http://www.insanelymac.com/forum/index.php?showtopic=233396&start=0&p=1612453&#entry1612453

Step 1: Go to Gmail Settings –> Labs and enable “Canned Responses” as well as “Inserting Images.”

Step 2: Compose a new message in Gmail and create a signature just like you would compose any other email message. Be creative!

You can either upload logos and icons from the computer or use ones that are already on the web. I suggest the former style as that will permanently embed the image into your email signature.

Step 3: Once your happy with the formatting and layout of your new “HTML signature,” go to the Canned Response menu and Save – give some logical name like “Personal” for a signature that you want to attach to your personal emails.

Now whenever you are composing a new message in Gmail or replying to an existing message, just select the relevant signature from the Canned Responses drop-down and it will be inserted inline as in this screenshot.

Pressing the Windows key by itself, brings up the start menu, and from there you can navigate up and down the start menu with your keyboard arrow keys, and press enter on the program you want to launch.  No more mousing around!

There are several other Windows key combinations you can perform as well, by holding down the Windows Key and pressing another key:

• Windows Logo+BREAK (Display the System Properties dialog box)
• Windows Logo+D (Display the desktop)
• Windows Logo+M (Minimize all of the windows)
• Windows Logo+SHIFT+M (Restore the minimized windows)
• Windows Logo+E (Open My Computer)
• Windows Logo+F (Search for a file or a folder)
• CTRL+Windows Logo+F (Search for computers)
• Windows Logo+F1 (Display Windows Help)
• Windows Logo+ L (Lock the keyboard)
• Windows Logo+R (Open the Run dialog box)

The first thing you need is your Vonage web account information. Once you have it, enter the following into your web browser, making sure to replace the parts in bold with your account information.

https://im-config.vonagenetworks.net/config?&login=USERNAME&password=PASSWORD&type=1003

You’ll end up with a page full of mostly useless information. however, you want to copy down the following entries as they relate to your account:

ProxyUserName=username
ProxyUserPassword=FAB16g93E7a
ProxyDomain=a.vonim.com
ProxyPort=10000

Now that you’ve got the secret information, you have two choices depending on whether your iPhone is jailbroken or not.

1) If your phone is NOT jailbroken, go the the App Store and grab the free FRING application. Once you’ve set your free Fring account up , go to More then Add-ons
Select SIP, then Other

Fill out the fields as follows:
User ID = ProxyUserName
Password = ProxyUserPassword
Proxy = ProxyDomain:ProxyPort

(mine was a.vonim.com:10000)

Now save those settings and try making a SIP call. you’ll notice that your calls appear to come from your Vonage line. Neat!

2) If you phone is Jailbroken, get on Cydia and install the free SIPHON aaplication. Install it, then go to your iPhones settings menu and open up the settings for Siphon. Enter your username and passsword that you got from the webhack above. For server, enter the Proxydomain:Proxyport.  (mine was a.vonim.com:10000) There’s all sorts of other settings you can make if you’re a real SIP guru.  Close the settings, fire up Siphon and start dialing.

Be sure whenever using either softphone to include the area code when dialing.

In theory, you should be able to simply set up Internet Sharing on your Windows Mobile device with Bluetooth PAN. Then on your Mac, simply create a BlueTooth PAN connection. The problem with this is that you run the risk of eating up your mobile device’s battery much quicker as its using its 3G connection and its bluetooth connection simultaneouslly. Even though it should work, I never could get it going, anyways. Ideally, we want to plug the phone in via USB, so that it is charging while sharing its connection. OSX won’t support the standard ActiveSync USB Internet Sharing method, so you’ll need to do a little work to get it going.

First download these files

Unzip and Copy all three files to /Library/Modem Scripts

Back on your Windows Mobile device, in the USB connection settings, change USB to mode to MODEM instead of ActiveSync. You may get a warning here that ActiveSync won’t work when Modem is selected. Remember to change it back later when you are ready to sync up again with a Windows computer. Once you’ve selected modem, plug your device into your Mac via USB.

Now, go to your Network Preferences menu.

On the left side, you should see your list of Network Interfaces. Click the little “+” sign to add an interface. Click Interface drop down menu, and you should see a choice for “Samsung CDMA Technologies”. Go ahead and choose it, and click CREATE. it should populate itself on the left-hand pane now.

Highlight the new Samsung Entry, and on the right side make the following entries:

Configuration: Default

Telephone Number: wap.cingular

Account Name: WAP@CINGULARGPRS.COM

Password: CINGULAR1

Now click Advanced…

On the Modem Tab, make sure Vendor is Samsung and Model is GPRS (GSM/3G)

On the PPP tab:

For Session, Uncheck “Redial if Busy”

Next to Settings, choose CONFIGURATION and select “Send PPP echo packets” and uncheck: Use TCP header compression.

Apply all these changes and lock the Network Preferences, and you’re ready to test.

Its a good idea when testing to disable your Wi-Fi so you can be sure you’re genuinely using your mobile devices WAN.

Now, highlight the Samsung modem, and on the right side, click CONNECT. If all goes correct, you should see a little meter with your connection strength, and you should now be able to surf the web. Go for it!

First, shut down the virtual guest with the full hard drive. Once it’s shut down, commit any snapshots to disk by deleting all snapshots in the snapshot manager.

Connect to your ESX server host via console or ssh, and navigate to the directory where the .vmdk files reside for this guest. Decide on a size that you want to increase your hard drive to. Make sure to leave room for future services packs and patches, etc.,

type this:

vmkfstools t -X 50g myvmguest.vmdk

Replace myvmguest with the appropriate vmdk file name and replace 50g with the appropriate size for your environment.

