My little Information Technology blog
There are many ways to do this, however, my favorite is to add the following at the bottom of the functions.php file in WordPress:
<?php function bfa_remove_word_private($string) { $string = str_ireplace(“private: “, “”, $string); return $string; } add_filter(‘the_title’, ‘bfa_remove_word_private’); ?>
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Thanks to About.Com for this info
If you are changing the fully qualified domain name of your WordPress website and are looking for a quick and easy tool to update your MySQL database file, you need to check out this cool tool located at:
This was done by a guy I know from the Ukraine, Thomas Howe, he is an awesome PHP developer. If you need a good developer to hire for contract, P/T or F/T work, you can find him under his screen name (thomashowe) on oDesk.com
Create a file in Notepad called “LookupFQDN.cmd” and put the following contents inside:
@del Results.txt
@for /f %%I in (Hostnames.txt) do ping -n 1 %%I >> Results.txt
@find “Pinging” Results.txt > Output.txt
@del Results.txt
@for /f “eol=- tokens=2,3 delims= ” %%I in (Output.txt) do echo %%J >> Results.txt
@del Output.txt
Put the file “Hostnames.txt” in the same directory where this CMD file is located, and run the LookupFQDN script. It should process each line in the “Hostnames.txt” file and spit out a file “Results.txt” that will contain the IP addresses for all of the entered FQDN names.
You might have to remove the brackets [] in front of and behind the IP addresses.
Firstly, for those wondering what the OVF tool is then you can go here.
If you’re wondering what OVF is, well here is a good introduction. The short summary is the Open Virtualization Format (OVF) describes an open, secure, portable, efficient, and flexible format for the packaging and distribution of one or more virtual machines.
So how do you create an OVF file from a VM. It’s simple.
Select the VM you want to export in your vSphere client. Then using the File menu, select Export
Then it’s just a case of following your nose and saving the OVF export to somewhere with sufficient disk space.
At the end of the process you get this :
and the OVF export is complete. The exported contents look like this : ~/ovf$ ls winxp-sp3-disk1.vmdk winxp-sp3.mf winxp-sp3.ovf
The mf file is a set of SHA1 hashes for the OVF and any of the VMDK files. The ovf file is an xml file that attempts to describe the virtual machine in an independent/open format which is in theory importable into virtualisation products that fully support OVF files – I must try that 
To display the OVF file you can run the ovftool in probe mode. ~/ovf$ ovftool winxp-sp3.ovf Opening OVF source: winxp-sp3.ovf OVF version: 1.0 Name: winxp-sp3
Download Size: 20.35 GB
Deployment Sizes: Flat disks: 37.27 GB Sparse disks: Unknown Networks: Name: VM Network Description: The VM Network network
Virtual Hardware: Family: vmx-07 Disk Types: SCSI-buslogic
Completed successfully
To import the OVF you use a command like (the syntax for the vSphere locator is a bit odd – I highly suggest you read the OVF Tool Guide) $ ovftool --powerOn --datastore=NFS1 winxp-sp3.ovf vi://10.100.0.100/HomeLab/Host?ip=10.100.0.3 Opening OVF source: winxp-sp3.ovf Please enter login information for target vi://10.100.0.100/ Username: geoff Password: ******** Opening VI target: vi://[email protected]/HomeLab/Host Deploying to VI: vi://[email protected]/HomeLab/Host Disk progress: 1% and on the VC you’ll see
Eventually you’ll get
Powering on VM: winxp-sp3 Completed successfully
Sure you can deploy from templates, but what if you have multiple environments in a variety of network locations and you’d like to have a common set of templates – enter the OVF. With a repository full of OVF’s accessible via http you can centrally store and distribute standard images out into all of your virtual environments.