/**
* @brief promptplayerInput asks the player to type in a valid word
* @param boggle
*/
void promptplayerInput(Boggle& boggle){
Lexicon lex("EnglishWords.dat");
string tempWord;
cout << "It's your turn!" << endl;
printGrid(boggle);
printPlayerWords(boggle);
cout << "Your score: " << boggle.getPlayerScore() << endl;
cout << "Type a word (or press 1 to quit): ";
cin >> tempWord;
//makes the str uppercase
transform(tempWord.begin(), tempWord.end(),tempWord.begin(), ::toupper);
clearConsole();
while(tempWord != "1"){
printGrid(boggle);
if(!lex.contains(tempWord)){
cout << "Not a word in the dictionary" << endl;
}
else if (!(boggle.getPlayerWords().find(tempWord) != boggle.getPlayerWords().end())) {
cout << "Word already used" << endl;
}
else if ((tempWord.size() < 4)) {
cout << "Word is too small" << endl;
}
else if (!(boggle.findWordInGrid(tempWord))) {
cout << "That word can't be formed on this board." << endl;
}
else {
boggle.updateScore(tempWord);
boggle.insertplayerWord(tempWord);
}
printPlayerWords(boggle);
cout << endl;
cout << "Your score: " << boggle.getPlayerScore() << endl;
cout << "Type a word (or press 1 to quit): ";
cin >> tempWord;
clearConsole();
//makes the str uppercase
transform(tempWord.begin(), tempWord.end(),tempWord.begin(), ::toupper);
}
}
void Interface::viewComputerXPersons(QString id)
{
string command_string;
QString command;
QString d_id;
clearConsole();
printLines();
printMenuHead("COMPUTER RELATIONS");
cout << request.outputComputerXPersons(id);
printSimpleLines();
cout << "Type 'delete id' to delete relation or leave empty to return" << endl;
printSimpleLines();
cout << "Query: ";
getline(cin, command_string);
command = request.extractCommand(QString::fromStdString(command_string));
if(command == "delete")
{
d_id = request.extractId(QString::fromStdString(command_string));
if(request.deleteRelation(id, d_id))
{
string c_name = request.getComputer(id).getName().toStdString();
string p_name = request.getPerson(d_id).getName().toStdString();
setStatus("Relation of '" + c_name + "' to '" + p_name + "' deleted!");
}
else
{
setStatus("Unable to delete relation");
}
}
}
void Console::internalCommand(MyGUI::Widget* _sender, const MyGUI::UString& _key, const MyGUI::UString& _value)
{
if (_key == "clear")
{
clearConsole();
}
}
PythonPanel::PythonPanel(QWidget *parent) : QWidget(parent), _ui(new Ui::PythonPanel), _button(NULL), _animation(NULL) {
_ui->setupUi(this);
connect(_ui->clearButton, SIGNAL(clicked()), this, SLOT(clearConsole()));
connect(_ui->consoleWidget, SIGNAL(textChanged()), this, SLOT(newOutputInConsole()));
connect(_ui->graphCombo,SIGNAL(currentItemChanged()),this,SLOT(graphComboIndexChanged()));
tlp::PythonInterpreter::getInstance()->runString(setCurrentGraphFunction);
}
void drawList()
{
clearConsole();
if(numEnt) {
int i, j=((scrolly % ICON_SZ) ? 7 : 6);
CLAMP(j, 0, numEnt);
for(i=0; i<j; i++) {
setConsoleCoo((ICON_SZ/8), i * (ICON_SZ/8) + 2);
if(list) {
print("%.*s", 32-(ICON_SZ/8), &list[(begin+i)][ENTRY_NAME]);
}
}
} else {
print("EMPTY\n");
}
}
/*
* Plays one game of Boggle using the given boggle game state object.
