So within cpanel you can add new Mime Types. This will allow apache to parse the .asp files as normal text/html.

Within your control panel you can go down to the section called “Advanced”. Within that section there is a an icon called “MIME Types”, click the icon.
At this point there are 2 boxes to fill out.
The boxes should look like this
MIME type: text/html
Extensions: asp .asp

Once this is done your .asp files should parse as normal html.

Ill show you a basic diagram below.

Normally Looks like this:

Wall jack —> DSL Modem —-> Home computer

With firewall wireless setup looks like this:

Wall jack —> DSL Modem —-> Router Firewall —–> Home computers

The setup of the router is pretty simple. Just follow the instructions provided by the manufacturer to connect to the new device. In most cases you will select “dynamic IP address” for the Outside or WAN connection. The rest of the settings are mostly default settings. Inside addresses are usually 192.168.1.x. And thats all there is to it.

Customers of HyperSurf Internet are always welcome to ask questions in regards to firewall setup.

Here is what you do. Open up thunderbird, and go to Tools/Message filters.

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Now a new screen should come up that looks like this. Click the “New” button.

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Once there,  click “Customize”. A box should open up like this.

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A box should open up, like the one below. Then type  “X-Spam-Score” in the New message header  box; click the Add button and then OK.

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Now in the left drop down, look for “X-Spam_Score”, that you just created.

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The middle dropdown should say contains.

The right drop down should say “*****”

The number of stars you give determines how aggressive the filter is.

2 aggressive, may catch alot of  spam, and maybe some real messages.

5 is middle of the road, catch most spam.

10 means may not catch much, probably wont catch real messages

Then tell it what to do if it finds spam. I tell it to move to a folder. That way I can review later, if I choose.

Once that is done click ok, and your filter should start catching spam.

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DIOCADDALTQ: Cannot allocate memory

To increase the number of queues edit /usr/src/sys/contrib/altq/altq/altq_hfsc.h and change the value
#define HFSC_MAX_CLASSES 64

Make the value equal to or greater then the number of queues you will use in the pf.conf file. After you have change the file you will need to recompile your kernel. See http://www.freebsd.org/doc/en_US.ISO8859-1/books/handbook/kernelconfig-building.html for information on how to recompile your kernel.

router#config t
router(config)#line aux 0
router(config-line)#modem InOut
router(config-line)#transport input all
router(config-line)#speed 9600
router(config-line)#stopbits 1
router(config-line)#exec-timeout 120 0
router(config-line)#exit

router#config t
router(config)#int loopback 0
router(config-if)#ip address 192.168.0.1 255.255.255.0
router(config-if)#no shut
router(config-if)#exit

Now I must determine what is the line number of the serial port on my router.

router#show line
Tty Typ Tx/Rx A Modem Roty AccO AccI Uses Noise
Overruns Int
0 CTY - - - - - 0 0 0/0
-
65 AUX 9600/9600 - inout - - - 8 0 2177/0
-
* 66 VTY - - - - - 24 0 0/0
-
67 VTY - - - - - 3 0 0/0
-
68 VTY - - - - - 1 0 0/0
-
69 VTY - - - - - 0 0 0/0
-
70 VTY - - - - - 0 0 0/0

To physically connect the firewall to the Cisco router aux port you would use a straight through serial cable.

Don’t forget this kind of configuration could open a huge security risk on your network so always configure your Cisco router to have telnet access from only trusted ip addresses.

router#config t
router(config)#line vty 0 4
router(config-if)#access-class 129 in
router(config-if)#exec-timeout 120 0
router(config-if)#exit
router(config)# access-list 129 permit ip host 192.168.1.1 any (where 192.168.1.1 is the ip of your trusted host.)
router(config)# access-list 129 deny  ip any any log
router(config)# exit

Now your router and aux port will be only accessible from your trusted ip address.
I now can access the serial port of my firewall remotely if I have a problem.

The first and foremost reason a person would choose a DSL for their internet connection is cost. DSL lines have come down in cost over the years and is now the primary connection type for most residential users. DSL connection speeds are based on the distance your home is from the “central Office”. This is where you local telecom company groups all the phone lines in the area you live. The closer you are to this office, the faster your DSL connection can be. There really isnt any way to get around this limitation, so keep your fingers crossed that you live close to the central office. DSL lines are really not suited for business that have web server or email servers. Most DSL speeds have a limited upload speed. Thats the direction your traffic will be heading if someone wants to view your web site. So if you choose to use a DSL line for a business, you may think about hosting your web site offsite. On the flip side DSL lines are well suited for residential customers. They mainly “download” web pages, and email from other locations. The average download speed for DSL lines is 1.5Mbps. The other issue you should be aware of is repair of a DSL line. DSL lines have a low priority repair with the telecom companies. This means they are not in any hurry to fix your line the same day. They generally fix within a few days, so just be prepared to be without internet if that happens. You want to know why? Its because DSL lines are so cheap. You get what you pay for when it comes to internet connection service. If you require more of a 24/7 service checkout our T1 line services page or our how to connect a T1 page.

Physical Layer: Telephone Jack

The physical layer is the wiring part of a DSL line. In most cases the telecom will wire the DSL line right into your existing inside wiring. The DSL service should come inside you house on one of your telephone jacks, like the one shown to the right. Hopefully you just have one phone number.

