//Autor: Kevin
// Shows a menu where the user has an option to view the special print menu, view statistics, view hash table efficiency, or return
void miscMenu()
{
bool isGood = false;
while (!isGood)
{
clearScreen();
cout << "******************** Misc *******************" << endl << endl;
cout << "1. Special print cars" << endl;
cout << "2. View statistics" << endl;
cout << "3. Test hash table efficiency" << endl;
cout << "0. Back" << endl << endl;
cout << "What is your option? ";
int choice = getUserInputAsInt(0, 3);
switch (choice)
{
case 0:
isGood = true;
break;
case 1:
specialPrintMenu();
break;
case 2:
statsMenu();
break;
case 3:
testHashEfficiency();
break;
}
}
}
//Print Main Menu
char mainMenu()
{
char selectmenu;
printf("\n");
printf("%60s","################## M E N U ####################\n");
printf("%60s","# ########################################### #\n");
printf("%60s","# # # #\n");
printf("%60s","# # 1 -> Capture to TXT # #\n");
printf("%60s","# # 2 -> Capture to CSV - Excel # #\n");
printf("%60s","# # 3 -> Visualize TXT file # #\n");
printf("%60s","# # 4 -> Statistics (CSV files) # #\n");
printf("%60s","# # 5 -> Exit # #\n");
printf("%60s","# # # #\n");
printf("%60s","# ########################################### #\n");
printf("%60s","###############################################\n");
printf("\nOption: ");
if(optionSave=='m') {
scanf("%c", &selectmenu);
}
switch (selectmenu)
{
case '1':
optionSave = selectmenu;
system("clear");
startCapture(selectmenu);
fclose(logfile);
break;
case '2':
optionSave = selectmenu;
system("clear");
startCapture(selectmenu);
fclose(logfilecsv);
break;
case '3':
optionSave = selectmenu;
system("clear");
catFile();
break;
case '4':
optionSave = selectmenu;
system("clear");
statsMenu();
break;
case '5':
printf("Thanks for using this amazing sniffer, bye!!!!\n");
optionSave = selectmenu;
exit(0);
break;
default:
system("clear");
printf(" Invalid option - please select options 1-4!!! \n ");
main();
break;
}
}
//aux to call stats functions
void statistics(char stat)
{
if(stopApp==1)main();
char tmp[1024]= {0x0};
int fldcnt=0;
char arr[MAXFLDS][MAXFLDSIZE]= {0x0};
int recordcnt=0;
if(stat=='a') strcpy(filename,"");
if (!strcmp(filename,""))
{
printf("Enter key [d] to assume defaults [logcsv.csv],\n");
printf("or insert the name of the CSV file [file.csv]: ");
scanf("%s", filename);
}
if (!strcmp(filename,"d"))
strcpy(filename,"logcsv.csv");
in = fopen(filename,"r");/* open file on command line */
if(checkFileIn()==-1)
{
optionSaveStats='3';
printf("Error loading file...[%s]\n\n", filename);
statistics('a');
}
if(checkFileIn()==0)
{
if(stat=='a')printf("Loading file...[%s]\n\n", filename);
fgets(tmp,sizeof(tmp),in); /*jump over header*/
while(fgets(tmp,sizeof(tmp),in)!=0) /* read a record */
{
i=0;
j=0;
recordcnt++;
parse(tmp,",",arr,&fldcnt); /* whack record into fields */
for(i; i<fldcnt; i++)
{
//copy all records to strs
strcpy(strs[recordcnt-1][i],arr[i]);
}
}
if(stat=='a')printf("Done!!!\n", filename);
if(stat=='a')PressEnterToReturn();
}
if (stat=='b') {
system("clear");
print_all_macip(recordcnt, 2,"Source devices:\n"); //list of all source devices - print mac and ip
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='c') {
system("clear");
print_all(recordcnt, 8, "Source ports:\n"); //list of all source ports
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='d') {
system("clear");
print_all_macip(recordcnt, 3,"\nDestination devices:\n"); //list of all destination devices - print mac and ip
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='e') {
system("clear");
print_all(recordcnt, 9, "Destination ports:\n"); //list of all destination ports
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='f') {
system("clear");
rep_count(recordcnt, 12, "0", "\nNº of Queries: "); //count number of queries, verifying the flag response=o
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='g') {
system("clear");
rep_count(recordcnt, 12, "1", "\nNº of Responses: "); //count number of responses, verifying the flag response=1
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='h') {
system("clear");
rep_count(recordcnt, 13, "3", "\nNº of Rcodes: "); //count number of Rcodes errors
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='i') {
system("clear");
check_times(recordcnt, 10); //verify delay between question and answer
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='j') {
system("clear");
print_all_stats(recordcnt, 2, "\nMAC source:"); //stats MAC Source
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='k') {
system("clear");
print_all_stats(recordcnt, 3, "\nMAC destination:");//stats MAC destination
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='l') {
system("clear");
print_all_stats(recordcnt, 18, "\nNames:");//stats Name
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='m') {
system("clear");
string keyword;
printf("Insert the keyword to search in all queries: ");
scanf("%s", keyword);
count_occurrences(recordcnt, 18, "\nThe selected keyword:", keyword);
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
if (stat=='n') {
system("clear");
check_blacklisted(recordcnt, 21, "\nCheck queries responses:\n");//Check queries responses
PressEnterToReturn();
fclose(in);
optionSaveStats='3';
system("clear");
statsMenu();
}
statsMenu();
}
//Print Stats Menu
char statsMenu()
{
system("clear");
char select;
printf("\n");
printf("%60s","######## S T A T I S T I C S M E N U #########\n");
printf("%60s","# ################## D N S ################## #\n");
printf("%60s","# # # #\n");
printf("%60s","# # a -> Load file [csv] # #\n");
printf("%60s","# # b -> Source devices # #\n");
printf("%60s","# # c -> Source ports # #\n");
printf("%60s","# # d -> Destination devices # #\n");
printf("%60s","# # e -> Destination ports # #\n");
printf("%60s","# # f -> Number of queries # #\n");
printf("%60s","# # g -> Number of responses # #\n");
printf("%60s","# # h -> Number of Rcodes # #\n");
printf("%60s","# # i -> Delay between questions/answers # #\n");
printf("%60s","# # j -> Frequencies for MAC source # #\n");
printf("%60s","# # k -> Frequencies for MAC destination # #\n");
printf("%60s","# # l -> Frequencies for Names # #\n");
printf("%60s","# # m -> Search keywords occurencies # #\n");
printf("%60s","# # n -> Check answers in blacklist # #\n");
printf("%60s","# # # #\n");
printf("%60s","# # q -> RETURN TO MAIN MENU # #\n");
printf("%60s","# # # #\n");
printf("%60s","# ########################################### #\n");
printf("%60s","###############################################\n");
printf("Option: ");
scanf("%1s", &select);
switch (select)
{
case 'a':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'b':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'c':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'd':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'e':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'f':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'g':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'h':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'i':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'j':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'k':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'l':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'm':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'n':
system("clear");
statistics(select);
optionSaveStats=='3';
statsMenu();
break;
case 'q':
optionSave = 'm';
optionSaveStats='3';
system("clear");
mainMenu();
break;
default:
system("clear");
printf(" Invalid option - please select options [a-n] or [q] to return!!! \n ");
sleep(1);
optionSaveStats='3';
statsMenu();
break;
}
}
