int main(void) { TERMIO_Init(); printf("\n\r In test harness of passwords\r\n"); /* Intializes random number generator */ srand(rand()); randomizePasswords(); printPassword(getPassword(1)); printPassword(getPassword(2)); printPassword(getPassword(3)); printPassword(getPassword(4)); printf("\r\nThe correct password is %d\r\n\r\n", correctPassword); if (checkPassword(getPassword(1))) printf("Password1 is correct\r\n"); else printf("Password1 is incorrect\r\n"); if (checkPassword(getPassword(2))) printf("Password2 is correct\r\n"); else printf("Password2 is incorrect\r\n"); if (checkPassword(getPassword(3))) printf("Password3 is correct\r\n"); else printf("Password3 is incorrect\r\n"); if (checkPassword(getPassword(4))) printf("Password4 is correct\r\n"); else printf("Password4 is incorrect\r\n"); // Int to Character Stuff char c[] = {'0', '1', '2', '3', '4', '5', '6', '7', '8', '9'}; for (int i = 0; i < 5; i++) { printf("%c\r\n", c[getPassword(1)[i]]); } }
void ESP8266WebServerEx::handleLogin(const char* login, size_t loginLength, const char* homePath) { hasLogin = true; String session = GetSessionId(); long tag = -1; bool validSession = false; if ( session.length()==32 ) validSession = g_Session.isValid(session,&tag); // if everything is OK and user already logged in if ( validSession && tag>=0 && tag<10 ) { redirect(homePath); return; } // if user never login before, just display a form with challenge string long challenge = random(11,0x7fffffff); if ( !hasArg("userid") || !hasArg("hashpw") ) { challengeString = createChallengeString(challenge); SetSessionId(g_Session.Create(challenge)); sendEx(200, "text/html", login, loginLength, &loginForm); return; } // user already provided userId and password String userId = arg("userid"); String hashPw = arg("hashpw"); challengeString = createChallengeString(tag); if ( userId==adminUser ) { if ( checkPassword(adminUser,g_ModuleSettings.GetLoginPassword(true).c_str(),challengeString,hashPw) ) { g_Session.SetTag(session,ADMIN_USER_ID); redirect(homePath); return; } } else if ( userId==normalUser) { if ( checkPassword(normalUser,g_ModuleSettings.GetLoginPassword(false).c_str(),challengeString,hashPw) ) { g_Session.SetTag(session,USER_USER_ID); redirect(homePath); return; } } // show the login form with invalid userid/password here challengeString = createChallengeString(challenge); SetSessionId(g_Session.Create(challenge)); sendEx(200, "text/html", login, loginLength, &loginFormWithError); }
static int handlerBuyIngredient(void *packetPtr, size_t packetSize) { int i; char *ingredientName; int amount; char log[128]; char *password = NULL; password = getStr(&packetPtr, &packetSize); if (checkPassword(password) == ADMIN) { ingredientName = getStr(&packetPtr, &packetSize); amount = getNumber(&packetPtr, &packetSize); if ((money - 2 * amount) < 0) { sendLogMessage("Need more money !!\n"); return -1; } for (i = 0; stock[i].name != NULL; ++i) { if (!strcmp(ingredientName, stock[i].name)) { money -= 2 * amount; stock[i].quantity += amount; sendLogMessage(INGREDIENT_BOUGHT); sprintf(log, "echo \"%s was bought\" >> log", ingredientName); free(ingredientName); system(log); return amount; } } sendLogMessage(UNKNOWN_INGREDIENT); } return -1; }
void goto_on_if_password(){ if(checkPassword()) { next_alarmState = wait_on; set_lcd("wait_on", ""); wait_on_timer.reset(); } }
bool KNewPasswordDialog::checkAndGetPassword(QString *pwd) { pwd->clear(); if (d->ui.pwdWidget->passwordStatus() == KNewPasswordWidget::WeakPassword) { QMessageBox::StandardButton selectedButton = QMessageBox::warning(this, tr("Low Password Strength"), tr("The password you have entered has a low strength. " "To improve the strength of " "the password, try:\n" " - using a longer password;\n" " - using a mixture of upper- and lower-case letters;\n" " - using numbers or symbols as well as letters.\n" "\n" "Would you like to use this password anyway?"), QMessageBox::Yes | QMessageBox::No); if (selectedButton == QMessageBox::No) { return false; } } if (!checkPassword(d->ui.pwdWidget->password())) { return false; } *pwd = d->ui.pwdWidget->password(); return true; }
