break;

[alphabeta]

for(int r=0;r<cases;r++){    if(r%2==0 && x[r]%2==0 || r%2==1 && x[r]%2==1 )    {        a=false;        break;    }    else    {        a=true;    }}

in a code like this does break; get out of if condition or the loop !? 

[Guest]

for(int r=0;r<cases;r++){    if(r%2==0 && x[r]%2==0 || r%2==1 && x[r]%2==1 )    {        a=false;        break;    }    else    {        a=true;    }}

in a code like this does break; get out of if condition or the loop !? 

 

loop

if you want to skip that else and continue with for than use continue;

[alphabeta]

loop

if you want to skip that else and continue with for than use continue;

 

continue will do what exactly !? 

[Guest]

continue will do what exactly !? 

will skip everything in front of it and increment r and do what for is meant to do

 

http://www.tutorialspoint.com/cprogramming/c_continue_statement.htm

for(i = 0; i < 10; i++){       if(i==5)       {                 continue;       }       printf("\n%i", i);}

it will print:

1

2

3

4

6

7

8

9

[madknight3]

@alphabeta - Note that replacing break with continue in your original example doesn't do anything useful.

for(int r=0;r<cases;r++){    if(r%2==0 && x[r]%2==0 || r%2==1 && x[r]%2==1 )    {        a=false;        continue; // this doesn't do anything because if it's getting in the if block, it wont be getting in the else block anyway and you don't execute any other code in the loop    }    else    {        a=true;    }    // If you have extra code here, then continue would ignore it. So you only need it if extra code goes after the else statement that you want to ignore.}

Just wanted to make sure it's clear.

 

 

Also, just wanted to mention this.

// these kinds of statementsif (condition) {    variable = true;}else {    variable = false;}// can be rewritten asvariable = condition// in your case it's the oppositeif (condition) {    variable = false;}else {    variable = true;}// so you just negate itvariable = !condition// Example using your codefor (int r=0;r<cases;r++){    a = !(r%2==0 && x[r]%2==0 || r%2==1 && x[r]%2==1);}// It works the same so it's best to go with whatever you think is easier to understand.