Tkinter is a Python binding to the Tk GUI toolkit. It is the standard Python interface to the Tk GUI toolkit and is Python's de facto standard GUI, and is included with the standard Windows and Mac OS X install of Python.
The name Tkinter comes from Tk interface. Tkinter was written by Fredrik Lundh.
As with most other modern Tk bindings, Tkinter is implemented as a Python wrapper around a complete Tcl interpreter embedded in the Python interpreter. Tkinter calls are translated into Tcl commands which are fed to this embedded interpreter, thus making it possible to mix Python and Tcl in a single application.
Python 2.7 and Python 3.1 incorporate the "themed Tk" ("ttk") functionality of Tk 8.5. This allows Tk widgets to be easily themed to look like the native desktop environment in which the application is running, thereby addressing a long-standing criticism of Tk (and hence of Tkinter).
This term has different meanings in different contexts, but in general it refers to a rectangular area somewhere on your display screen.
Top Level Window
A window that exists independently on the screen. It will be decorated with the standard frame and controls for the desktop manager. It can be moved around the desktop, and can usually be resized.
The generic term for any of the building blocks that make up an application in a graphical user interface. Examples of widgets: buttons, radiobuttons, text fields, frames, and text labels.
In Tkinter, the Frame widget is the basic unit of organization for complex layouts. A frame is a rectangular area that can contain other widgets.
Child and parent
When any widget is created, a parent-child relationship is created. For example, if you place a text label inside a frame, the frame is the parent of the label.
A minimal application
Here is a simple Python 3 Tkinter application:
#!/usr/bin/env python3 import tkinter as tk
class Application(tk.Frame): def __init__(self, master=None): tk.Frame.__init__(self, master) self.grid() self.createWidgets()
def createWidgets(self): self.quitButton = tk.Button(self, text='Quit',command=self.quit) self.quitButton.grid()
app = Application() app.master.title('Sample application') app.mainloop()
- line 1: This line makes the script self-executing, assuming that your system has Python correctly installed.
- line 2: This line imports the Tkinter module into your program's namespace, but renames it as tk.
- line 3: Your application class must inherit from Tkinter's Frame class.
- line 4: Calls the constructor for the parent class, Frame.
- line 5: Necessary to make the application actually appear on the screen.
- line 6: Creates a button labeled “Quit”.
- line 7: Places the button on the application.
- line 8: The main program starts here by instantiating the Application class.
- line 9: This method call sets the title of the window to “Sample application”.
- line 10: Starts the application's main loop, waiting for mouse and keyboard events.
- "Tkinter — Python interface to Tcl/Tk — Python v2.6.1 documentation". Retrieved 2009-03-12.
- "Tkinter - Pythoninfo Wiki".
- Shipman, John W. (2010-12-12), Tkinter reference: a GUI for Python, New Mexico Tech Computer Center, retrieved 2012-01-11
- "Python issue #2983, "Ttk support for Tkinter"".
- "Python subversion revision 69051, which resolves issue #2983 by adding the ttk module".
- "Tkinter 8.5 reference: a GUI for Python".
- "TkInter", Python wikipedia, Python Wiki
- Lundh, Fredrik (1999), An Introduction to Tkinter
- TkDocs: includes language-neutral and Python-specific information and a tutorial
- Ferg, Stephen, Thinking in Tkinter
- PAGE - Python Automatic GUI Generator
- Visual Tkinter : A Tkinter based GUI builder for Python.
- Rapyd-Tk : A graphical development environment for writing applications in Tkinter.
- tkRAD : Tkinter Rapid Application Development and XML widget builder for Tkinter.
- tkGAME : All-in-one Game library for Tkinter.