a “Search” button and a text field with associated list for displaying the results of the search.A modify product screen, with fields that populate with presaved data, showing the following controls: a “Search” button and a text field with an associated list for displaying the results of the searchĮ.

a list for associated parts and their products.

labels for ID, name, inventory level, price, max and min values, and the application.

text fields for ID, name, inventory level, price, and max and min values.buttons for “Save”, “Cancel”, “Add” part, and “Delete” part.An add product screen, showing the following controls: labels for ID, name, inventory level, price, max and min values, the application title, and company name or machine IDĭ.A modify part screen, with fields that populate with presaved data, showing the following controls: labels for ID, name, inventory level, price/cost, max and min values, the application title, and company name or machine IDĬ.text fields for ID, name, inventory level, price, max and min values, and company name or machine ID.radio buttons for “In-House” and “Outsourced” parts.An add part screen, showing the following controls: title labels for parts, products, and the application titleī.text boxes for searching for parts and products.buttons for “Add”, “Modify”, “Delete”, “Search” for parts and products, and “Exit”.A main screen, showing the following controls: Write code to display each of the following screens in the GUI:Ī. This is my first project I've completed, so I'm sure there are a million ways to make it better.īelow are the requirements I needed to meet to pass the class:Ĭreate a JavaFX application with a graphical user interface (GUI) based on the attached “GUI Mock-Up”. I followed a Model-View-Controller layout for this project, and built this with JavaFX using SceneBuilder.

Java inventory management system github