1. Click Start -> Run
2. Type in control userpasswords2, and press Enter
3. Click on the Advanced tab
4. Click the Manage Passwords button
5. Select the server for which you wish to delete existing settings, then click the Remove button
6. Click Close
7. Click OK
8. Logout of Windows XP, then back in
9. Connect to the password protected server. You should now be prompted for your username and password, along with the previously missing Remember my password checkbox

The above may work in other version of Windows, but I haven’t tested this out. Please post a comment if you’ve been able to use this procedure to get the Remember my password box back under your Windows version!

openssl sha1 filename

If you’d like to roll this sha1sum check into a simple bash script, create the following sha1sum script:

#!/bin/bash
/usr/bin/openssl sha1 $1

Then make the sha1sum script executable, and run it:

chmod 755 sha1sum
./sha1sum filename

1. Enable sendmail on your FreeBSD server by adding the following line to the /etc/rc.conf file:

sendmail_enable="YES"

2. Start sendmail using FreeBSD’s rc.d system.

/etc/rc.d/sendmail start

3. Add the IP address or IP addresses that you’d like sendmail to relay mail for to the /etc/mail/access file. For example, the following lines enable relaying for all emails coming from 10.0.2.1, and any IP address starting with 192.168.0.

10.0.2.1 RELAY
192.168.0 RELAY

4. cd to your FreeBSD server’s /etc/mail directory, and run make to apply your changes to sendmail.

cd /etc/mail
make

1. Install the djbdns port, and its dependencies.

cd /usr/ports/dns/djbdns
make install clean
rehash

2. Enable the supervise service, which is used to start djbdns.

echo 'svscan_enable="YES"' >> /etc/rc.conf
mkdir /var/service
usr/local/etc/rc.d/svscan.sh start

3. Create djbdns’s cache and log accounts.

pw useradd Gdnscache -d /nonexistent -s /sbin/nologin
pw useradd Gdnslog -d /nonexistent -s /sbin/nologin


4. Configure djbdns as a DNS caching server. In the examples below, 192.168.0.1 is the IP address of the interface that the djbdns DNS caching server will run on, and 192.168.0/24 is the network that I want to allow to access the server. Subsitute in the appropriate IPs and range(s) for your network.

dnscache-conf Gdnscache Gdnslog /usr/local/etc/dnscache 192.168.0.1
ln -s /usr/local/etc/dnscache /var/service
touch /var/service/dnscache/root/ip/192.168.0
/usr/local/etc/rc.d/svscan.sh restart

Sources:

• How to install djbdns
• How to run an external cache for your network

Enable Test Mode

1. Quickly press the Menu (top-center) key, then 073887*.
2. Enter your security code when prompted. By default, this will be 000000. If you aren’t prompted for your security code, go back to step 1. You probably didn’t type the sequence in fast enough.
3. Scroll down to “Test Mode”, and press Select, then Enable.
4. Press Exit to go back to the main screen.

Disable EVDO

1. Press the Menu key followed quickly by the Left Soft Key (top left key).
2. Press the Left Soft Key until you see “HDR Pref” and “HDR Hybr” (around 5 times).
3. Scroll up to “HDR Hybr”, and change its value to CDMA by pressing the Right Soft Key.
4. Scroll up to “HDR Pref”, and change its value to Off by pressing the Right Soft Key.
5. Press the Left Soft Key to select Exit.
6. Press the End button to go back to the main screen.

Disable Test Mode

1. Quickly press the Menu (top-center) key, then 073887*.
2. Enter your security code when prompted. By default, this will be 000000. If you aren’t prompted for your security code, go back to step 1. You probably didn’t type the sequence in fast enough.
3. Scroll down to “Test Mode”, and press Select, then Disable.
4. Press Exit to go back to the main screen.

None of the other printers caused Microsoft Word 97, or any of the other Microsoft Office 97 apps to crash. As a workaround while I tracked down the problem, I asked them to print their word documents as PDFs, then print the PDFs to the Canon ImageRunner 5075.

Needless to say, that kludge wasn’t a good long term solution for the printing problems.What I found was that Microsoft Word 97, and the rest of Microsoft Office 97 for that matter didn’t like Canon’s UFR (Ultra Fast Rendering) drivers. I found a PCL 6 driver for the ImageRunner 5075 on Canon’s website, switched to it, and the crashes ceased.

1. Plug the media into your Mac.
2. If you get a message saying that the media cannot be read, click Ignore.
3. Open Disk Utility (Applications -> Utilities -> Disk Utility).
4. On the left-hand column, find that disk that you plan to write to. Select any partitions on that disk that are mounted, and click the Unmount button (not the Eject button). Once unmounted, the partitions should grey out.
5. On the left-hand column, find that disk that you plan to write to, click it, then click on the Info button.
6. In the window that pops up, note the Disk Identifier. It should be something like disk2 or disk3.
7. Open up Terminal (Applications -> Utilities -> Terminal).
8. Type in the following command, replacing diskx with the Disk Identifier found earlier, and image.img with the name of the image file that you wish to read from.

sudo dd if=image.img of=/dev/diskx

Step 1 - Install the Cisco VPN Client:

1. Check what kernel you’re running by issuing the uname -a command. You should get something like:

Linux matt-media 2.6.22-14-generic #1 SMP Tue Dec 18 05:28:27 UTC 2007 x86_64 GNU/Linux

2. Download a copy of Cisco’s VPN client for Linux. If you’re using a 2.6.x kernel, it’s important to use a 4.8.x client.
3. Confirm that you have kernel sources installed for your kernel version. Check the /lib/modules/ directory.
4. Download a patch matching your kernel version from http://tuxx-home.at/. I’m running 2.6.22, so I ran:

wget http://tuxx-home.at/projects/cisco-vpnclient/vpnclient-linux-2.6.22.diff

5. Extract Cisco’s VPN client tarball:

tar -xzf vpnclient-linux-x86_64-4.8.00.0490-k9.tar.gz

6. Apply the patch:

cd vpnclient
patch -i ../vpnclient-linux-2.6.22.diff

7. Install the VPN client:

sudo ./vpn_install

Step 2 - Configure the VPN Client:

1. Take a backup of a working Cisco VPN client’s configuration. The location below is where these files were located on my Mac OS X system. They’re no doubt located somewhere other than the /private folder in other OSes.

tar -czf cisco-vpnclient.tgz /private/etc/opt/cisco-vpnclient

2. Copy the cisco-vpnclient.tgz tarball that you just created into the /etc/opt/ directory of your Linux system, and unpack it.

sudo tar -xzf cisco-vpnclient.tgz

3. Start the vpnclient service.

sudo /etc/init.d/vpnclient_init start

4. Check the name of your VPN’s profile by listing the contents of the Profiles directory. Your profile’s name will be the name of the the .pcf file, minus the .pcf extension.

ls /etc/opt/cisco-vpnclient/Profiles/

5. Connect to the VPN, using the profile name found above as the last argument.

sudo vpnclient connect "University of South Florida"

That’s it! You should now be prompted to enter your password, and find yourself connected!

/Applications/Vine Server.app/Content/Resources/TigerBundle.bundle

That’s it! You should now be able to launch Vine’s VNC Server from the Applications Folder, configure it, and remotely control to your Mac OS X 10.3 system over the network.

• KisMACR62.zip