*/
void playOneGame(Boggle& boggle) {
boggle.resetBoard();
cout << "Would you like to randomize the board? (y/n)" << endl;
string userChoice;
getline(cin,userChoice);
if(toLowerCase(trim(userChoice)) == "y"){
boggle.randomizeBoard();
}else{
string boardSeq;
do {
cout << "Please enter a valid sequence of letters to fill the board with" << endl;
getline(cin,boardSeq);
} while (!boggle.checkValidBoardSeq(boardSeq));
boggle.setBoard(boardSeq);
}
string guessedWord;
do {
clearConsole();
cout << "It's your turn!" << endl;
boggle.printBoard();
boggle.printGuessedWords();
cout << "Your score: " + to_string(boggle.getPlayerScore()) << endl;
cout << "Type a word (or press Enter to end your turn): ";
getline(cin,guessedWord);
if (boggle.checkGuessedWord(guessedWord)) {
cout << "You found a new word! \"" + toUpperCase(guessedWord) + "\"" << endl;
}
} while (!guessedWord.empty());
cout << "It's my turn!" << endl;
boggle.printComputerWords();
cout << "My score: " + to_string(boggle.getComputerScore()) << endl;
if (boggle.getComputerScore() > boggle.getPlayerScore()) {
cout << "Ha ha ha, I destroyed you. Better luck next time, puny human!" << endl;
} else {
cout << "Screw you... Puny human!" << endl;
}
}
/*
* Function: userTurn
* --------------------
* This is the user's turn. Prompt them for random/set board, get their word selections
* use the boggles obj to check words
*
* Preconditions:
*
* @param: word: the word to check
* @return: boolean true if valid word
*/
void userTurn(Boggle& boggles) {
Set<string> humanWords;
string userInputW;
//int humanScore = 0;
while(true) {
clearConsole();
// First time through this is skipped, goes to else
if(userInputW!=""){
if(boggles.checkWord(userInputW)){
if(boggles.humanWordSearch(toLowerCase(userInputW))){
string statusMessage = "You found a new word! \""+toUpperCase(userInputW)+"\"";
BoggleGUI::setStatusMessage(statusMessage);
cout << statusMessage<<endl;
BoggleGUI::recordWord(userInputW,BoggleGUI::HUMAN);
} else{
string statusMessage = "That word cant be formed on this board!";
BoggleGUI::setStatusMessage(statusMessage);
cout << statusMessage<<endl;
}
} else {
cout << "You must enter an unfound 4+ letter word from the dictionary." << endl;
}
}else {
string sM = "It's your turn!";
BoggleGUI::setStatusMessage(sM);
cout << sM << endl;
}
cout << boggles;
cout << "Your words (" << boggles.getUserValidStrings().size() << "): " << boggles.getUserValidStrings().toString() << endl;
cout << "Your score: " << boggles.getScoreHuman() << endl;
BoggleGUI::setScore(boggles.getScoreHuman(),BoggleGUI::HUMAN);
userInputW = getLine("Type a word (or enter to stop): ");
// Enter to stop
if(userInputW==""){
break;
}
}
}
/**
* @brief printComputerWords prints the words that computer found and the score that it got
* @param boggle
*/
void printComputerWords(Boggle& boggle){
boggle.computerFind();
set<string> words = boggle.getComputerWords();
clearConsole();
cout << "It's my turn!" << endl;
cout << "My words (" << words.size() << "): " << "{";
for(set<string>::iterator it = words.begin(); it != words.end(); it++){
cout << "\""<< *it << "\",";
}
cout << "}";
cout << "\nMy score: " << boggle.getComputerScore() << endl;
//If the computer has won the game, taunt the player
if(boggle.getComputerScore() > boggle.getPlayerScore()){
cout << "Ha ha ha, I destroyed you. Better luck next time, puny human!" << endl;
}
}
void Interface::searchResultsComputers(string search_string)
{
QVector<Computer> search_results = request.searchComputers(QString::fromStdString(search_string));
clearConsole();
printLines();
printMenuHead("SEARCH RESULTS");
