Thursday, August 27, 2009
Complaints!
I thought we were past WordStar2000! What the hell is up with the formatting on this blog? WYSIWYG too complicated for them to figure out?
Getting started
Getting started is a lot harder than I thought. I have started looking at some of the other blogs out in this wide world of 1s and 0s and the first thing I notice is there are a lot of 0s out in the world. It seems that there are many people with Blogs who might best serve the human race by not reproducing. There is a old (well in IT anything over a year is old) saying "There are 10 types of people in the world, those who understand binary and those who don't." I know that probably started as a math joke, but it belongs to IT now so live with it. The sad thing is there are a lot of people in IT that don't get it.
I have found that one of the hardest things to teach someone is really one of the simplist concepts in computers and that is the concept of +1. Now, I know that there are plenty of people who will want to cuss me out, but it is true. If you can not add in Binary then you can't subnet IP addresses. If you can't work with Subnets, then you can't network successfully. I have worked for a lot of different companies and over the years I have found many examples of subnets not correctly defined.
Everyone who has set up a computer knows the following subnet: 255.255.255.0 That is the classic Class C subnet, nothing special, nothing hard. If you have ever set up a serial link or a link to a service provider they have used 255.255.255.252 , so most people can recognise that one as well. Most people haven't used them but still know the following: 255.0.0.0(Class A) and 255.255.0.0(Class B). But when was the last time you set up a corporate office with 255.255.252.0? Can you work out what your Network address, Broadcast Address and First and Last available IPs are? Well, if you would like to not only know how to work out this needed information but to also learn what it all means then please dear reader continue on.
First of all you must understand what 255 and 0 represent. 255=11111111 and 0=00000000 Thats not hard at all, and you get to deal with four of those groups called Octets. Second, you need to understand how to the subnet relates to the IP address. To put it simply If the subnet is a 0 it doesn't matter, if it is a 1 it has to match. Dosen't really make sense does it? I'll draw a picture:
IP Address: 10.10.10.10=00001010.00001010.00001010.00001010
Subnet: 255.255.252.0 =11111111.11111111.11111100.00000000
As you can see the first two octets are all 1s and must match perfectly to the network address. The last octet is all 0s and doesn't matter what you have in there. This makes the third octet the important part, so lets pull out just the third octet and see what we have there.
0 0 0 0 1 0 1 0 I spaced out the digits to make
1 1 1 1 1 1 0 0 it line up better.
Now at this point you know that those two 0s in the subnet are allowed to be anything they want to be as long as the first 8 stay the same. So how do you change this into an IP Address that you can type into a Windows TCP/IP properties window? Well you learn the idea of +1.
Now what do I mean by +1. Well in school you learned that 1+1=2, well that would be great if 2 was a number that we could use, but we can't. We are stuck in binary, it is either on or off. Works like a light switch in gandma's house and is represented as either 0 or 1. Now look at this count to ten in decmal and binary:
Decmal: Binary:
0 0 Always start with 0
1 1 Pretty easy here, nothing weird happening
2 10 What happened we are already at 10?
3 11
4 100 Are you worried yet? Don't be it will make sense in a minute
5 101
6 110
7 111
8 1000
9 1001
10 1010 Can you see the pattern now?
With only two digits we have to use a lot more places to show the same value. This is why IP addresses are restricted to a top value of 255. Looking back at our IP and subnet above we can see that only those last two digits can change which gives us the following choices:
0 0 0 0 1 0 0 0 = 8
0 0 0 0 1 0 0 1 = 9
0 0 0 0 1 0 1 0 = 10
0 0 0 0 1 0 1 1 = 11
So we now see that there are a total of four values that can fit with in a subnet of 252(11111100) for those keeping tract of the Binary. So now we see that with in that network scope we can have 8, 9, 10 and 11 as values in the third octet.
