int main(){
int _l[LC_LEN]; char c[2];
initLock(_l);
printf( "\nSecurity Lock v1.0\n"
"-=-=-=-=-=-=-=-=-=-=-=-=-=-=-\n"
"Make all the lock values %i\n\n"
"Key: 1-8 turns locks\n"
" r Resets the locks\n"
" q exits the program\n\n",
LC_TARG);
while(!checkLock(_l)) {
printLock(_l);
do {
printf("Move < 1-8, r, q >: "); fflush(NULL);
read(STDIN_FILENO, c, 2);
} while (!validateInput(c[0]));
if(c[0] == 'r' || c[0] == 'R') {
initLock(_l);
continue;
}
moveLock(_l, c[0]-0x30);
}
printLock(_l);
printf("All locks are open!\n");
printf("Your password is d%kj1//..");
return EXIT_SUCCESS;
}
void WordFinder::HandleEvent(const uint32_t eventNo, const EventDataBase* dataPtr)
{
if(WORD_FINDER_JOB_FINISHED == eventNo)
{
const WordFinderJobFinishedEventData* eventDataPtr = static_cast<const WordFinderJobFinishedEventData*>(dataPtr);
if(eventDataPtr->instanceId == instanceNo)
{
JobDispatcher::GetApi()->UnsubscribeToEvent(WORD_FINDER_JOB_FINISHED, this);
JobDispatcher::GetApi()->Log("String: %s, Word: %s, No of occurrences: %d",
jobData.wordString.c_str(),
jobData.wordToFind.c_str(),
jobData.noOfOccurances);
std::lock_guard<std::mutex> printLock(instanceMutex);
std::cout<<"String: "<<jobData.wordString<<". Word: "<<jobData.wordToFind<<". No of occurrences: "<<jobData.noOfOccurances<<std::endl;
}
}
}