if(search_results.size() > 0)
{
for(int i = 0; i < search_results.size(); i++)
{
cout << search_results[i] << endl;
}
}
else
{
cout << "NO RESULTS(did you forget to prepend search string with a correct searchtype?)" << endl;
}
printSettingsStatus();
printStatus();
}
void Interface::addPerson()
{
clearConsole();
printLines();
printMenuHead("ADD PERSON");
Person temp;
char ch;
cin >> temp;
cout << "Are you sure you want to add " << temp.getName().toStdString() << "?(y/n): ";
cin >> ch;
if(ch == 'y' || ch == 'Y')
{
if(request.addPerson(temp))
{
setStatus("\"" + temp.getName().toStdString() + "\" added to computer scientists!");
}
else
{
setStatus("\"" + temp.getName().toStdString() + "\" could not be added to computer scientists!");
}
}
}
/**
* @brief connect all buttons of the ui
* @return
* void
*/
void DLDConfigureOB::connectSignals ()
{
// connect menu actions
connect(mainWindow.actionQuit, SIGNAL(triggered ()), this, SLOT(close ()));
connect(mainWindow.actionRefresh, SIGNAL(triggered ()), this, SLOT(refreshDevices ()));
connect(mainWindow.actionPreferences, SIGNAL(triggered ()), this, SLOT(showPreferences ()));
connect(mainWindow.actionOpenBeaconConfiguratorHelp, SIGNAL(triggered ()), this, SLOT(showHelp()));
connect(mainWindow.actionAboutQt, SIGNAL(triggered ()), qApp, SLOT(aboutQt ()));
connect(mainWindow.actionAboutOpenBeacon,SIGNAL(triggered ()), this, SLOT(aboutOpenBeacon ()));
// connect main Window buttons with methods
connect(mainWindow.selectFileButton, SIGNAL(clicked ()), this, SLOT(selectFlashImage ()));
connect(mainWindow.flashButton, SIGNAL(clicked ()), this, SLOT(flashDevice ()));
connect(mainWindow.refreshButton, SIGNAL(clicked ()), this, SLOT(refreshDevices ()));
connect(mainWindow.executeButton, SIGNAL(clicked ()), this, SLOT(executeCommand ()));
connect(mainWindow.clearButton, SIGNAL(clicked ()), this, SLOT(clearConsole ()));
// connect box signals
connect(mainWindow.commandCombo, SIGNAL(highlighted (int)), this, SLOT(commandHighlighted (int)));
connect(mainWindow.commandCombo, SIGNAL(currentIndexChanged (int)), this, SLOT(updateCommandBoxStatusTip (int)));
connect(mainWindow.deviceCombo, SIGNAL(currentIndexChanged (int)), this, SLOT(updateGroupBoxVisibility (int)));
connect(mainWindow.deviceCombo, SIGNAL(activated (int)), this, SLOT(openNewDevice (int)));
// connect device
connect(device, SIGNAL(newData (QString)), this, SLOT(receivedNewData (QString)));
connect(device, SIGNAL(writeFailed ()), this, SLOT(writeFailed ()));
// connect internal signals
connect(this, SIGNAL(deviceSelected (bool, bool)), this, SLOT(endisableGroupBox (bool, bool)));
connect(this, SIGNAL(commandListChanged ()), this, SLOT(refillCommandList ()));
connect(this, SIGNAL(devicepathsChanged ()), this, SLOT(refreshDevices ()));
connect(refreshTimer, SIGNAL(timeout()), this, SLOT(refreshDevices ()));
connect(this, SIGNAL(logFileChanged (QString)), this, SLOT(changeLogFile (QString)));
connect(batchProcess, SIGNAL(readyReadStandardOutput ()), this, SLOT(addCharToConsole ()));
connect(batchProcess, SIGNAL(error (QProcess::ProcessError)), this, SLOT(printProcessError (QProcess::ProcessError)));
connect(batchProcess, SIGNAL(finished (int, QProcess::ExitStatus)),this, SLOT(processFinished (int, QProcess::ExitStatus)));
}
int extra
(void* foo)
{
const wchar_t* labels[] = {
L"Chargement du système de jeu",
L"Chargement de l’interface",
L"Chargement des modules",
L"Configuration des préférences",
L"Initialisation des paramètres globaux"
};
/* Mouhaha. */
clearConsole();
for(size_t i = 0; i < sizeof(labels)/sizeof(*labels); i++)
loadModule(labels[i]);
SDL_Delay(1500);
