Submodule: terminal

class flika.app.terminal.EmbeddedIPythonWidget(**kwargs)

class flika.app.terminal.EmbeddedQtKernel(*args, **kwargs)

do_one_iteration()

step eventloop just once

execute_request(stream, ident, parent)

handle an execute_request

class flika.app.terminal.EmbeddedQtKernelApp(**kwargs)

init_kernel()

Create the Kernel object itself

start()

Start the app mainloop.

Override in subclasses.

class flika.app.terminal.Terminal(**kwargs)

flika.app.terminal.connected_console(console_class=<class 'qtconsole.rich_jupyter_widget.RichJupyterWidget'>, **kwargs)

Create a console widget, connected to another kernel running in

the current process

This only works on IPython v1.0 and above

Parameters:

• console_class – The class of the console widget to create
• kwargs – Extra variables to put into the namespace

flika.app.terminal.default_kernel_app()

Return a configured IPKernelApp

flika.app.terminal.default_manager(kernel)

Return a configured QtKernelManager

Parameters:kernel – An IPKernelApp instance

flika.app.terminal.in_process_console(console_class=<class 'qtconsole.rich_jupyter_widget.RichJupyterWidget'>, **kwargs)

Create a console widget, connected to an in-process Kernel

This only works on IPython v 0.13 and above

Parameters:

• console_class – The class of the console widget to create
• kwargs – Extra variables to put into the namespace

flika.app.terminal.ipython_terminal(banner='', **kwargs)

Return a qt widget which embed an IPython interpreter.

Extra keywords will be added to the namespace of the shell

Parameters:kwargs (QWidget) – Extra variables to be added to the namespace

flika.app.terminal.redirect_output(session, pub_socket)

Prevent any of the widgets from permanently hijacking stdout or stderr