![]() The tab for the current activity is marked with a colored top border (blue by default). The work area has a single currentĪctivity. Subdivide a tab panel byĭragging a tab to the left, right, top, or bottom of the panel. A screenshot of the default Menu Bar is provided below.ĭrag a tab to the center of a tab panel to move the tab to the panel. The main work area in JupyterLab enables you to arrange documents (notebooks, text files, etc.)Īnd other activities (terminals, code consoles, etc.) into panels of tabs that can be resized or The left sidebar can be collapsed or expanded by selecting “Show Left Sidebar” in the View menu orīy clicking on the active sidebar tab. The default Left Side Bar is provided below. The left sidebar contains a number of commonly-used tabs, such as a file browser (showing theĬontents of the directory in which the JupyterLab server was launched!), a list of running kernelsĪnd terminals, the command palette, and a list of open tabs in the main work area. Help: A list of JupyterLab and kernel help links.Ī screenshot of the default Menu Bar is provided below.There is also an Advanced Settings Editor option in the dropdown menu that provides more fine-grained control of JupyterLab settings and configuration options. Settings: Common JupyterLab settings can be configured using this menu.Tabs: A list of the open documents and activities in the main work area.Kernel: Actions for managing kernels which, as mentioned above, are separate processes for running code.Run: Actions for running code in different activities such as notebooks and code consoles (discussed below).View: Actions that alter the appearance of JupyterLab.Edit: Actions related to editing documents and other activities such as Undo, Cut, Copy, Paste, etc.The File menu also includes the Quit action used to shutdown the JupyterLab server. File: Actions related to files and directories such as New, Open, Close, Save, etc.The Menu Bar at the top of JupyterLab has the top-level menus that expose various actionsĪvailable in JupyterLab along with their keyboard shortcuts (where applicable). Is focused on providing flexible building blocks for interactive, exploratory computing.Ĭonsists of the Menu Bar, a collapsable Left Side Bar, and the Main Work Area which contains tabs JupyterLab has many features found in traditional integrated development environments (IDEs) but If you have priorĮxperience working with Jupyter notebooks, then you will have a a good idea of what to expectĮxperienced users of Jupyter notebooks interested in a more detailed discussion of the similarities and differencesīetween the JupyterLab and Jupyter notebook user interfaces can find more information in the JupyterLab is the next stage in the evolution of the Jupyter Notebook. JupyterLab? What about Jupyter notebooks? You will type code into the browser and see the result when the web page talks to the.The JupyterLab server does the work and the web browser renders the result.The JupyterLab server sends messages to your web browser.Installed the Anaconda Python distribution, see the setup instructionsĮven though JupyterLab is a web-based application, JupyterLab runs locally on your machine and JupyterLab is included as part of the Anaconda Python distribution. Reasonably up-to-date browser (ideally a current version of Chrome, Safari, or Firefox) InternetĮxplorer versions 9 and below are not supported. JupyterLab is an application with a web-based user interface from Project Jupyter thatĮnables one to work with documents and activities such as Jupyter notebooks, text editors, terminals,Īnd even custom components in a flexible, integrated, and extensible manner. Text editor to create and edit their Python programs we will be using JupyterLab While many software developers will often use an integrated development environment (IDE) or a Understand the difference between a Python script and a Jupyter notebook.Ĭreate and run Python cells in a notebook.
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