fputws(asciiArt, stdout);
fputwc(L'\n', stdout);
SDL_Delay(1000);
return 0xf00;
}
void redrawKeyConfigChooser() {
int& option = keyConfigChooser_option;
KeyConfig* config = &keyConfigs[selectedKeyConfig];
clearConsole();
iprintf("Config: ");
if (option == -1)
iprintfColored(CONSOLE_COLOR_LIGHT_YELLOW, "* %s *\n\n", config->name);
else
iprintf(" %s \n\n", config->name);
iprintf(" Button Function\n\n");
for (int i=0; i<NUM_BINDABLE_BUTTONS; i++) {
#if defined(_3DS)
// These button bits aren't assigned to anything, so no strings for them
if((i > 15 && i < 24) || i == 12 || i == 13)
continue;
#endif
int len = 11-strlen(dsKeyNames[i]);
while (len > 0) {
iprintf(" ");
len--;
}
if (option == i)
iprintfColored(CONSOLE_COLOR_LIGHT_YELLOW, "* %s | %s *\n", dsKeyNames[i], gbKeyNames[config->funcKeys[i]]);
else
iprintf(" %s | %s \n", dsKeyNames[i], gbKeyNames[config->funcKeys[i]]);
}
iprintf("\nPress X to make a new config.");
if (selectedKeyConfig != 0) /* can't erase the default */ {
iprintf("\n\nPress Y to delete this config.");
}
}
EmacsWindowWin32::EmacsWindowWin32()
: _overwriting(false), _ovy(0), _ovx(0),
_curr_colour_pair(0),
_fore(15), _back(0),
_wsp_fore(15), _show_wsp(false),
_ctrl_fore(11),
_old_fore(-1), _old_back(-1),
_botScrollPercent(0), _topScrollPercent(0) {
hStdIn = ::GetStdHandle(STD_INPUT_HANDLE);
if (hStdIn != INVALID_HANDLE_VALUE)
::SetConsoleMode(hStdIn, ENABLE_MOUSE_INPUT | ENABLE_WINDOW_INPUT);
hStdOut = ::GetStdHandle(STD_OUTPUT_HANDLE);
if (hStdOut != INVALID_HANDLE_VALUE) {
::SetConsoleMode(hStdOut, 0);
_has_colours = true;
} else {
_has_colours = false;
}
clearConsole();
// Fill out the defaults
_decode_key[0x00] = MintString("C-@");
for (mintchar_t i = 1; i < 32; ++i) {
MintString key("C-");
key.append(1, static_cast<mintchar_t>(i+'a'-1));
_decode_key[i] = key;
} // for
for (mintchar_t i = 32; i < 127; ++i) {
_decode_key[i] = MintString(1, i);
} // for
// Now fill in the specials
_decode_key['\b'] = MintString("Back Space");
_decode_key['\t'] = MintString("Tab");
_decode_key['\n'] = MintString("Return");
_decode_key['\r'] = MintString("Return");
_decode_key[0x1B] = MintString("Escape");
// ASCII keys that are inconvenient to do in ASCII
_decode_key[','] = MintString("Comma");
_decode_key['('] = MintString("LPar");
_decode_key[')'] = MintString("RPar");
// NCURSES decodes
_decode_key[VK_DOWN ] = MintString("Down Arrow");
_decode_key[KEY_UP ] = MintString("Up Arrow");
_decode_key[KEY_LEFT ] = MintString("Left Arrow");
_decode_key[KEY_RIGHT ] = MintString("Right Arrow");
_decode_key[KEY_HOME ] = MintString("Home");
_decode_key[KEY_BACKSPACE] = MintString("Back Space");
_decode_key[KEY_F(1) ] = MintString("F1");
_decode_key[KEY_F(2) ] = MintString("F2");
_decode_key[KEY_F(3) ] = MintString("F3");
_decode_key[KEY_F(4) ] = MintString("F4");
_decode_key[KEY_F(5) ] = MintString("F5");
_decode_key[KEY_F(6) ] = MintString("F6");
_decode_key[KEY_F(7) ] = MintString("F7");
_decode_key[KEY_F(8) ] = MintString("F8");
_decode_key[KEY_F(9) ] = MintString("F9");
_decode_key[KEY_F(10) ] = MintString("F10");
_decode_key[KEY_F(11) ] = MintString("F11");
_decode_key[KEY_F(12) ] = MintString("F12");
_decode_key[KEY_F(13) ] = MintString("S-F1");
_decode_key[KEY_F(14) ] = MintString("S-F2");
_decode_key[KEY_F(15) ] = MintString("S-F3");
_decode_key[KEY_F(16) ] = MintString("S-F4");
_decode_key[KEY_F(17) ] = MintString("S-F5");
_decode_key[KEY_F(18) ] = MintString("S-F6");
_decode_key[KEY_F(19) ] = MintString("S-F7");
_decode_key[KEY_F(20) ] = MintString("S-F8");
_decode_key[KEY_F(21) ] = MintString("S-F9");
_decode_key[KEY_F(22) ] = MintString("S-F10");
