case I'll be installing it on a Solaris 10 OS. After changing to that directory it should look something like this /mnt/Solaris_Software_Companion/Solaris_sparc/Packages.

5. As a root, execute this command pkgadd -a /var/tmp/admin -d /mnt/Solaris_Software_Companion/Solaris_sparc/Packages. The -a option overrides the default admin file with the one we just created. 

6. Once it executes, it will display all the available packages to be installed and will asks you to install a package or all of the packages. Choose 'all'. Installation will proceed to run.

Installing CouchDB Version 0.10.1 On Fedora 4

I've heard about the hype on CouchDB from this link NoSQL and the design behind it is pretty interesting. It's a different kind of database that doesn't use schemas at all. Built on Erlang which is a well known language solid enough to handle a grand scale of processes without sacrificing performance. Its data structure is a B-tree and uses MapReduce to traverse it at an incredible speed. CouchDB is document based and provides the option of
working online and offline. With its interesting characteristics, I decided to install it on my Fedora machine.

Here are the dependencies I've installed (assuming everything was a downloaded source):
    1. curl-7.19
    2. SpiderMonkey - js-1.7.0
    3. ICU - icu4c-4_2_1
    4. Erlang OTP - otp_src_R13B03
    5. autoconf-2.13

Somebody had provided a script to properly and easily wire SpiderMonkey with CouchDB as can be seen from http://74.125.47.132/search?q=cache:http://dt.in.th/2008-03-03.spidermonkey-linux.html. This is our script:

#!/bin/bash
if test "$USER" = root; then
    wget http://ftp.mozilla.org/pub/mozilla.org/js/js-1.7.0.tar.gz -O- | tar xvz
    cd js/src
    make -f Makefile.ref
    mkdir -p /usr/include/smjs/ -v
    cp *.{h,tbl} /usr/include/smjs/ -v
    cd Linux_All_DBG.OBJ
    cp *.h /usr/include/smjs/ -v
    mkdir -p /usr/local/{bin,lib}/ -v
    cp js /usr/local/bin/ -v
    cp libjs.so /usr/local/lib/ -v
else
    echo "You must be root. Try sudo $0"
fi

To ensure that CouchDB will compile properly, use the options --with-js-lib and --with-js-include when installing it. Type the command couchdb to run it. Then try to run this command curl http://127.0.0.1:5984/. You should see something like this {"couchdb":"Welcome","version":"0.10.1"} as the response. This means that the database was successfully installed.

Futon is a great web interface to the database. Be sure to run all tests from Futon. If the URL used to access Futon is say http://localhost:5984/_utils, there are 3 tests that will fail - oauth, replication and security_validation. This is a known issue for some common network configurations. My setup is basically a Windows XP accessing thru Futton the CouchDB server instance  which is installed on a Fedora machine. Both machines are connected via a router without any DNS configurations. Whatever the network configuration is, this URL will always work and all tests passes - http://127.0.0.1:5984/_utils.

I prefer a different ip address used to access Futon so I went ahead and updated two configuration files which are default.ini and local.ini. The settings from local.ini will override the default.ini. Depending on your installation of CouchDB, these files can be found at /usr/local/etc/couchdb directory. Change the binding address to suit your needs.