We have program which prints news.
Every news contains subject and body text. Also, we count how much was every
news read. Everytime a news get read, we add 1 to to the value "read".
Create functions which will print the top 5 of the news, how much in average
something gets read, and what's the difference between the top news and the
news in the middle.

Here is some nasty code, I've translated it from Croatian. Hope it makes
sense.

However, sorting looks pretty nasty and it's written badly. Any suggestions
in changing?
I am stuck with the deadline, only tomorrow is left for me for having fun
with this code.

Thanks in advance you good people.

Code:
  1. #include <stdlib.h>
  2. #include <stdio.h>
  3. #define MAXLENGTH 20
  4. #define elementtype News
  5. #define N 9                //number of news
  6. typedef struct {
  7.        int ID;
  8.        char name[60];
  9.        char text[500];      //structure
  10.        int read;
  11.        } News;

  12. typedef struct {
  13. int last;
  14. elementtype elements[MAXLENGTH];
  15. } LIST;
  16. void bubblesort(int *array){
  17.     int i,j,k;
  18.     for (i=0; i<N; i++){
  19.         for (j=N-1; j>i; j--){
  20.             if (array[j-1]<array[j]){     //Bubble sort
  21.               k=array[j];
  22.               array[j]=array[j-1];
  23.               array[j-1]=k;
  24.               }
  25.         }
  26.     }
  27. }

  28. int main()
  29. {
  30.     int n;                  // how many times we will allow analysis before
  31. reading
  32.     int decision;
  33.     News new1 = {1,"heading 1.", "body 1"};
  34.     News new2 = {2,"heading 2.", "body 2"};
  35.     News new3 = {3,"Heading 3.", "body 3"};
  36.     News new4 = {4,"heading 4.", "body 4"};
  37.     News new5 = {5,"heading 5.", "body 5"};
  38.     News new6 = {6,"heading 6.", "body 6"};
  39.     News new7 = {7,"Heading 7.", "body 7"};
  40.     News new8 = {8,"Heading 8.", "body 8"};
  41.     News new9 = {9,"heading 9.", "body 9"};
  42.     printf("\t\t\tWelcome to the news sorting!\n\n\n\n");
  43.     for (n=0;n<15;n++){
  44.        printf("%d-->  %s\n", new1.ID, new1.name,0);
  45.        printf("%d-->  %s\n", new2.ID, new2.name,0);
  46.        printf("%d-->  %s\n", new3.ID, new3.name,0);
  47.        printf("%d-->  %s\n", new4.ID, new4.name,0);
  48.        printf("%d-->  %s\n", new5.ID, new5.name,0);
  49.        printf("%d-->  %s\n", new6.ID, new6.name,0);
  50.        printf("%d-->  %s\n", new7.ID, new7.name,0);
  51.        printf("%d-->  %s\n", new8.ID, new8.name,0);
  52.        printf("%d-->  %s\n\n", new9.ID, new9.name,0);
  53.        printf("Enter number + ENTER for reading: ");
  54.        scanf("%d",&decision);
  55.         if (decision==1){
  56.             printf("---------------------------------------\n%s\n",
  57. new1.text);
  58.             new1.read++;}
  59.         if (decision==2){
  60.             printf("---------------------------------------\n%s\n",
  61. new2.text);
  62.             new2.read++;}
  63.         if (decision==3){
  64.             printf("---------------------------------------\n%s\n",
  65. new3.text);
  66.             new3.read++;}
  67.         if (decision==4){
  68.             printf("---------------------------------------\n%s\n",
  69. new4.text);
  70.             new4.read++;}
  71.         if (decision==5){
  72.             printf("---------------------------------------\n%s\n",
  73. new5.text);
  74.             new5.read++;}
  75.         if (decision==6){
  76.             printf("---------------------------------------\n%s\n",
  77. new6.text);
  78.             new6.read++;}
  79.         if (decision==7){
  80.             printf("---------------------------------------\n%s\n",
  81. new7.text);
  82.             new7.read++;}
  83.         if (decision==8){
  84.             printf("---------------------------------------\n%s\n",
  85. new8.text);
  86.             new8.read++;}
  87.         if (decision==9){
  88.             printf("---------------------------------------\n%s\n",
  89. new9.text);
  90.             new9.read++;}
  91.             system("pause");
  92.             system("cls");              }