_decode_key[KEY_F(23) ] = MintString("S-F11");
_decode_key[KEY_F(24) ] = MintString("S-F12");
_decode_key[KEY_DC ] = MintString("Del");
_decode_key[KEY_IC ] = MintString("Ins");
_decode_key[KEY_NPAGE ] = MintString("Pg Dn");
_decode_key[KEY_PPAGE ] = MintString("Pg Up");
_decode_key[KEY_END ] = MintString("End");
} // EmacsWindow
void Interface::doCommand(QString command_string, char type)
{
QString command = request.extractCommand(command_string);
QString id = request.extractId(command_string);
clearConsole();
printLines();
if(type == 'p') //PERSON
{
if(request.getPerson(id).getId().isEmpty()) //needed to prevent crashes
{
setStatus("Person #" + id.toStdString() + " does not exist or is omitted!");
return;
}
printMenuHead(command.toUpper().toStdString() + " PERSON");
if(command == "edit")
{
editPerson(id);
}
else if(command == "delete")
{
deletePerson(id);
}
else if(command == "addr")
{
addPersonRelation(id);
}
else if(command == "viewr")
{
viewPersonXComputers(id);
}
}
else if(type == 'c') //COMPUTER
{
if(request.getComputer(id).getId().isEmpty()) //needed to prevent crashes
{
setStatus("Computer #" + id.toStdString() + " does not exist!");
return;
}
printMenuHead(command.toUpper().toStdString() + " COMPUTER");
if(command == "edit")
{
editComputer(id);
}
else if(command == "delete")
{
deleteComputer(id);
}
else if(command == "addr")
{
addComputerRelation(id);
}
else if(command == "viewr")
{
viewComputerXPersons(id);
}
}
}
bool showStepByStep( T_Cell cell, T_Cell grid[][GRID_SIZE] ) {
bool retval; // La valeur de retour, vrai si l'utilisateur a choisi de revenir en arriere
int currentChoice = 1; // Chaque choix dans le menu a un numero
int userChoice; // Le choix de l'uilisateur
bool outOf=false; // booleen permet de sortir de la boucle
do {
printf("\n");
//printf("\033[u");
clearConsole();
//system("clear"); // Initialiser le terminal
retval = false; // Valeur faux par default
printGrid(&cell, grid); // Afficher la grille
if (currentChoice==1) // Si le choix courant egale au numero de menu
printf("\033[36m[*] CONTINUER\033[0m\n"); // afficher le menu coloré
else
printf("[ ] Continuer\n"); // sinon affichage normal
if (currentChoice==2)
printf("\033[36m[*] SAUVGARDER LA GRILLE DANS UN FICHIER\033[0m\n");
else
printf("[ ] Sauvgarder la grille dans un fichier\n");
if (currentChoice==3)
printf("\033[36m[*] REVENIRE A L'ETAPE PRECEDENTE\033[0m\n");
else
printf("[ ] Revenir a l'etape precedente\n");
if (currentChoice==4)
printf("\033[36m[*] APPLIQUER UNE REGLE\033[0m\n");
else
printf("[ ] Appliquer une regle\n");
if (currentChoice==5)
printf("\033[36m[#] QUITTER\033[0m \n");
else
printf("[ ] Quiter\n");
userChoice=getTouch(); // prend le numero de la touche qui l'utilisateur a choisi
switch (userChoice) { //faire un switch pour le code de la touche
case 300: { // 300 si la valeur renvoyer par la fonction getTouch() ou cas ou l'utilisateur choisi la fleche haut
if (currentChoice>1)
currentChoice--;
else
currentChoice=5;
break;
}
case 301: {
if (currentChoice<5)
currentChoice++;
else
currentChoice=1;
break;
}
default: {
if (userChoice=='\n' || userChoice=='\r') { // si l'utilisateur a choisi un choix
switch (currentChoice) {
case 1: { outOf=true; break;} // continuer
case 2: { exportCurrentGrid(grid); break; }; // exporter la grille courante
case 3: {outOf=true; retval=true; break;} // revenir en arriere
case 4: { // le choix d'application une regle
bool secondOutOf=false; // booleen permet de sortir de la boucle suivante
printf("\n [ Entrer le numero de la regle] : ");
do {
int ruleNumber; // le numero de la regle
ruleNumber=getch();
switch (ruleNumber) {
