How to install VS 2010 SP 1

If you had tried many times installing Visual Studio 2010(VS 2010) Service Pack 1(SP1) and failed then this is is the right place for you. As you may have already known that you must keep the installation of VS2010 Beta or VS2010 Ultimate to install the VS2010 SP1.

So now, I am assuming that you have already installed VS2010 Beta or VS2010 Ultimate and besides this you should download Visual Studio 2010 SP1 ISO Format (my recommendation) or the Microsoft Web Platform Installer ( if you use .iso format then you should install this as a next step for latest features) to install Visual Studio 2010 SP1. And once again you will be failed again installing Visual Studio 2010 SP1(Service Pack 1), so what's wrong again? My answer is 'nothing'; you did everything you could but unfortunately microsoft made some mistakes in their repositories and that is why your installation is not going well. So what is the solution to your problem? Actually , it is pretty easy , and to solve your problem you have to download two more components to make it work . One of them is Entity Framework 4.1 (must install to complete the VS2010 SP1 installation process) and the other one is Microsoft ADO.NET Entity Framework Feature ( second important component to complete the installation  ). 

Hopefully , it will help and work(run Microsoft Web Platform Installer to see if it is successfully done)  and if it doesn't then please leave a feedback, I will help you as soon as possible.

Download:

1. Visual Studio 2010 SP1
2. Visual Studio 2010 SP1 ISO Format
3. Microsoft Web Platform Installer
4. Entity Framework 4.1 (must install to complete the VS2010 SP1 installation process)
5. Microsoft ADO.NET Entity Framework Feature ( second important component to complete the installation  )

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Swapping

             There are many ways to handle a swap operation; moreover, people have reason to believe that bitwise swapping is faster and more efficient than other methods; however, I strongly disagree with them. Only with the oldest microprocessor, people can have their desire effectiveness using bitwise operation but in modern processor architecture, bitwise operations can perform as faster as adding or subtracting operation. Consequently, for bitwise operators like XOR(^) have more operations than simple addition or subtraction ; as a result , it seems that addition is the best way to go.

Please save the file in (.cpp) format for Code::Blocks, Code:

/* | Author     : Alim Ul Karim               |    | Email      : auk.junk@live.com           |    | Portfolio  : auk-port.webs.com           |    | Blog       : bit.ly/auk-blog             |    |------------------------------------------|    | Code tested on CodeBlocks , GCC Compiler |    | Example of Swapping in C/C++, Save in .cpp       |    |------------------------------------------|  */ #include <stdio.h> //using third variable void swap_based_on_address(int *a, int *b){      if ( *a == *b ){ return;}         int temp = *a;         *a = *b;         *b = temp; } //using third variable void swap_based_on_address(int &a, int &b){     if ( a == b ){ return;}         int temp = a;         a = b;         b = temp; } //using without using third variable, XOR(Bitwise Swapping) void swap_using_xor(int &a, int &b){     //no need to change if a=b, and this condition is must for XOR     if ( a == b ){ return;}         a = a ^ b;         b = a ^ b;         a = a ^ b; } //using without using third variable, using addition and subtraction void swap_using_add(int &a, int &b){     //no need to change if a=b     if ( a == b ){ return;}         a = a + b;         b = a - b;         a = a - b; } //using without using third variable, using multiplication , division void swap_using_division(int &a, int &b){     //no need to change if a=b     if( a == b ){ return;}         a = a * b;         b = a / b;         a = a / b; } int main(){      // save file as a .cpp format     int a = 10 , b = 12;     int backup_a = a , backup_b = b;     swap_based_on_address(&a , &b);     printf("swapping using memory location :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" , backup_a     , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_based_on_address(a , b); // save file as a .cpp format     printf("swapping using memory location by sending only value to a function :\nFrom(a=%d,b=%d) to a=%d         , b=%d\n\n" , backup_a , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_using_xor(a , b); // save file as a .cpp format     printf("Swap using XOR :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" , backup_a , backup_b ,     a ,b);     a = backup_a, b = backup_b;     swap_using_add(a , b); // save file as a .cpp format     printf("Swap using addition, subtraction :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" ,     backup_a , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_using_division(a , b); // save file as a .cpp format     printf("Swap using multiplication, division :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" ,     backup_a , backup_b , a ,b);     return 0; }

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Swap in C

             There are many ways to handle a swap operation; moreover, people have reason to believe that bitwise swapping is faster and more efficient than other methods; however, I strongly disagree with them. Only with the oldest microprocessor, people can have their desire effectiveness using bitwise operation but in modern processor architecture, bitwise operations can perform as faster as adding or subtracting operation. Consequently, for bitwise operators like XOR(^) have more operations than simple addition or subtraction ; as a result , it seems that addition is the best way to go.

Please save the file in (.cpp) format for Code::Blocks, Code:

/* | Author     : Alim Ul Karim               |    | Email      : auk.junk@live.com           |    | Portfolio  : auk-port.webs.com           |    | Blog       : bit.ly/auk-blog             |    |------------------------------------------|    | Code tested on CodeBlocks , GCC Compiler |    | Example of Swapping in C/C++, Save in .cpp       |    |------------------------------------------|  */ #include <stdio.h> //using third variable void swap_based_on_address(int *a, int *b){      if ( *a == *b ){ return;}         int temp = *a;         *a = *b;         *b = temp; } //using third variable void swap_based_on_address(int &a, int &b){     if ( a == b ){ return;}         int temp = a;         a = b;         b = temp; } //using without using third variable, XOR(Bitwise Swapping) void swap_using_xor(int &a, int &b){     //no need to change if a=b, and this condition is must for XOR     if ( a == b ){ return;}         a = a ^ b;         b = a ^ b;         a = a ^ b; } //using without using third variable, using addition and subtraction void swap_using_add(int &a, int &b){     //no need to change if a=b     if ( a == b ){ return;}         a = a + b;         b = a - b;         a = a - b; } //using without using third variable, using multiplication , division void swap_using_division(int &a, int &b){     //no need to change if a=b     if( a == b ){ return;}         a = a * b;         b = a / b;         a = a / b; } int main(){      // save file as a .cpp format     int a = 10 , b = 12;     int backup_a = a , backup_b = b;     swap_based_on_address(&a , &b);     printf("swapping using memory location :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" , backup_a     , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_based_on_address(a , b); // save file as a .cpp format     printf("swapping using memory location by sending only value to a function :\nFrom(a=%d,b=%d) to a=%d         , b=%d\n\n" , backup_a , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_using_xor(a , b); // save file as a .cpp format     printf("Swap using XOR :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" , backup_a , backup_b ,     a ,b);     a = backup_a, b = backup_b;     swap_using_add(a , b); // save file as a .cpp format     printf("Swap using addition, subtraction :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" ,     backup_a , backup_b , a ,b);     a = backup_a, b = backup_b;     swap_using_division(a , b); // save file as a .cpp format     printf("Swap using multiplication, division :\nFrom(a=%d,b=%d) to a=%d , b=%d\n\n" ,     backup_a , backup_b , a ,b);     return 0; }

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Author:

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