thanhxtruong

# Node class
class Node:
  def __init__(self, initial_data):
    self.data = initial_data
    self.next = None

# Singly-linked List class
class LinkedList:
  def __init__(self):
    self.head = None

thanhxtruong

# Append a list
ListAppend(list, newNode) {
  if (list->head == null) {
    list->head = newNode
    list->tail = newNode
  }
  else {
    list->tail->next = newNode
    list->tail = newNode
  }

thanhxtruong

$( document ).ready(function() {    

    pageSize = 1;
    pagesCount = $(".content").length;
    console.log(pagesCount);
    var currentPage = 1;
    
    /////////// PREPARE NAV ///////////////
    var nav = '';
    var totalPages = Math.ceil(pagesCount / pageSize);

thanhxtruong

// Use of Builder Pattern
WindowsDisplay windowDisplay = new WindowsBuilder()
        .setRb(rb)
        .setFXMLPath("UserLogin.fxml")
        .build();
windowDisplay.displayScene();

thanhxtruong

/**
 * The WindowsDisplay class is used to load FXML, set BundleResource (as needed),
 * and pass an instance of mainApp and active Stage to the controller for use
 * in other method calls defined in controller.
 * 
 * Object for WindowsDisplay is instantiated using a WindowsBuilder, which is
 * an instance of a builder pattern. Due to several optional parameters being
 * used for constructing a WindowsDisplay, the builder design pattern was used.
 * 
 * @param rb (optional) ResourceBundle for the language_files

thanhxtruong

/**
 * This is a builder pattern for WindowsDisplay.
 * The use of builder pattern makes it easier to add parameters to WindowsDisplay
 * in the future to customize different types of FXML Loader.
 * @author thanhtruong
 */
public class WindowsBuilder {
    ResourceBundle rb;
    String FXMLPath;
    String title;

thanhxtruong

// Set items into the TableView
customerTable.setItems(custDB.getCustomerList());
        
FilteredList<Customer> filteredCustomerByName = new FilteredList<>(
        custDB.getCustomerList(), p -> true);

customerSearchText.textProperty().addListener((observable, oldValue, newValue) -> {
    filteredCustomerByName.setPredicate(customer -> {
        if((newValue.toString().isEmpty()) || (newValue.toString().equals(null))) {
            return true;

thanhxtruong

public class AppointmentDB {
    
    private static ObservableList<Appointment> apptListByCust;
    private static ObservableList<Appointment> apptListByUser;
    private static ObservableList<Appointment> allApptList;
    private static ObservableList<Appointment> sortedList = FXCollections.observableArrayList();
    private static Map<Integer, Map<Integer, ObservableList<String>>> apptMapByMonth;
    private static Map<Integer, Map<Integer, ObservableList<Appointment>>> apptMapByWeek;
    private static final AppointmentDB instance;
    private String sqlStatement;

thanhxtruong

// Variable getter placed in the Details section of the report
// Each time a row is printed, the value is added to the variable and concatenated after filtering out duplicate values
whileprintingrecords;
stringvar Device;
if Device = "" then Device := {SPC_DEVICE.EQNO} + " " + {SPC_DEVICE_TYPE.NAME} + ", "
else if not ({SPC_DEVICE.EQNO} in Device) then Device := Device + {SPC_DEVICE.EQNO} + " " + {SPC_DEVICE_TYPE.NAME} + ", "

// Reset the variable to an emtpty String after each group is printed
// Place this variable in the Group Header section of the report to ensure the variable is reset for each group/table
whileprintingrecords;

thanhxtruong

double topAnchor, botAnchor;
int rSpan;
// Calculate the number of rows to span across based on 
// the number of hours for the appointment
if (endHr > startHr && endMin != 0) {
    rSpan = endHr - startHr + 1;
} else if (endHr > startHr && endMin == 0) {
    rSpan = endHr - startHr;
} else {
    rSpan = 1;