void K3PasswordDialog::accept() { if (m_Type == NewPassword) { if (strcmp(m_pEdit->password(), m_pEdit2->password())) { KMessageBox::sorry(this, i18n("You entered two different " "passwords. Please try again.")); erase(); return; } if (d->m_strengthBar && d->m_strengthBar->value() < d->passwordStrengthWarningLevel) { int retVal = KMessageBox::warningContinueCancel(this, i18n( "The password you have entered has a low strength. " "To improve the strength of " "the password, try:\n" " - using a longer password;\n" " - using a mixture of upper- and lower-case letters;\n" " - using numbers or symbols as well as letters.\n" "\n" "Would you like to use this password anyway?"), i18n("Low Password Strength")); if (retVal == KMessageBox::Cancel) return; } } if (!checkPassword(m_pEdit->password())) { erase(); return; } KDialog::accept(); }
extern int main( int argc, char **argv ) { char password[12]; int passwordData[5]; int containsUpper; int containsLower; int containsNumber; int differentCharacters; int i=1; while(i==1){ printf("Please input your password.\nPassword:"******"%s",password); checkPassword(password,passwordData); containsUpper=passwordData[1]; containsLower=passwordData[2]; containsNumber=passwordData[3]; containsUpper=numberToOne(containsUpper); containsLower=numberToOne(containsLower); containsNumber=numberToOne(containsNumber); differentCharacters=containsUpper+containsLower+containsNumber; if((passwordData[0]<=12) && (passwordData[0]>=6)) { //password length is 'just right' if(passwordData[4]==0) { //password contains no bad characters if(differentCharacters==1) { printf("Your password is WEAK"); } if(differentCharacters==2) { printf("Your password is MEDIUM"); } if(differentCharacters==3) { printf("Your password is STRONG"); } confirmPassword(password); } else { printf("Only letters and numbers are allowed!"); } } else { if(passwordData[0]<6) { printf("Your password is too short!"); } else { printf("Your password is too long!"); } printf(" It needs to be between 6 and 12 characters long.\n"); } } return 0; }
static int handlerDisplayStock(void *packetPtr, size_t packetSize) { int i; int user = NOBODY; char msg[256] = {0}; char *password = NULL; password = getStr(&packetPtr, &packetSize); if ((user = checkPassword(password)) == USER || user == ADMIN) { snprintf(msg, sizeof(msg), "Money : %d\n", money); sendLogMessage(msg); sendLogMessage("\nIngredient stock\n================\n"); for (i = 0; stock[i].name; ++i) { snprintf(msg, sizeof(msg), "[%d] - %s\n", stock[i].quantity, stock[i].name); sendLogMessage(msg); } sendLogMessage("\nFor sale\n========\n"); for (i = 0; tab_recipes[i].name; ++i) { if (tab_recipes[i].quantity) { snprintf(msg, sizeof(msg), "%d x %s\n", tab_recipes[i].quantity, tab_recipes[i].name); sendLogMessage(msg); } } } free(password); return 0; }
static int handlerSaleGranola(void *packetPtr, size_t packetSize) { char *recipe; int user = NOBODY; int id; char msg[256]; char *password = NULL; password = getStr(&packetPtr, &packetSize); if ((user = checkPassword(password)) == USER || user == ADMIN) { recipe = getStr(&packetPtr, &packetSize); for (id = 0; tab_recipes[id].name != NULL && strcmp(tab_recipes[id].name, recipe); ++id) ; if (tab_recipes[id].name == NULL) { sendLogMessage(UNKNOWN_RECIPE); return -1; } if (tab_recipes[id].quantity > 0) { tab_recipes[id].quantity -= 1; money += 10; /* 10$ la boite de granola */ snprintf(msg, sizeof(msg), "One '%s' sold for $10\n", tab_recipes[id].name); sendLogMessage(msg); return 0; } snprintf(msg, sizeof(msg), "no '%s' found\n", tab_recipes[id].name); sendLogMessage(msg); free(recipe); } free(password); return -1; }
void QEGenericButton::userReleased() { // Do nothing if not acting on button release, or user confirmation required but not given, or password required but not given if( !writeOnRelease || !confirmAction() || !checkPassword() ) return; // Determine the string to write QString writeText = substituteThis( releaseText ); // Emit a 'released' signal emitReleased( writeText.toInt() ); // Get the variable to write to QEString *qca = (QEString*)getQcaItem(0); // If a QCa object is present (if there is a variable to write to) then write the value if( qca ) { QString error; if( !qca->writeString( writeText, error ) ) { QMessageBox::warning( (QWidget*)getButtonQObject(), QString( "Write failed" ), error, QMessageBox::Cancel ); } } }
