IPyFileChooser is a Python file chooser widget designed for use in Jupyter/IPython notebooks, integrating with `ipywidgets`. It allows users to interactively select file paths and filenames. The library is actively maintained, with its latest stable version 0.6.0 released in September 2021.
pip install ipyfilechooserVerified import paths — ran on the pinned version, not inferred.
This quickstart demonstrates how to initialize and display the `FileChooser` widget in a Jupyter environment. It sets a default path, applies a file filter, and shows how to access the selected file properties. An example of registering a callback function for dynamic responses to user selections is also included.
Update your code to use `fc.dir_icon = 'icon_string'` (e.g., '📁') and `fc.dir_icon_append = True/False` instead of `use_dir_icons`.
Ensure `ipywidgets` is installed and extensions are enabled. For Jupyter Notebook: `jupyter nbextension enable --py --sys-prefix widgetsnbextension`. For JupyterLab: `jupyter labextension install @jupyter-widgets/jupyterlab-manager` followed by `jupyter lab build`. In Docker contexts, building JupyterLab inside the Dockerfile is often essential.
Be aware that `filter_pattern` will match regardless of case. If strict case-sensitive filtering is required, apply an additional programmatic filter after `fc.selected_filename` has been retrieved.
Consider using `ipywidgets.interactive_output` or manually connecting a callback function using `fc.register_callback(my_function)` or `fc.observe(my_function, names='selected')` for more robust interaction.
For Jupyter Notebook: `jupyter nbextension enable --py --sys-prefix widgetsnbextension`. For JupyterLab: `jupyter labextension install @jupyter-widgets/jupyterlab-manager` and then `jupyter lab build`. In Docker environments, building JupyterLab within the Dockerfile often solves this.
Use `dir_icon` and `dir_icon_append` instead. Example: `fc.dir_icon = '📁'` and `fc.dir_icon_append = True` to customize folder icons.
Verify that the specified path exists and has appropriate read/write permissions for the user running the Jupyter kernel. Use `os.path.exists()` to check programmatically before initializing `FileChooser`.