It should only take a second or two, as all its doing is making a change to the file’s header so it thinks its now larger than it was.

Now, go grab a copy of GPARTED here. Download the ISO. In the CD-ROM Settings for your Virtual Guest, point it to the ISO you just downloaded. You may need to SCP this file to the server. Make sure its set to CONNECTED and CONNECT AT STARTUP.

Now power on the virtual guest, but quickly get keyboard control and hit ESC to choose another boot device. Choose CD and the GPARTED live CD should fire up.

Answer the keyboard questions when they come up. After a minute or so, GPARTED should load up and discover your hard drives automatically.

You should see a visual representation of your boot drive now, with a bunch of free space at the endthe partition. Right-click on the partition and choose Resize/Move. Drag the slider to increase the partition to the new size. Click Resize. Click Apply at the top. Depending on the size of your partition, this may take a while. Check the progress, and when its done, quit, reboot back into Windows.

Your boot drive should now be larger.  No charge.

SIOCSIFADDR: No such device eth0
eth0: ERROR while getting interface flags: No such device

When I ran ifconfig only lo showed up. No eth0 to be seen anywhere. After hunting around the net for a few minutes I came across some tips that helped.

First I ran:
ifconfig -a

This showed me two adapters – lo and eth2. Aha!

sudo ifconfig eth2 up brought the interface up for me, and sudo dhclient got me an ipaddress, but after rebooting the problem came back.

Next step was to edit this file:
/etc/udev/rules.d/70-persistent-net.rules

Looking at that file, I could see my adapter listed as well as a couple others. I commented out the ones with the wrong MAC address, found the correct one and changed the entry for eth2 to eth0.

I rebooted and everything was gold.

Thank you Google.

DNS (Domain Name System)  – is a method by which the URL’s you type into your browser are translated into the actual Internet IP-addresses fo the appropriate servers. Its by using these unique addresses that information gets routed properly around the Internet. A common comparison is your postal address: You can think of the URL’s as your NAME and the IP address as your street and house number.  Your mail won’t reach you without the address. So for every Domain name out there, a unique Ip address exists. When you make a request in your web browser for a particular website, it queries its DNS provider for the correct IP address and then takes you there. By default you’re probably using your ISP’s DNS servers to provide this functionality for you.

You can create a free account and then set your router or home your home PC’s individually to use OpenDNS’ servers instead of your ISPs. OpenDNS categorizes domain names and URL’s into all kinds of useful collections which you can then choose to allow or deny access to from your network.  OpenDNS grabs your DNS “queries” and, for categories which you’ve chosen to block , it inserts its OWN ip addresses in the return, rather than the actual destination. For example, you can choose to block adult content.  When you type in “www.playboy.com” in your browser, your computer queries OpenDNS for the correct IP address. OpenDNS, sees that you’ve chosen to block this site, and instead of returning  216.163.137.3 (the acutal playboy.com address), it returns with an address owned by OpenDNS. So when your browser goes to this new address, you’re greeted with a nice blocked message that looks something like this:

By intercepting these addresses, OpenDNS has the ability to block all sorts of malicious or unwanted content, and notify you if it detects you trying to access it.  For instance, they can currently detect if you’re infected with the conficker worm.

They also offer all kinds of great statistics about your network’s usage. You can customize the block messages and looks as well.  For the price, OpenDNS can’t be beat.

There are instructions on the OpenDNS website for configuring both home routers and individual computers. For more info click here.

According to Trend Micro’s summary:

Two things can be summed up from the events that transpired:

1. As expected, the P2P communications of the Downad/Conficker botnet may have just been used to serve an update, and not via HTTP. The Conficker/Downad P2P communications is now running in full swing!
2. Conficker-Waledac connection? Possible, but we still have to dig deeper into this…

Here’s a link to more information from Trend Micro

Here’s a link to the conficker “eye test” – it’ll let you know if your machine is infected or not.

http://www.talkbiz.com/confickertest/

• Go to Start > Programs> Voice Command
• Change Voice Enabled to “YES”
  If you are using Bluetooth, you can change Announcement Routing to “Bluetooth if Available” if you like. What this means is that when the phone wants to make a voice announcement like “your battery is low” , it will try to send it out over Bluetooth.
• The announcements setting will change when you want to hear announcements. You can choose to only hear them when your calendar is “Free” if you like.
• Call Confirmations Setting will let you choose to hear a short vocal confirmation of the intended dialing target. So, when you say “call home”, it will say, “Call home?” to verify.
• Dial confirmation will do the same as above, but for voice number dialing. So if you say “Dial 5-5-5-1-2-1-2″ it will repeat it back to you.
• Announce Calls, when turned on, will announce all incoming calls to you.
• Announce Messaging will announce incoming messages. You can further choose on ly to hear high priority messages announced.
• Calendar Reminders will announce your appointments for you.
• Media Selections will try to announce the name of the song that’s coming up.
• Once you’ve got all the settings the way you want, hit Done.

If you’ve got a compatible bluetooth headset, you can simply tap your button and start using voice commands. Voice Command automatically understands entries in your contacts and many other useful words. So you can simply say things like “Call Home” or “Call wife mobile” or “when is my next appointment” and it will understand.

Here’s the biggest gotcha if you dont’ have a bluetooth headset. The Help feature tells you to use the Voice Command button. interestingly, it doesn’t tell you which button this is on the phone. To activate Voice Command on the BlackJack II keypad, hold down the Att-Globe looking key next to Caps/Shift.

Now, let’s be careful out there.