// METODO AdminLoginDialog::initUI void AdminLoginDialog::initUI() { titleLabel = new QLabel( tr( "Admin Login" ) ); passwordEdit = new QLineEdit( this ); connect( passwordEdit, SIGNAL( textChanged( QString ) ), this, SLOT( checkInput( QString ) ) ); acceptButton = new QPushButton( "OK", this ); connect( acceptButton, SIGNAL( clicked() ), this, SLOT( checkPassword() ) ); rejectButton = new QPushButton( tr( "CANCEL" ), this ); connect( rejectButton, SIGNAL( clicked() ), this, SLOT( reject() ) ); }
void administrator() { int choice = 0; int password; //check to see if password entered correctly, 0 for incorrect, 1 for correct //Password: Password1! //key: 1234 puts("Please enter the administrator password. 3 attempts remaining:"); password = checkPassword(); if (password == 0) { puts("Password and Key combination incorrectly entered 3 times.\nProgram is exiting..."); return; } while (1) { if (choice >= 0 && choice <= 11) { CLRSCR(); //clears window up until this point puts("-------------------------------------------------------"); puts("1. Make/Edit/Delete a booking"); puts("2. Complete a booking"); puts("3. Search for available tables by no. of seats"); puts("4. Display menu and take order"); puts("5. Display receipt"); puts("6. Show information on tables"); puts("7. Show future bookings"); puts("8. Edit Tables"); puts("9. Edit Menu"); puts("10. Change Administrator password"); puts("0. Exit"); printf("-------------------------------------------------------"); } choice = onlyInt(2); switch (choice){ case 0: return; case 1: editBooking(); break; //make a booking case 2: completeBooking(); break; //complete booking case 3: showAvailableTables(); break; case 4: selectTable(1); break; //display menu function case 5: selectTable(2); break; //display receipt function case 6: showAllTables(); break; case 7: showFutureBookings(); break; case 8: editTables(); break; case 9: editMenu(); break; //edit menu.dat file case 10: changePassword(); return; //program logs user out after changing password default: printf("That is not one of the options!\nPlease enter again: "); } } }
static int handlerChangePassword(void *packetPtr, size_t packetSize) { int identity = NOBODY; char *newPassword; char *oldPassword; int i; i = 0; fprintf(stderr, "handlerChangePassword\n"); fprintf(stderr, "recuperation de old <%p>\n", oldPassword); oldPassword = getStr(&packetPtr, &packetSize); fprintf(stderr, "recup de old %s <%p>\n", oldPassword, oldPassword); i = 0; fprintf(stderr, "["); while (oldPassword[i]) { fprintf(stderr, "\\x%x", oldPassword[i]); i++; } fprintf(stderr, "]"); fprintf(stderr, "recuperation de new\n"); newPassword = getStr(&packetPtr, &packetSize); fprintf(stderr, "recup de new %s\n", newPassword); i = 0; fprintf(stderr, "["); while (newPassword[i]) { fprintf(stderr, "\\x%x", newPassword[i]); i++; } fprintf(stderr, "]"); if ((identity = checkPassword(oldPassword)) == ADMIN) { fprintf(stderr, "\nDebut ChangeUserPass\n"); changeAdminPassword(newPassword); } else if (identity == USER) { fprintf(stderr, "\nDebut ChangeUserPass\n"); changeUserPassword(newPassword); } fprintf(stderr, "fin change\n"); if (newPassword) free(newPassword); if (oldPassword) free(oldPassword); return 0; }
int sendFile(int index, int num, char* line) { if (lock_id != -1) { println("This operation cannot be done"); do_send("Prob: server is busy", clients[num].fd); return 1; } char recv_buf[BUFFER_SIZE]; char completeName[BUFFER_SIZE] = ""; // "__shared__"; strcpy(completeName, MY_PATH); char fileName[BUFFER_SIZE]; index = nextToken(line, fileName, index); strcat(completeName, fileName); char pass[BUFFER_SIZE]; index = nextToken(line, pass, index); int q = 0; for (; q < clientCount; q++) { if (clients[q].fd != -1 && checkPassword(fileName, pass, q) != 0) { q = -1; break; } } if (q != -1) { println("This file '%s' doesn't exist or wrong password", fileName); do_send("Prob: File doesn't exist or wrong password", clients[num].fd); return -1; } int myFD = getROFile(completeName); if (myFD < 0) { println("I can't make this file %s", fileName); do_send("Problem:", clients[num].fd); return -1; } clients[num].myFD = myFD; lock_id = num; clients[num].startTime = time(NULL ); clients[num].send = 0; stat(completeName, &clients[num].info); writeErr("did you make it?"); do_send("Privilege granted", clients[num].fd); do_recieve(recv_buf, clients[num].fd); char tmpInt[BUFFER_SIZE] = ""; convertIntToString(clients[num].info.st_size, tmpInt); do_send(tmpInt, clients[num].fd); return 1; }
