cursers.ThreadedApp

class documentation

class ThreadedApp(App, Thread):

Extends App to run the update loop in a separate thread.

This class combines the functionality of App and Thread to provide a threaded application that runs the update loop automatically in the background.

Method	`__enter__`	Enter the application context and start the thread.
Method	`__exit__`	Exit the application context and join the thread.
Method	`__init__`	Initialize the threaded application.
Method	`run`	Run the update loop in the thread.

Inherited from App:

Method	`is_exit_requested`	Check if an exit has been requested.
Method	`on_enter`	Handle entering the application context.
Method	`on_exit`	Handle exiting the application context.
Method	`on_update`	Handle frame updates.
Method	`request_exit`	Request the application to exit.
Method	`update`	Update the application state and handle input.
Instance Variable	`__is_exit_requested`	Undocumented
Instance Variable	`_fps`	Undocumented
Instance Variable	`_is_exit_requested`	Undocumented
Instance Variable	`_keypad`	Undocumented
Instance Variable	`_screen`	Undocumented

Inherited from Thread (via App):

Instance Variable _thread Undocumented

def __enter__(self) -> Self: ¶

overrides cursers.App.__enter__

Enter the application context and start the thread.

Returns
`Self`	The threaded application instance.

def __exit__(self, *args: object): ¶

overrides cursers.App.__exit__

Exit the application context and join the thread.

Parameters
*args:`object`	Exception information (unused).

def __init__(self, *, fps: int = 30, keypad: bool = False): ¶

overrides cursers.App.__init__

Initialize the threaded application.

Parameters
fps:`int`	Target frames per second (default: 30).
keypad:`bool`	Whether to enable arrow keys (default: False).

def run(self): ¶

overrides cursers.Thread.run

Run the update loop in the thread.

This method is called automatically when the thread starts. It continuously calls update() while the application is running.