Now to look at the subnet again:
255.255.252.0 = 11111111.11111111.11111100.00000000
As discussed previously if the digit is a 1 is must remain consistant, and if it is a 0 it doesn't matter. There are two exceptions, the Network address and the Broadcast address. With in the subnet scope neither the Network nor the Broadcast addresses can be used. all other addresses are usable. So, how do we know what these addresses are? Well the network address is all 0s when the subnet is all 0s, while the Broadcast is all 1s when the subnet is all 0s. I'll demonstrate:
Network : 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 0 0. 0 0 0 0 0 0 0 0
Subnet : 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 0 0. 0 0 0 0 0 0 0 0
This shows that our network address will be 10.10.8.0. I have bolded the significant digits. The Broadcast address is done with the same places, but with 1s:
Network : 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 1. 1 1 1 1 1 1 1 1
Subnet : 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 0 0. 0 0 0 0 0 0 0 0
From this we see that the broadcast address is 10.10.11.255. This means that we now know that 10.10.8.0 to 10.10.11.255 is our scope and 10.10.8.1 to 10.10.11.254 is the usable range. That's a lot of Addresses.
Now one thing which you will need to remember is that idea of +1. You have seen 1+1=10, but what happens when you have an octet of 11111111? We need to look at a pair of octets which we will have one of all 0s and the other of all 1s, and then we add 1.
00000000.11111111
+1
00000001.00000000
Just think of it like your odomator, only you have just 0s and 1s. And that is all of the Binary I will force feed you today. Honestly to need to know more would make you a math major not a computer science major.
Many years ago I was shown a chart that helps with subnetting. I mean this thing makes an real differance when you are working on these caculations. But there is a down side, if you don't understand what has already been discussed you will have a heck of a time remembering what to do to make the chart work. Now that I have offered up that little disclaimer here it is:
128 192 224 240 248 252 254 255
128 64 32 16 8 4 2 1
To remember how to build this chart remember that the top row is you subnet and the bottom row is the size of the range. Second notice that 255+1=256, 128+128=256, and that is true of every pair. This is because there are 256 possible combination of 0's and 1's in an octet. So to start using this from the chart you know that with a 240 subnet there are 16 addresses, but remember you have to subtract two, one is the network and one is the broadcast and neither are usable. Another useful rule from this chart is that each of the numbers in the bottom row is evenly divisable by the smaller numbers(i.e. 16/4=4, 64/32=2). This means that with a .240 subnet you know that .16 is a network address and so is .32, .64, and .128. This gives you a starting point to work from when you get an address like 10.10.10.96 subnet 255.255.255.240. If you need to find out if 10.10.10.99 is in the same network you need to beable to get up to that range with out having to do 16, 32, 48, 64, 80, 96, and 112. We see from what I just worked out that .96 is the network address which would explain why a computer assigned that IP and Subnet wouldn't talk on the network, but we could have skipped most of that math by starting at 64 since we know it is a network address of .240 subnet.
Now what information is needed most of the time when you are subnetting an IP range? You need to know the Network address, Broadcast Address, # of Avaible Addresses, and most people what to know the first and last avaible addresses. Here is our IP and subnet:
65.204.122.36
255.255.255.252
This is for your serial interface on your new Cable modem and you need to program it for use, but something is not working right. Lets work out the subnet information and see if we can figure out what is wrong. A .252 subnet gives us a range of four with two usable. 32 is closest to 36 and I am betting that you can already see that 36 is a network address in a .252 subnet. So what do we now know about this subnet:
Subnet 255.255.255.252
Network 65.204.122.36
First 65.204.122.37
Last 65.204.122.38
Broadcast 65.204.122.39
Next Network 65.204.122.40
We can now see that the addresses for the interfaces should have been .37 and .38. This is the process to deal with subnet issues most of the time.
When someone is needing to subnet a range of addresses into smaller ranges it is because they have a limited range and need to use it in several different places. If we are given the Class C range of 205.55.146.0, but we need to use this range in multiple locations or in several different VLANs then we need to beable to further divide these addresses.