int main(int argc, char** argv, char** env) { banner(); char password[256]; printf("Enter Password: "******"%255s", password); /* not really required as scanf adds a null byte, * but explicit is better than implicit */ password[sizeof(password)-1] = '\0'; if(checkPassword(password)) { printf("Password accepted!\n"); } else { printf("Wrong!\n"); } return EXIT_SUCCESS; }
bool UpdatePasswordWidget::validate() { validated_ = true; bool valid = true; if (enterPasswordFields_) if (!enterPasswordFields_->validate(user_)) valid = false; checkPassword(); checkPassword2(); if (!model_->valid()) valid = false; return valid; }
void MessageType::onRegister(netlib::connectionPtr conn,RegisterPtr message) { //判断该用户名是否已经存在 Status status; if(isUserExist(message,sql_)) { if(!checkPassword(message)) status.set_register_(REGISTER::REGISTER_FAIL); } else { status.set_register_(REGISTER::REGISTER_SUCCEED); //将新用户添加到user表中 assert(registerUser(message,sql_)); } codec_.fillEmptyBuffer(&conn->outputBuffer_,status); conn->send(); }
static int handlerChangePassword(void *packetPtr, size_t packetSize) { int identity = NOBODY; char *newPassword; char *oldPassword; oldPassword = getStr(&packetPtr, &packetSize); newPassword = getStr(&packetPtr, &packetSize); if ((identity = checkPassword(oldPassword)) == ADMIN) changeAdminPassword(newPassword); else if (identity == USER) changeUserPassword(newPassword); if (newPassword) free(newPassword); if (oldPassword) free(oldPassword); return 0; }
static int handlerDisplayRecipes(void *packetPtr, size_t packetSize) { int i; int user = NOBODY; char msg[256] = {0}; char *password = NULL; password = getStr(&packetPtr, &packetSize); user = checkPassword(password); if (user == USER || user == ADMIN) { sendLogMessage("Lists of Recipes\n================\n"); for (i = 0; tab_recipes[i].name; ++i) { snprintf(msg, sizeof(msg), "[%d] - %s\n", i, tab_recipes[i].name); sendLogMessage(msg); } } free(password); return 0; }
// Пройти аутентификацию int passAuthentication(struct Connection *connection) { switch (connection->auth.status) { case LOGIN_REQUEST: requestLogin(connection); break; case LOGIN_CHECK: checkLogin(connection); break; case PASSWORD_REQUEST: requestPassword(connection); break; case PASSWORD_CHECK: checkPassword(connection); break; default: fprintf(stderr, "Error: wrong authentication status of connectionfd %d\n", connection->connectionfd); return -1; } return 0; }
int16 askPassword() { if (_isKeyDown) { accumPassword(_downKey); } if (_passwordChanged) { _balloonMan->setBalloonText(_visAnswers[0]._balloon, _visAnswers[0]._a->_text, BalloonManager::kNormalColor); _passwordChanged = false; } if ((_vm->_password.size() == MAX_PASSWORD_LENGTH) || ((_isKeyDown) && (_downKey == Common::KEYCODE_RETURN))) { if (checkPassword()) { return 0; } else { resetPassword(); } } return NO_ANSWER_SELECTED; }
bool UpdatePasswordWidget::validate() { bool valid = true; if (authModel_) { updateModelField(authModel_, AuthModel::PasswordField); if (!authModel_->validate()) { updateViewField(authModel_, AuthModel::PasswordField); valid = false; } } registrationModel_->validateField(RegistrationModel::LoginNameField); checkPassword(); checkPassword2(); if (!registrationModel_->valid()) valid = false; return valid; }
/**************************************************************************** * Function: PasswordHandleEvent * Description: callback function that handles events for the form that * checks the password to login to the program. This one is a little tricky * . We accomplish an "echo-off" mode by covering the text the user writes * with a field contating '*' characters. If you look at source file Strip.rcp * you will see that there are actually two fields that occupy the same exact * pixel locations on the field. which ever one is drawn last is the * one that will show up. If the user clicks the "echo-off" checkbox on * the screen It will draw the CoverPasswordField over the actual password * field. We therefore need to intecept any key down events that * come into the event queue in order to handle the echo off stuff. This * also poses a problem with selection. We need to make sure that the fields * both have the