case '1': { // regle 1
secondOutOf = true; // sortire de boucle apres l'application de la regle
firstRule(grid); // appliquer la regle 2
printf("\nregle 1 applique avec succes!\ntaper une touche pour continuer... ");
getTouch(); // attender un signal pour continue
break;
} // end of case '1'
case '2': { // regle 2
secondOutOf = true;
secondRule(grid, false);
printf("\nregle 2 applique avec succes!\ntaper une touche pour continuer... ");
getTouch();
break;
} // end of case '2'
case '3': { // regle 3
secondOutOf = true;
thirdRule(grid, false);
printf("\nregle 3 applique avec succes!\ntaper une touche pour continuer... ");
getTouch();
break;
} // end of case '3'
case '4': { // regle 4
secondOutOf = true;
forthRule(grid);
printf("\nregle 4 applique avec succes!\ntaper une touche pour continuer... ");
getTouch();
break;
} // end of case '4'
default: break;
} // end of switch ruleNumber
}while (!secondOutOf);
break;} // end of case 4
case 5: {
printf("\n");
exit(EXIT_SUCCESS);
} // end of case 5
default: break;
} // end of currentChoice
} // end of default
}
} // end of switchuserchoice
} while (!outOf);
return retval;
}
void scanGridValues(T_Cell grid[][GRID_SIZE], bool importFromFile) {
bool outOf=false;
int line, column;
line = 0; column=0;
int userChoise;
if (!importFromFile) {
//printf("\nSaisie les %d valeurs de la grille: ",GRID_SIZE*GRID_SIZE);
do
{
//system("clear"); // initialiser le terminal
//printf("\033[u");
clearConsole();
printGrid(&grid[line][column], grid); // Afficher la grille
printf("Entrer la valeur de la case [%d][%d]: ",line,column);
userChoise = getTouch(); // scan la valeur
switch (userChoise) { // pour deplacer entre les case de la grille
case 300: { // touche UP
if (line>0)
line--;
break;
}
case 301: { // Touche DOWN
if (line<GRID_SIZE-1)
line++;
break;
}
case 302: { // touche RIGHT
if (column<GRID_SIZE-1)
column++;
break;
}
case 303: { // touche LEFT
if (column>0)
column--;
break;
}
case '0': { // Effacer la valeur de la case acctuelle
grid[line][column].value = userChoise-48;
break;
}
default: { // les 9 valeurs possible de la case
if (userChoise>'0' && userChoise<='9') {
if (addPossible(userChoise-48, grid[line][column], grid))
grid[line][column].value = userChoise-48;
break;
}
else if (userChoise=='\n' || userChoise=='\r') { // resoudre la grille
outOf = true;
break;
}
else {
outOf=false;
break;
}
}
}
} while (!outOf);
} // end of if no importFromFile
else importGrid(grid);
firstRule(grid); // Appliquer la regle 1
}
int8_t Screen::init( uint8_t backScrollPages, uint8_t initWrapMode ) {
#ifdef __TURBOC__
// Detect the current screen rows
struct text_info ti;
gettextinfo( &ti );
ScreenRows = ti.screenheight;
// What video mode are we in?
if ( ti.currmode == MONO ) {
// Monochrome is current
colorCard = 0;
Screen_base = (uint8_t far *)MK_FP( 0xb000, 0 );
}
else {
colorCard = 1;
Screen_base = (uint8_t far *)MK_FP( 0xb800, 0 );
}
#else
// This always works:
unsigned char mode = *((unsigned char far *)MK_FP( 0x40, 0x49 ));
if ( mode == 7 ) {
colorCard = 0;
Screen_base = (uint8_t far *)MK_FP( 0xb000, 0 );
}
else {
colorCard = 1;
Screen_base = (uint8_t far *)MK_FP( 0xb800, 0 );
}
// Call int 10, ah=12 for EGA/VGA config
union REGS inregs, outregs;
struct SREGS segregs;
inregs.h.ah = 0x12;
inregs.h.bl = 0x10;
int86x( 0x10, &inregs, &outregs, &segregs );
if ( outregs.h.bl == 0x10 ) {
// Failed. Must be MDA or CGA
ScreenRows = 25;
}
else {
ScreenRows = *((unsigned char far *)MK_FP( 0x40, 0x84 )) + 1;
}
#endif
// By this point we have an 80 column screen. The number of rows is
// also known, and we know if we are on a color display or a 5151.