Some of people get confused if they have more than one phone line. The easiest way to tell which phone line is on the jack is to call your cell phone from a phone connected to that jack. The called ID on your cell phone should tell you what the number is. If you do this for all phone jacks in the house, you will know which phone number are connected to them.

Equipment: DSL Modem and Filters

Once you have identified which phone jack the service is one we can proceed with connecting and installing the DSL equipment. You will need 4 things to get connected. A DSL modem, DSL filter, phone cord and a ethernet cable. Your DSL modem will look something like the photos to the right. On the back there will be 2 ports for you to plug cables into.

The first port is the DSL port. You plug a regular phone line(grey cable) from the wall jack and plug it into the DSL port. Then you will plug a ethernet cable from your computers ethernet port to the port marked ethernet on the modem. If you originally had a phone connected to this line, you will want to use a DSL filter like the one on the left. It allows you to connect both a phone and a dsl modem. The small end connects to the phone jack on the wall, then connect the dsl modem and phone as labeled on the filter.

The first and foremost reason a person would choose a T1 for their business internet connection is reliability. T1 lines have a very good uptime, which means they are operational 24/7/365. If you were to have an issue, the service has a high priority to repair. This means that within 4 hrs, the telecom needs to address the issue and figure out what is wrong. They dont guarantee to fix it, but they guarantee to tell you what is wrong within 4 hrs. In most cases they do try their best to fix it as soon as possible. If you have a problem with your DSL line for example, they may not address the issue for a few days. DSL lines have a low priority repair with the telecom companies. So you really dont want to have you business be dependent on a DSL, if you really require service 24/7. You want to know why? Its because DSL lines are so cheap. You get what you pay for when it comes to internet connection service.
Can your business afford to be without internet for a few days?

Physical Layer:

The physical layer is the wiring part of a T1 line. In most cases the telecom will bring a RJ-45 jack and mount it in your server room. When you order the line you tell them where you want it to terminate.

There are 2 kinds of RJ-45 jacks that may be installed. One is a standard RJ-45 jack, which is open when a cable is not connected. And the other automatically loop backs when a cable is not installed. This helps with testing the T1 line during initial installation or troubleshooting if the line is down. If you have a standard jack, you can create your own loop back device for testing the T1 line.
Click to view the T1 loop back device

Equipment: Easiest, Internal DSU/CSU

The easiest way to setup a T1 line for your company is to use a cisco router with an internal CSU/DSU, an example of what it looks like is show on the right. The CSU/DSU is basically like a modem that communicates with the other side in T1 language. Using a cisco router with an internal CSU/DSU just make things a little cleaner in your server room. You can use something like a cisco 1600, 1700, 1800 or 2600 router. They all allow the internal CSU/DSU card to be installed. Click here to see what the Cisco T1 DSU/CSU WAN Interface Card looks like outside of the router. The model number for the card alone is WIC-1DSU-T1-V2. You can find both the router and the card on ebay.com. With this setup you only need to connect an ethernet cable from the RJ-45 jack supplied by the telecom to the Internal DSU/CSU.

Equipment: Newer Style Serial Port, External CSU/DSU

This is an example of some of the equipment that can be used for business T1 line, that doesnt have an internal DSU/CSU card. With this type of setup you will use and external DSU/CSU, like the one shown to the right. When you use an external DSU/CSU you will need to connect 2 items to it. One is the cable(cat5) from the RJ-45, and the other is a V.35 cable that will connect to the cisco router, shown below left. This cable has the newer style serial port ends. Its much smaller than the older style, shown in the next section. This setup works well when you dont have any space requirements or limitations. You can find both the router and external CSU/DSU on ebay.com.

Equipment: Older Style Serial Port, External CSU/DSU

This is an example of some of the older style equipment that can be used for business T1 line. The first piece of equipment you will need is a cisco 2500 router. Its a few years old, but should still work fine for a single T1 line. Cisco 2500 routers are no longer being made, but can be found in many surplus stores, or on ebay.com.You still need the external DSU/CSU to make the line work. The picture to the left shows the older style V.35 cable. Notice that the serial port is a little larger when compared to the newer style. You can find both the router and external CSU/DSU on ebay.com.

Router Configuration:

Once you have the cable plugged in from the RJ-45 jack(supplied by the telecom) to your cisco router you are ready to configure the router.
You will need to connect to the router using a cable like the one shown to the right. It connects to the serial port of your pc, and the other end connect to console port on the cisco router.
This ia an example config for cisco 1600,1700,1800 and 2600 routers, with an internal DSU/CSU
Once you are logged in you can type the following:
config t
#if you have external DSU/CSU you wont need this part controller t1 0/1
channel-group 1 timeslots 1-24
#end internal DSU/CSU interface serial 0/0/0:1 <===This is you outside interface
no shut
description point to point to internet provider
encap ppp
ip address 192.168.1.1 255.255.255.252
interface Fast 0/0 <===This is you inside interface
ip address 10.20.20.1 255.255.255.0
ip route 0.0.0.0 0.0.0.0 192.168.1.2 <===This is your gateway to your internet provider