Ok, so here is a situation which could happen to you as a network admin. The office manager wants to divide users by department and segment the network using differnet VLANs. Here is the list of departments with the number of users:
HR 6
Sales 22
Mangement 5
Finance 13
IT 3
I know the first thing you notice is that IT has 3 people, well that is not realistic, but I didn't want him to be lonely. Now, as you can see none of these groups will need to take up a full Class C scope, nor will all of the groups together take up a full Class C, but we should always plan for growth. It really sucks when you have to start adding additional IP ranges to an area because someone forgot to plan ahead. So the other information you will need to know is how many people can we expect to add? How many printers are needed? And are we going to have IP phones? Here we can see that we need a lot more addresses than what the numbers above indicated. So here is what we find out after we ask some questions of the different departments:
Department: Employees: Printers: IP Phones: Future Growth:
HR 6 4 10 4
Sales 22 6 35 10
Mangement 5 5 5 1
Finance 13 8 18 5
IT 3 1 5 2
Now we can divide this up in many differnet ways. Here you just have to make some educated guesses. First thing you have to decide is do you want the printers and phones on their own VLANs? Next, do you think their growth estamates are close? I'm going to always recomend putting phones in their own VLAN, and the same with printers if you can. So here is what we will need with the current numbers we have gathered:
HR 10
Sales 32
Mangement 6
Finance 18
IT 5
Printers 14
Phones 73
Now that we have a feel for the number of addresses needed in each scope you will be building we can get to work on figuring out what scopes will meet our needs. If you will go back up and look at our chart we can see that the number of addresses needed for the phones is the largest and will only fit with in a 128 subnet. So with out needing to worrie about it further we know that we will have to use the following for the phones:
Network 205.55.146.0
Subnet 255.255.255.128
First Availble 205.55.146.1
Last Availble 205.55.146.126
Broadcast 205.55.146.127
At this point we know that we have used half of our IP addresses. So we look at the rest of the groups.
HR 10
Sales 32
Mangement 6
Finance 18
IT 5
Printers 14
Sales looks easy with 32, we can use a .224 and have 32 addresses, but wait. We don't have 32 addresses, we have 30, always remember to take out two to account for the Network and Broadcast addresses. So now we have to take Sales up to a 192 subnet.
Network 205.55.146.128
Subnet 255.255.255.192
First Availble 205.55.146.129
Last Availble 205.55.146.190
Broadcast 205.55.146.191
It looks like we are getting a little tight on IPs. Lets look at the rest and I will add in what subnet we wouild like to be using:
HR 10 .240
Mangement 6 .240
Finance 18 .224
IT 5 .240
Printers 14 .224
Now, I know that Management could fit into a .248, but there would be no room to add any more devices. This also is true of the printers fitting into a .240. They will fit, but you have no space if someone decides to add another. So can we make all of these fit. Start with the largest scopes first and work it out:
Finance
Network 205.55.146.192
Subnet 255.255.255.224
Printers
Network 205.55.146.224
Subnet 255.255.255.224
Opps, we are out of addresses. We can contact our service provider and get more, but how many do we need? Lets work it out as the next scope:
HR
Network 205.55.147.0
Subnet 255.255.255.240
Management
Network 205.55.147.16
Subnet 255.255.255.240
IT
Network 205.55.147.32
Subnet 255.255.255.240
We will need to use up to 205.55.147.47, but an ISP is not going to give us three .240 subnets, they will give us one .192 subnet though and now we have a little room to grow.
Now you can see how to divide out these IP addresses to fit the needs of your company. I hope it helped you out at least a little.
If you want a little practice copy the following and work them out and email them to me at jsorrells@gmail.com and I will try to get them back to you as quickly as possible.
Practice #1
235.11.4.119
255.255.255.64
Practice #2
10.20.30.40
255.255.224.0
Practice #3
192.168.55.0
255.255.255.254
Practice #4
172.16.20.255
255.255.248.0
Practice #5
172.20.20.11
255.248.0.0
Practice #6
10.255.255.28
255.255.255.252
Practice #7
12.4.4.240
255.255.255.192
Practice #8
4.4.4.190
255.255.224.0
Practice #9
10.44.12.188
255.255.255.0
Practice #10
10.100.20.200
255.192.0.0
Bonus Questions:
Which of the following IPs are usable given the assigned subnet?
Which IPs are included in the 224.128.60.0 Network?
224.128.61.255
255.255.252.o
224.128.62.255
255.255.252.o
224.128.61.0
255.255.252.o
224.128.64.0
255.255.252.o
224.128.60.254
255.255.252.o
I have found that one of the hardest things to teach someone is really one of the simplist concepts in computers and that is the concept of +1. Now, I know that there are plenty of people who will want to cuss me out, but it is true. If you can not add in Binary then you can't subnet IP addresses. If you can't work with Subnets, then you can't network successfully. I have worked for a lot of different companies and over the years I have found many examples of subnets not correctly defined.