  93.     int array[N]={new1.read, new2.read, new3.read, new4.read, new5.read,
  94. new6.read, new7.read, new8.read, new8.read};

  95.     bubblesort(array); // call bubblesort

  96.     //Most read news-------------------------------
  97.     if (new1.read==array[0]){
  98.          printf("Most read news is:\t%s", new1.name);}
  99.     if (new2.read==array[0]){
  100.          printf("Most read news is:\t%s", new2.name);}
  101.     if (new3.read==array[0]){
  102.          printf("Most read news is:\t%s", new3.name);}
  103.     if (new4.read==array[0]){
  104.          printf("Most read news is:\t%s", new4.name);}
  105.     if (new5.read==array[0]){
  106.          printf("Most read news is:\t%s", new5.name);}
  107.     if (new6.read==array[0]){
  108.          printf("Most read news is:\t%s", new5.name);}
  109.     if (new7.read==array[0]){
  110.          printf("Most read news is:\t%s", new7.name);}
  111.     if (new8.read==array[0]){
  112.          printf("Most read news is:\t%s", new8.name);}
  113.     if (new9.read==array[0]){
  114.          printf("Most read news is:\t%s", new9.name);}
  115.     //-------------------------------------------------
  116.     printf("\n");
  117.     //2. Second most read news-------------------------------
  118.     if (new1.read==array[1]){
  119.          printf("2. Most read news is:\t%s", new1.name);}
  120.     if (new2.read==array[1]){
  121.          printf("2. Most read news is:\t%s", new2.name);}
  122.     if (new3.read==array[1]){
  123.          printf("2. Most read news is:\t%s", new3.name);}
  124.     if (new4.read==array[1]){
  125.          printf("2. Most read news is:\t%s", new4.name);}
  126.     if (new5.read==array[1]){
  127.          printf("2. Most read news is:\t%s", new5.name);}
  128.     if (new6.read==array[1]){
  129.          printf("2. Most read news is:\t%s", new6.name);}
  130.     if (new7.read==array[1]){
  131.          printf("2. Most read news is:\t%s", new7.name);}
  132.     if (new8.read==array[1]){
  133.          printf("2. Most read news is:\t%s", new8.name);}
  134.     if (new9.read==array[1]){
  135.          printf("2. Most read news is:\t%s", new9.name);}
  136.     //-------------------------------------------------
  137.     printf("\n");
  138.     //3. most read news-------------------------------
  139.     if (new1.read==array[2]){
  140.          printf("3. Most read news is:\t%s", new1.name);}
  141.     if (new2.read==array[2]){
  142.          printf("3. Most read news is:\t%s", new2.name);}
  143.     if (new3.read==array[2]){
  144.          printf("3. Most read news is:\t%s", new3.name);}
  145.     if (new4.read==array[2]){
  146.          printf("3. Most read news is:\t%s", new4.name);}
  147.     if (new5.read==array[2]){
  148.          printf("3. Most read news is:\t%s", new5.name);}
  149.     if (new6.read==array[2]){
  150.          printf("3. Most read news is:\t%s", new6.name);}
  151.     if (new7.read==array[2]){
  152.          printf("3. Most read news is:\t%s", new7.name);}
  153.     if (new8.read==array[2]){
  154.          printf("3. Most read news is:\t%s", new8.name);}
  155.     if (new9.read==array[2]){
  156.          printf("3. Most read news is:\t%s", new9.name);}
  157.     //------------------------------------------------- 
  158.     printf("\n\nDiffernce between the TOP news and one in the middle is:
  159. %d - %d = %d", array[0], array[4], array[0] - array[4]);

  160.     printf("\n\n");
  161.     system("pause");
  162.     return 0;
  163. }