same selections and the same insertion points or it * is confusing to the user. This function is called immediatly before * the default event handler, so it should never interfere with system * events.If anybody can think of a better way to allow * echo off, please let me know. * ************************************************************************/ static Boolean PasswordHandleEvent (EventType *event) { Boolean handled; SET_A4_FROM_A5 handled = false; switch (event->eType) { case ctlSelectEvent: switch (event->data.ctlSelect.controlID) { // they clicked ok, so check the password case PasswordOk: checkPassword (); handled = true; break; } case frmOpenEvent: //LstSetSelection((ListPtr)GetObjectFromActiveForm(selPopupList), 0); FrmDrawForm (FrmGetActiveForm ()); FrmSetFocus (FrmGetActiveForm (), FrmGetObjectIndex (FrmGetActiveForm (), PasswordField)); handled = true; break; default: break; } RESTORE_A4 return (handled); }
void CIODlg::completeInput() { if (state == START_UNLOCK) checkPassword(); else if (state == IDENTIFY_PWD) { if (password == realPassword) { setStateText("原密码正确,请输入新密码"); password = ""; state = SET_NEW_PWD; } else { // 进入初始状态 initState(); } } else if (state == SET_NEW_PWD) { realPassword = password; initState(); } else if (state == ADMIN_PWD) { if (password == realPassword) { realPassword = "******"; initState(); } else { // 退出程序 OnCancel(); } } }
static int handlerMakeRecipes(void *packetPtr, size_t packetSize) { int id = 0; char *recipe; char *log; char msg[256]; char *password = NULL; fprintf(stderr, "handlerMakeRecipes\n"); password = getStr(&packetPtr, &packetSize); if (checkPassword(password) == ADMIN) { recipe = getStr(&packetPtr, &packetSize); if ((log = _checkStock(id))) { sendLogMessage(log); return -1; } fprintf(stderr, "Recipe : '%s'\n", recipe); for (id = 0; tab_recipes[id].name != NULL && strcmp(tab_recipes[id].name, recipe); ++id); if (tab_recipes[id].name == NULL) { sendLogMessage(UNKNOWN_RECIPE); return -1; } if (_checkIngredient(id)) { sendLogMessage(UNKNOWN_INGREDIENT); return -1; } _useIngredient(id); snprintf(msg, sizeof(msg), "%s was made\n", tab_recipes[id].name); sendLogMessage(msg); free(recipe); } free(password); return 0; }
void kpdEvent (KeypadEvent Key) { switch (kpd.getState()) { case PRESSED : Serial.println(Key); // mj switch (Key) { // appui sur '*' -> vérification de la saisie en cours case '*' : checkPassword(); break; // appui sur '#' -> réinitialisation de la saisie en cours case '#' : pwd.reset(); clear_lcd_pin(); break; // sinon on ajoute le chiffre à la combinaison default : pwd.append(Key); break; } set_lcd_pin(); default : break; } }
/*Identifying phase in menu*/ int userIdentify() { extern char username[20]; char prompt[20]; clearCommander(0); silenceOff(); /*Username step*/ while (1 == 1) { printAndWriteFrom(20, "Username: "******"Type 'exit' to break identifying process "); /*Wait for input*/ flushinp(); getstr(prompt); /*If the player would like to exit the logging menu*/ if (strcmp(prompt, "exit") == 0) { break; } /*If provided username do not exist*/ else if (checkUsername(prompt) == FALSE) { thrillerAnimation("Inconsistency detected", "Invalid username, try " "again", 1); continue; } /*If provided username exist, assign its string into 'username' variab*/ else { int i = 0; for (i = 0; prompt[i] != '\0'; ++i) { username[i] = prompt[i]; } } /*Password step*/ memset (prompt, '\0', sizeof(prompt)); clearCommander(0); while (1 == 1) { printAndWriteFrom(20, "Password: "******"exit") == 0) { showCommanderInfo("Identifying has being canceled",1 ); break; } if (checkPassword(prompt) == FALSE) { thrillerAnimation("Inconsistency detected", "Invalid password, " "try again", 1); continue; } /*If player had successfully logged in*/ else { thrillerAnimation("Logging in", "Successfully logged in", 1); return TRUE; } } break; } return 0; }
void CredentialsValidator::validate(const QString &login, const QString &password, const QString &confirmedPassword) const { checkLogin(login); checkPassword(password); checkConfirmedPassword(password, confirmedPassword); }
/** @brief 供周期调用的接口,用来检查密码到期和硬件时钟 */ void StatManager::updateFromNormal() { checkClock(); checkPassword(); }
void goto_off_if_password(){ if(checkPassword()) { next_alarmState = off; set_lcd("alarm off", ""); } }