Everyone who has set up a computer knows the following subnet: 255.255.255.0 That is the classic Class C subnet, nothing special, nothing hard. If you have ever set up a serial link or a link to a service provider they have used 255.255.255.252 , so most people can recognise that one as well. Most people haven't used them but still know the following: 255.0.0.0(Class A) and 255.255.0.0(Class B). But when was the last time you set up a corporate office with 255.255.252.0? Can you work out what your Network address, Broadcast Address and First and Last available IPs are? Well, if you would like to not only know how to work out this needed information but to also learn what it all means then please dear reader continue on.
First of all you must understand what 255 and 0 represent. 255=11111111 and 0=00000000 Thats not hard at all, and you get to deal with four of those groups called Octets. Second, you need to understand how to the subnet relates to the IP address. To put it simply If the subnet is a 0 it doesn't matter, if it is a 1 it has to match. Dosen't really make sense does it? I'll draw a picture:
IP Address: 10.10.10.10=00001010.00001010.00001010.00001010
Subnet: 255.255.252.0 =11111111.11111111.11111100.00000000
As you can see the first two octets are all 1s and must match perfectly to the network address. The last octet is all 0s and doesn't matter what you have in there. This makes the third octet the important part, so lets pull out just the third octet and see what we have there.
0 0 0 0 1 0 1 0 I spaced out the digits to make
1 1 1 1 1 1 0 0 it line up better.
Now at this point you know that those two 0s in the subnet are allowed to be anything they want to be as long as the first 8 stay the same. So how do you change this into an IP Address that you can type into a Windows TCP/IP properties window? Well you learn the idea of +1.
Now what do I mean by +1. Well in school you learned that 1+1=2, well that would be great if 2 was a number that we could use, but we can't. We are stuck in binary, it is either on or off. Works like a light switch in gandma's house and is represented as either 0 or 1. Now look at this count to ten in decmal and binary:
Decmal: Binary:
0 0 Always start with 0
1 1 Pretty easy here, nothing weird happening
2 10 What happened we are already at 10?
3 11
4 100 Are you worried yet? Don't be it will make sense in a minute
5 101
6 110
7 111
8 1000
9 1001
10 1010 Can you see the pattern now?
With only two digits we have to use a lot more places to show the same value. This is why IP addresses are restricted to a top value of 255. Looking back at our IP and subnet above we can see that only those last two digits can change which gives us the following choices:
0 0 0 0 1 0 0 0 = 8
0 0 0 0 1 0 0 1 = 9
0 0 0 0 1 0 1 0 = 10
0 0 0 0 1 0 1 1 = 11
So we now see that there are a total of four values that can fit with in a subnet of 252(11111100) for those keeping tract of the Binary. So now we see that with in that network scope we can have 8, 9, 10 and 11 as values in the third octet.
Now to look at the subnet again:
255.255.252.0 = 11111111.11111111.11111100.00000000
As discussed previously if the digit is a 1 is must remain consistant, and if it is a 0 it doesn't matter. There are two exceptions, the Network address and the Broadcast address. With in the subnet scope neither the Network nor the Broadcast addresses can be used. all other addresses are usable. So, how do we know what these addresses are? Well the network address is all 0s when the subnet is all 0s, while the Broadcast is all 1s when the subnet is all 0s. I'll demonstrate:
Network : 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 0 0. 0 0 0 0 0 0 0 0
Subnet : 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 0 0. 0 0 0 0 0 0 0 0
This shows that our network address will be 10.10.8.0. I have bolded the significant digits. The Broadcast address is done with the same places, but with 1s:
Network : 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 0. 0 0 0 0 1 0 1 1. 1 1 1 1 1 1 1 1
Subnet : 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 1 1. 1 1 1 1 1 1 0 0. 0 0 0 0 0 0 0 0
From this we see that the broadcast address is 10.10.11.255. This means that we now know that 10.10.8.0 to 10.10.11.255 is our scope and 10.10.8.1 to 10.10.11.254 is the usable range. That's a lot of Addresses.
Now one thing which you will need to remember is that idea of +1. You have seen 1+1=10, but what happens when you have an octet of 11111111? We need to look at a pair of octets which we will have one of all 0s and the other of all 1s, and then we add 1.
00000000.11111111
+1
00000001.00000000
Just think of it like your odomator, only you have just 0s and 1s. And that is all of the Binary I will force feed you today. Honestly to need to know more would make you a math major not a computer science major.
