ResultProcessor::ResultProcessor(std::string path , int pprocNum) {
oneclickLogger << FileLogger::LOG_INFO << "started processing results\n\n";
initPProcessor(pprocNum);
std::string algName;
std::vector<std::string> configPaths;
std::vector<std::string> logPaths;
std::vector<std::string> dirPaths;
getDirectoryPaths(path , dirPaths);
for (unsigned i = 0 ; i < dirPaths.size() ; i++) {
//Creates directory logger. All directory specific info are logged here also.
FileLogger * dirLogger = new FileLogger(dirPaths[i] + "/experiment.log");
oneclickLogger << FileLogger::LOG_INFO << "processing experiment: " << Utils::getLastItemInPath(dirPaths[i]) << "\n";
*dirLogger << FileLogger::LOG_INFO << "processing experiment: " << Utils::getLastItemInPath(dirPaths[i]) << "\n";
//Getting paths to all logs and configs in subdirectories
getFilePaths(dirPaths[i], configPaths, INDEX_CONFIG);
sortStrings(configPaths);
getFilePaths(dirPaths[i], logPaths, INDEX_EACIRC);
sortStrings(logPaths);
oneclickLogger << FileLogger::LOG_INFO << Utils::itostr(configPaths.size()) << " configs and " << Utils::itostr(logPaths.size()) << " logs in experiment\n";
*dirLogger << FileLogger::LOG_INFO << Utils::itostr(configPaths.size()) << " configs and " << Utils::itostr(logPaths.size()) << " logs in experiment\n";
//Check for config consistency, won't procceed otherwise
oneclickLogger << FileLogger::LOG_INFO << "checking differences in configuration files\n";
*dirLogger << FileLogger::LOG_INFO << "checking differences in configuration files\n";
if(checkConfigs(configPaths , algName , dirLogger)) {
//Checks errors and warnings, if okay run PostProcessor
oneclickLogger << FileLogger::LOG_INFO << "processing results, checking errors/warnings in logs\n";
*dirLogger << FileLogger::LOG_INFO << "processing results, checking errors/warnings in logs\n";
if (algName.length() == 0) algName = Utils::getLastItemInPath(dirPaths[i]);
pprocessor->setBatchDirectoryPath(dirPaths[i] + "/");
pprocessor->setBatchName(algName);
checkErrorsProcess(logPaths , dirLogger);
pprocessor->calculateBatchResults();
oneclickLogger << FileLogger::LOG_INFO << "experiment result: " << pprocessor->getLastScore().valToString() << "\n";
*dirLogger << FileLogger::LOG_INFO << "experiment result: " << pprocessor->getLastScore().valToString() << "\n";
oneclickLogger << FileLogger::LOG_INFO << "experiment processed\n\n";
*dirLogger << FileLogger::LOG_INFO << "experiment processed\n\n";
} else {
oneclickLogger << FileLogger::LOG_WARNING << "experiment won't be processed. Remove invalid runs before processing!\n\n";
*dirLogger << FileLogger::LOG_WARNING << "experiment won't be processed. Remove invalid runs before processing!\n\n";
}
configPaths.clear();
logPaths.clear();
algName.clear();
delete dirLogger;
}
pprocessor->saveResults();
delete pprocessor;
oneclickLogger << FileLogger::LOG_INFO << "finished processing results\n";
}
int main() {
int n;
char nomes[NumNomes][TamMaxNomes] = {"Ricardo", "Joao","Tiago", "Maria", "Joana",
"Goncalo", "Rafael", "Teresa"};
sortStrings(nomes);
printf("\nOs nomes ordenados sao:\n\n");
for (n = 0; n < NumNomes; n++)
printf("%s\n", nomes[n]);
return 0;
}
void ResultProcessor::getDirectoryPaths(const std::string & directory, std::vector<std::string> & dirPaths) {
fs::directory_iterator end;
fs::directory_iterator dirIter(directory);
if (dirIter == end) throw std::runtime_error("given argument is not a path to existing directory: " + directory);
//Saves all paths to directories except . and ..
for (; dirIter != end; dirIter++){
if (dirIter.is_directory() && dirIter.name().compare(".") != 0 && dirIter.name().compare("..") != 0) {
dirPaths.push_back(dirIter.path());
}
}
sortStrings(dirPaths);
}
int main(int argc, const char *argv[])
{
char *strs[5];
char str[5][50];
for(int i = 0; i < 5; ++i){
strs[i] = *(str + i);
gets(strs[i]);
}
printf("\n");
sortStrings(strs);
for(int i = 0; i < 5; ++i){
puts(strs[i]);
}
return 0;
}
// You should study and understand how this main function works.
// Do not modify it in any way, there is no implementation needed here.
void main()
{
int selection; // used for program selection
char input[32]; // used for encryption
int encrypt; // used for encryption
char strings[5][32]; // used for sorting
int num; // used for multiplication table
int mt[50][50]; // used for multiplication table
printf("Select one of the following:\n"); // prompt for program selection integer
printf("1: Encryption\n");
printf("2. Sorting\n");
printf("3. Multiplication Table\n");
scanf("%d", &selection); // store program selection integer
getchar(); // consume '\n' char; NOTE: If you are using GCC, you may need to comment out this line
printf("\n"); // newline
switch (selection)
{
case 1:
printf("Enter a string up to 20 characters long: "); // prompt for string
fgets(input, sizeof(input), stdin); // store string
input[strlen(input) - 1] = '\0'; // discard '\n' char; NOTE: If you are using GCC, you may need to comment out this line
printf("Enter an Integer value for Encryption: "); // prompt for integer
scanf("%d", &encrypt); // store integer
encryption(input, 2); // encrypt string
printf("\nEncrypted String: %s\n", input); // print encrypted string
decryption(input, 2); // encrypt string
printf("Decrypted String: %s\n", input); // print decrypted string
break;
case 2:
printf("Enter the first String: "); // prompt for string
fgets(strings[0], sizeof(strings[0]), stdin); // store string
printf("Enter the second String: ");
fgets(strings[1], sizeof(strings[1]), stdin);
printf("Enter the third String: ");
fgets(strings[2], sizeof(strings[2]), stdin);
printf("Enter the fourth String: ");
fgets(strings[3], sizeof(strings[3]), stdin);
printf("Enter the fifth String: ");
fgets(strings[4], sizeof(strings[4]), stdin);
sortStrings(strings); // call sorting function
// print strings in sorted order
printf("\nSorted Strings:\n%s%s%s%s%s", strings[0], strings[1], strings[2], strings[3], strings[4]);
break;
case 3:
printf("Enter an integer 1-50 for a multiplication table: "); // prompt for integer
scanf("%d", &num); // store integer
multiplicationTable(mt, num); // create multiplication table
printf("\n"); // newline
printMultiplicationTable(mt, num); // print multiplication table
}
}