ScreenCols = SCREEN_COLS;
terminalLines = ScreenRows;
terminalCols = ScreenCols;
// Setup the virtual buffer. The virtual buffer also serves as the
// backscroll buffer. We need to clear the buffer and set the char
// attributes to something predictable for at least the virtual screen
// part. I do the entire buffer here because I am lazy.
// Desired size of virtual buffer
uint32_t desiredBufferSize = backScrollPages * terminalLines;
desiredBufferSize = desiredBufferSize * BYTES_PER_LINE;
if ( desiredBufferSize > 64001ul ) {
// Too much .. get them into 64K
uint16_t newBackScrollPages = 64000ul / (terminalLines * BYTES_PER_LINE );
backScrollPages = newBackScrollPages;
}
totalLines = terminalLines * backScrollPages;
bufferSize = totalLines * BYTES_PER_LINE;
buffer = (uint8_t *)malloc( bufferSize );
if ( buffer == NULL ) return -1;
for ( uint16_t i=0; i < bufferSize; i=i+2 ) {
buffer[i] = 32;
buffer[i+1] = 7;
}
// Used to quickly detect when we are past the end of our buffer.
bufferEnd = buffer + bufferSize;
wrapMode = initWrapMode;
cursor_x = 0;
cursor_y = 0;
curAttr = 7;
topOffset = 0;
backScrollOffset = 0;
updateRealScreen = 1;
virtualUpdated = 0;
// We are going to keep this up to date instead of computing it for each
// character.
vidBufPtr = Screen_base + ( ((cursor_x<<1) + (cursor_y<<7) + (cursor_y<<5)) );
overhang = false;
clearConsole( );
gotoxy( 0, 0 );
// Terminal emulation state
scrollRegion_top = 0; // The host sends these as 1 based; we use 0 for a base.
scrollRegion_bottom = terminalLines - 1;
originMode = false;
autoWrap = false;
return 0;
}
//mainfunctions of the game
void playOneGame(Boggle& boggle) {
string input="";
//runs until a board is generated
while (1) {
cout<<endl;
cout<<"Do you want to generate a random board?: ";
cin>>input;
//the user wants to enter an own board
if (input=="n") {
//runs until the user has entered a correct board,
while(1) {
cout<<"Type the 16 letters to appear on the board:";
cin>>input;
vector<string> temp;
temp=checkInput(input);
if (temp.size()==16) {
for (int i=0; i<16; i++) {
boggle.addLetter(temp[i]);
}
break;
}
else {
cout<<"That is not a valid 16-letter board String. Try again."<<endl;
}
}
boggle.calculateWords();
break;
}
//if the user wants to autogenerate a board this i used
if(input=="y") {
boggle.setupBoardAuto();
break;
}
}
bool usersTurn=true;
clearConsole();
//runs until the user enters "n"
while (usersTurn) {
cout<<"it's your turn!"<<endl;
printBoard(boggle);
presentUserWords(boggle);
presentUserScore(boggle);
input="";
cout<<"enter a word or enter n to end your turn:";
cin>>input;
//end while loop
if (input=="n") {
usersTurn=false;
}
else {
//checks if the word is correct
if (boggle.addUserWord(input)) {
//if it is then the score is added to the userscore
boggle.addUserScore(input.size()-3);
//says that you have found a new word
presentNewWord(input);
}
else {
//if it not a correct word then the error is printed out for the user
cout<<boggle.getUserError()<<endl;
}
}
}
//prints out with how much the computer has won
cout<<"It is my turn! now you are going down"<<endl;
presentComputersWords(boggle);
boggle.resetBoard();
}
void LuaAVConsole :: clearText() {
emit clearConsole();
}
LuaAVConsole :: LuaAVConsole()
: mScriptsLoaded(0),
mScrolling(true),
mLogging(false),
mScriptModel(0),
mSplitter(0),
mScriptSplitter(0),
mTableView(0),
mCodeEdit(0),
mTextEdit(0),
mOpenButton(0),
mNewButton(0),
mStatusLabel(0),
mClearButton(0),
mScrollButton(0),
mSelectedScript(-1),
mStdoutLog(0),
mStderrLog(0)
{
// main window properties
setWindowTitle(QString("LuaAV"));