Many years ago I was shown a chart that helps with subnetting. I mean this thing makes an real differance when you are working on these caculations. But there is a down side, if you don't understand what has already been discussed you will have a heck of a time remembering what to do to make the chart work. Now that I have offered up that little disclaimer here it is:
128 192 224 240 248 252 254 255
128 64 32 16 8 4 2 1
To remember how to build this chart remember that the top row is you subnet and the bottom row is the size of the range. Second notice that 255+1=256, 128+128=256, and that is true of every pair. This is because there are 256 possible combination of 0's and 1's in an octet. So to start using this from the chart you know that with a 240 subnet there are 16 addresses, but remember you have to subtract two, one is the network and one is the broadcast and neither are usable. Another useful rule from this chart is that each of the numbers in the bottom row is evenly divisable by the smaller numbers(i.e. 16/4=4, 64/32=2). This means that with a .240 subnet you know that .16 is a network address and so is .32, .64, and .128. This gives you a starting point to work from when you get an address like 10.10.10.96 subnet 255.255.255.240. If you need to find out if 10.10.10.99 is in the same network you need to beable to get up to that range with out having to do 16, 32, 48, 64, 80, 96, and 112. We see from what I just worked out that .96 is the network address which would explain why a computer assigned that IP and Subnet wouldn't talk on the network, but we could have skipped most of that math by starting at 64 since we know it is a network address of .240 subnet.
Now what information is needed most of the time when you are subnetting an IP range? You need to know the Network address, Broadcast Address, # of Avaible Addresses, and most people what to know the first and last avaible addresses. Here is our IP and subnet:
65.204.122.36
255.255.255.252
This is for your serial interface on your new Cable modem and you need to program it for use, but something is not working right. Lets work out the subnet information and see if we can figure out what is wrong. A .252 subnet gives us a range of four with two usable. 32 is closest to 36 and I am betting that you can already see that 36 is a network address in a .252 subnet. So what do we now know about this subnet:
Subnet 255.255.255.252
Network 65.204.122.36
First 65.204.122.37
Last 65.204.122.38
Broadcast 65.204.122.39
Next Network 65.204.122.40
We can now see that the addresses for the interfaces should have been .37 and .38. This is the process to deal with subnet issues most of the time.
When someone is needing to subnet a range of addresses into smaller ranges it is because they have a limited range and need to use it in several different places. If we are given the Class C range of 205.55.146.0, but we need to use this range in multiple locations or in several different VLANs then we need to beable to further divide these addresses.
Ok, so here is a situation which could happen to you as a network admin. The office manager wants to divide users by department and segment the network using differnet VLANs. Here is the list of departments with the number of users:
HR 6
Sales 22
Mangement 5
Finance 13
IT 3
I know the first thing you notice is that IT has 3 people, well that is not realistic, but I didn't want him to be lonely. Now, as you can see none of these groups will need to take up a full Class C scope, nor will all of the groups together take up a full Class C, but we should always plan for growth. It really sucks when you have to start adding additional IP ranges to an area because someone forgot to plan ahead. So the other information you will need to know is how many people can we expect to add? How many printers are needed? And are we going to have IP phones? Here we can see that we need a lot more addresses than what the numbers above indicated. So here is what we find out after we ask some questions of the different departments:
Department: Employees: Printers: IP Phones: Future Growth:
HR 6 4 10 4
Sales 22 6 35 10
Mangement 5 5 5 1
Finance 13 8 18 5
IT 3 1 5 2
Now we can divide this up in many differnet ways. Here you just have to make some educated guesses. First thing you have to decide is do you want the printers and phones on their own VLANs? Next, do you think their growth estamates are close? I'm going to always recomend putting phones in their own VLAN, and the same with printers if you can. So here is what we will need with the current numbers we have gathered:
HR 10
Sales 32
Mangement 6
Finance 18
IT 5
Printers 14
Phones 73
Now that we have a feel for the number of addresses needed in each scope you will be building we can get to work on figuring out what scopes will meet our needs. If you will go back up and look at our chart we can see that the number of addresses needed for the phones is the largest and will only fit with in a 128 subnet. So with out needing to worrie about it further we know that we will have to use the following for the phones:
Network 205.55.146.0
Subnet 255.255.255.128
First Availble 205.55.146.1
Last Availble 205.55.146.126
Broadcast 205.55.146.127
At this point we know that we have used half of our IP addresses. So we look at the rest of the groups.
