
Explore how PySide2 binds Python to Qt to build cross-platform GUI applications, and learn basic widgets, installation in PyCharm, and core concepts.
Compare PySide and PySide2 by detailing python version requirements and visual c++ toolchain needs, and show PySide2's broader 3d, multimedia, and network capabilities beyond widgets.
Install pyside2 in PyCharm by using pip in the Python console or via the project interpreter, then search and install the version you need.
Create a simple PySide2 frame in a PyCharm project by installing PySide2, creating a Python file, importing QtWidgets, configuring a window with size and title, and launching the app loop.
Create a label in PySide2 by importing PySide2 modules, initializing the app and window, creating a QLabel, setting its text, and configuring geometry with QRect.
Demonstrate creating a simple single-line text box in PySide2 for login forms using a label and a QLineEdit with manual geometry to align the input.
Create a simple PySide2 GUI with a label, text box, and submit button; connect the button click to a function that displays hello name in a label.
Create and group radio buttons in PySide2 using QRadioButton and QButtonGroup, layout them with set geometry, label them (gender), and run a basic PySide2 GUI application.
Learn how to create and arrange checkboxes in PySide2, including labeling, positioning, and managing multiple selections like hobbies such as playing, sports, dance, singing, and reading.
Create a PySide2 table widget with specified rows and columns, define headers for employee id, name, designation, and salary, and populate it with QTableWidgetItem items.
Create a horizontal slider in PySide2 using QSlider with a 0 to 100 range, tick position, and interval. Update the label as the value changes and style the font.
Learn to create a QDial in PySide2, wire its value signal to a volume-like bar, and render the ui with QPainter, QBrush, and colors.
Learn to build a QDial-based bar indicator in PySide2, handling updates, events, and color dynamics to visualize data interactively.
Create a PySide2 menu bar with file, edit, format, and help menus, add actions such as new, open, save, undo, copy, font, and about, and include separators.
Master PySide2 tabbed interfaces by creating and customizing QTabWidget with multiple tabs, adding widgets like push buttons, text edits, and combo boxes, and organizing them with central widgets.
Demonstrate building a PySide2 application with a tree view for an inbox showing subject and date, within a group box using a box layout and set window title and geometry.
Create a message box in PySide2 by wiring a push button to trigger a message box with custom text and a window title.
Create a CSV file from Excel data by compiling customer ID, name, contact number, and email, with about 20 records, and save it as customer.csv in your project directory.
Create a PySide2 GUI by building a data app with a QTableWidget, setting columns like customer id, customer name, contact number, and email, and adding a label with a layout.
Define a row_count function to count rows in a csv file using Python's csv module, reading customer.csv with csv.reader, and return the total line number for dynamic GUI display.
Read a csv file and display its rows and columns in a PySide QTableWidget by using csv.reader, iterating over rows and columns, and populating the table with QTableWidgetItem.
Display a PySide2 GUI that reads a CSV file and shows customer data in a table, then updates when new CSV entries are added.
Explore an intermediate PySide2 project to build an employee management GUI application, covering widgets, CSV read/write, and basic CRUD operations.
Learn how to create a new Python project in PyCharm and install PySide2 via the project interpreter, then configure the environment to start developing a GUI application.
Build a PySide GUI to display all employee records in a table, with columns for ID, name, designation, and salary, and enable window navigation and CSV storage.
Learn to import csv, open employee.csv in append mode, and write id, name, designation, and salary using a csv writer with writerow, while displaying data added successfully.
Learn to read a csv file and display employees in a qtablewidget by computing row counts, iterating rows and columns, and populating the table with data.
Explore a PySide-based GUI project that adds and displays employee records, storing data to a CSV file and clearing input fields after each entry.
Welcome to the PySide Training course, designed to equip you with essential skills in PySide2, a powerful Python module for developing graphical user interfaces (GUIs). Whether you are a beginner or looking to enhance your Python GUI development skills, this course is tailored to provide a comprehensive understanding of PySide2.
In this course, you will embark on a journey through the fundamental concepts of PySide2, gaining proficiency in creating interactive and visually appealing applications. The course is structured to cater to learners at various levels, ensuring a smooth learning curve from basic GUI components to advanced project-based applications.
By the end of the course, you'll have the knowledge and hands-on experience to develop your own GUI applications using PySide2. So, let's dive into the world of PySide and unlock the potential of Python in creating dynamic and intuitive user interfaces. Happy learning!
Section 1: PySide Training
This section serves as a foundational introduction to the PySide training course. The initial lectures provide an overview of the course content, highlighting the differences between PySide and PySide2. Practical aspects commence with the installation of PySide2 in the PyCharm development environment. Subsequent lectures delve into the creation of various graphical user interface (GUI) elements, starting from simple components like frames, labels, and text boxes to more complex elements such as tables, sliders, and QDials. The section concludes with a demonstration of incorporating layouts within frames for effective GUI design.
Section 2: PySide Project - Data Fetching Application
Building on the foundational knowledge gained in Section 1, this section introduces a practical project to reinforce the concepts. The project focuses on creating a Data Fetching Application using PySide2. Lectures cover essential steps, including the creation of a CSV file, GUI development, counting rows from the CSV file, and reading its contents. The ultimate goal is to provide students with hands-on experience, culminating in a showcase of the completed project output.
Section 3: PySide Project - Employee Management Application
This section takes a project-based approach to enhance learning further. The Employee Management Application project involves more intricate GUI development. Lectures guide students through the installation of PySide2 and the creation of various application pages, such as the main page, add employee page, and display employee page. The section emphasizes practical skills by demonstrating how to write and read data from a CSV file, enabling effective management of employee information. The conclusion of the section features a showcase of the completed project output, solidifying the practical application of PySide2 skills in an employee management scenario.