setGeometry(300, 600, 650, 375);
setWindowIcon(QIcon(QPixmap(LUAAV_ICON_PATH)));
// data model
mScriptModel = new ScriptModel(this);
// split scripts and text
mSplitter = new QSplitter(this);
mSplitter->setFrameShadow(QFrame::Plain);
mSplitter->setLineWidth(0);
setCentralWidget(mSplitter);
// script splitter
mScriptSplitter = new QSplitter(this);
mScriptSplitter->setOrientation(Qt::Vertical);
// script view
mTableView = new QTableView(this);
mTableView->setModel(mScriptModel);
mTableView->setSortingEnabled(false);
mTableView->setSelectionBehavior(QAbstractItemView::SelectRows);
mTableView->horizontalHeader()->hide();
mTableView->verticalHeader()->hide();
mTableView->setSelectionMode(QAbstractItemView::SingleSelection);
mTableView->setWordWrap(true);
mTableView->setHorizontalScrollBarPolicy(Qt::ScrollBarAlwaysOff);
QPalette pp(mTableView->palette());
pp.setColor(QPalette::Highlight, QColor(130, 130, 130));
mTableView->setPalette(pp);
QFont font(mTableView->font());
font.setPointSize(8);
mTableView->setFont(font);
mScriptSplitter->addWidget(mTableView);
// code input
mCodeEdit = new QLineEdit(this);
QPalette codePalette(mCodeEdit->palette());
codePalette.setColor(QPalette::Base, QColor(200, 200, 200));
mCodeEdit->setPalette(codePalette);
// mCodeEdit->setFrameShadow(QFrame::Plain);
// mCodeEdit->setFrameStyle(QFrame::NoFrame);
// mCodeEdit->setLineWidth(0);
mCodeEdit->insert(QString("print('hello world')"));
mCodeEdit->setMinimumHeight(MIN_CODE_HEIGHT);
// mCodeEdit->setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff);
mScriptSplitter->addWidget(mCodeEdit);
mSplitter->addWidget(mScriptSplitter);
// text window
mTextEdit = new QTextEdit(this);
QPalette palette(mTextEdit->palette());
palette.setColor(QPalette::Base, QColor(140, 140, 140));
mTextEdit->setPalette(palette);
mTextEdit->setFrameShadow(QFrame::Plain);
mTextEdit->setFrameStyle(QFrame::NoFrame);
mTextEdit->setReadOnly(true);
mTextEdit->setLineWidth(0);
mTextEdit->setTabStopWidth(45);
mSplitter->addWidget(mTextEdit);
// status buttons and label
mOpenButton = new QPushButton(this);
mOpenButton->setText(QString("Open"));
mNewButton = new QPushButton(this);
mNewButton->setText(QString("New"));
mStatusLabel = new QLabel(this);
mStatusLabel->setAlignment(Qt::AlignCenter);
mClearButton = new QPushButton(this);
mClearButton->setText(QString("Clear"));
QAction *clearAction = new QAction(this);
clearAction->setShortcut(QKeySequence(tr("Ctrl+x")));
addAction(clearAction);
connect(clearAction, SIGNAL(triggered()), mClearButton, SLOT(click()));
mScrollButton = new QPushButton(this);
mScrollButton->setText(QString("Scroll"));
mScrollButton->setCheckable(true);
QStatusBar *status = statusBar();
status->addWidget(mOpenButton);
status->addWidget(mNewButton);
status->addWidget(mStatusLabel, 20);
status->addWidget(mClearButton);
status->addWidget(mScrollButton);
// signal/slot connections
connect(mTextEdit->verticalScrollBar(), SIGNAL(rangeChanged(int,int)), this, SLOT(scroll()));
connect(mSplitter, SIGNAL(splitterMoved(int,int)), this, SLOT(resizeTable(int,int)));
connect(mTableView, SIGNAL(clicked(const QModelIndex&)), this, SLOT(tableViewClicked(const QModelIndex&)));
connect(mOpenButton, SIGNAL(clicked()), this, SLOT(openFile()));
connect(mNewButton, SIGNAL(clicked()), this, SLOT(newFile()));
connect(mClearButton, SIGNAL(clicked()), mTextEdit, SLOT(clear()));
connect(mScrollButton, SIGNAL(clicked(bool)), this, SLOT(setScrolling(bool)));
connect(this, SIGNAL(clearConsole()), mTextEdit, SLOT(clear()));
connect(mCodeEdit, SIGNAL(returnPressed()), this, SLOT(evalCode()));
}