HR 10
Sales 32
Mangement 6
Finance 18
IT 5
Printers 14
Sales looks easy with 32, we can use a .224 and have 32 addresses, but wait. We don't have 32 addresses, we have 30, always remember to take out two to account for the Network and Broadcast addresses. So now we have to take Sales up to a 192 subnet.
Network 205.55.146.128
Subnet 255.255.255.192
First Availble 205.55.146.129
Last Availble 205.55.146.190
Broadcast 205.55.146.191
It looks like we are getting a little tight on IPs. Lets look at the rest and I will add in what subnet we wouild like to be using:
HR 10 .240
Mangement 6 .240
Finance 18 .224
IT 5 .240
Printers 14 .224
Now, I know that Management could fit into a .248, but there would be no room to add any more devices. This also is true of the printers fitting into a .240. They will fit, but you have no space if someone decides to add another. So can we make all of these fit. Start with the largest scopes first and work it out:
Finance
Network 205.55.146.192
Subnet 255.255.255.224
Printers
Network 205.55.146.224
Subnet 255.255.255.224
Opps, we are out of addresses. We can contact our service provider and get more, but how many do we need? Lets work it out as the next scope:
HR
Network 205.55.147.0
Subnet 255.255.255.240
Management
Network 205.55.147.16
Subnet 255.255.255.240
IT
Network 205.55.147.32
Subnet 255.255.255.240
We will need to use up to 205.55.147.47, but an ISP is not going to give us three .240 subnets, they will give us one .192 subnet though and now we have a little room to grow.
Now you can see how to divide out these IP addresses to fit the needs of your company. I hope it helped you out at least a little.
If you want a little practice copy the following and work them out and email them to me at jsorrells@gmail.com and I will try to get them back to you as quickly as possible.
Practice #1
235.11.4.119
255.255.255.64
Practice #2
10.20.30.40
255.255.224.0
Practice #3
192.168.55.0
255.255.255.254
Practice #4
172.16.20.255
255.255.248.0
Practice #5
172.20.20.11
255.248.0.0
Practice #6
10.255.255.28
255.255.255.252
Practice #7
12.4.4.240
255.255.255.192
Practice #8
4.4.4.190
255.255.224.0
Practice #9
10.44.12.188
255.255.255.0
Practice #10
10.100.20.200
255.192.0.0
Bonus Questions:
Which of the following IPs are usable given the assigned subnet?
Which IPs are included in the 224.128.60.0 Network?
224.128.61.255
255.255.252.o
224.128.62.255
255.255.252.o
224.128.61.0
255.255.252.o
224.128.64.0
255.255.252.o
224.128.60.254
255.255.252.o
Wednesday, August 26, 2009
Getting started, Random Thoughts on Wednesday Afternoon
I need to write a book, but about what.
What am I going to put up here?
I will need to remember that I used my real name and avoid posting anything that could cost me my job.
I hope that I can modify the page layout and personalize it to fit my taste.
I will have to remember that I do not have a spell checker and will have to act accordingly.
Oooo, there is a spell checker up on the tool bar. Thank goodness.
I just love watching people complain about a political party, I guess they really don't have any clue that neither side is interested in what they want.
Every Politiction in the world is interested in getting re-elected, and they will do what ever it takes to get it. The only differance is who they pander too.
I emailed Rick Perry's office yesterday asking to be appointed to Key Bailey Huchersons Senate seat she just vacated. You think he will call me back? Yea, I'm not holding my breath.
I'll get back after work this evening and post something worthy of the readers I don't have yet.
What am I going to put up here?
I will need to remember that I used my real name and avoid posting anything that could cost me my job.
I hope that I can modify the page layout and personalize it to fit my taste.
I will have to remember that I do not have a spell checker and will have to act accordingly.
Oooo, there is a spell checker up on the tool bar. Thank goodness.
I just love watching people complain about a political party, I guess they really don't have any clue that neither side is interested in what they want.
Every Politiction in the world is interested in getting re-elected, and they will do what ever it takes to get it. The only differance is who they pander too.
I emailed Rick Perry's office yesterday asking to be appointed to Key Bailey Huchersons Senate seat she just vacated. You think he will call me back? Yea, I'm not holding my breath.
I'll get back after work this evening and post something worthy of the readers I don't have yet.
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