<div id="readability-page-1" class="page"><div><div><div><a href="https://rkttu.com/?source=post_page-----5467f5a972cf--------------------------------" rel="noopener nofollow"><div><p><img alt="Jung-Hyun Nam" src="https://miro.medium.com/fit/c/96/96/2*P1z-D515GRYQ6WaumcAxVQ.png" width="48" height="48"></p></div></a></div><figure><div role="button" tabindex="0"><p><img alt="" src="https://miro.medium.com/max/2700/1*VQQB5sNDbnCbdp2JlR4ylw.jpeg" width="1350" height="900" role="presentation"></p></div><figcaption>You can show your .NET code as a presentation with Jupyter Notebook, .NET Interactive.</figcaption></figure><p id="236b"><span>T</span>he precious .NET 5 has finally arrived in our workspace, and I’m thrilled. .NET 5 is a unified and cross-platform supported runtime for C# and F# developers. Also, it has balanced cross-platform features across all environments, including existing your old familiar Windows desktop environment and Linux, Cloud-native, macOS, even machine learning, Apache Spark, and Web Assembly.</p><p id="851d">I’m recently taking a series of the episode called the <a href="https://www.youtube.com/playlist?list=PLGh_JNxzXsX_8t45YO2Ktv36nkp1sx-Dy" rel="noopener nofollow">Azure Playlists</a> project in cooperation with Microsoft Korea. I thought a lot about how to present my PowerShell code to viewers effectively. After many trials and errors, I got a neat but simple idea.</p><p id="5ba9">With the release of .NET 5, Microsoft also launches many useful tools as open-source projects. .NET Interactive is one-of-them, and I found it.</p><p id="fe9a">.NET Interactive provides three types of .NET kernels, C#, F#, and PowerShell. I used PowerShell to introduce Azure related tools. Because PowerShell works almost the same across all three OSes (including Windows, Linux, and macOS). With .NET Interactive, I can reuse my existing knowledge to Jupyter notebook without any hassle.</p><figure><div><p><img alt="" src="https://miro.medium.com/max/616/1*5VAnRIX5eWFrHJnehHIwWA.png" width="308" height="331" sizes="308px" role="presentation" data-old-src="https://miro.medium.com/max/56/1*5VAnRIX5eWFrHJnehHIwWA.png?q=20"></p></div><figcaption>C#, F#, and PowerShell supported!</figcaption></figure><p id="e1f0">As you already know, the Jupyter notebook can contain the runnable code and its results to understand its meaning and how it works. This time, you can replace your code with C#, F#, or PowerShell.</p></div><div><p id="47e4">You can bring your notebook anywhere and any operating system because the Anaconda and .NET 5 supports all major operating systems. If you already installed these two components, you can follow the commands below.</p><pre><span id="b4b0">dotnet tool install <strong>\</strong><br>  -g <strong>\</strong><br>  --add-source "https://pkgs.dev.azure.com/dnceng/public/_packaging/dotnet-tools/nuget/v3/index.json" <strong>\</strong><br>  Microsoft.dotnet-interactive<p>dotnet interactive jupyter install</p></span></pre><p id="0976">After you installed the .NET Interactive successfully, you can verify your installation with the command below.</p><pre><span id="c30c">jupyter kernelspec list</span><span id="8758">.net-csharp        ~<strong>\j</strong>upyter<strong>\k</strong>ernels<strong>\.</strong>net-csharp<br>  .net-fsharp        ~<strong>\j</strong>upyter<strong>\k</strong>ernels<strong>\.</strong>net-fsharp<br>  .net-powershell    ~<strong>\j</strong>upyter<strong>\k</strong>ernels<strong>\.</strong>net-powershell<br>  python3            ~<strong>\j</strong>upyter<strong>\k</strong>ernels<strong>\p</strong>ython3</span></pre><p id="7850">Then, create a new notebook with your shiny-new .NET interactive kernel. For example, I made a notebook with the PowerShell kernel.</p><figure><div role="button" tabindex="0"><p><img alt="" src="https://miro.medium.com/max/3840/1*rKiNEvuDHpAPYSFQcWmowg.png" width="1920" height="1080" sizes="700px" role="presentation" data-old-src="https://miro.medium.com/max/60/1*rKiNEvuDHpAPYSFQcWmowg.png?q=20"></p></div><figcaption>You can use the PowerShell code in your notebook.</figcaption></figure><p id="c8f5">Verify your code and save the notebook. Then, you already know how to display each cell as a presentation slide, right? Let’s see it.</p><p id="e62c">(For starters, you can follow the link that describes how to convert each notebook’s cell into a slide.)</p><p id="ec24"><a rel="noopener" href="/@mjspeck/presenting-code-using-jupyter-notebook-slides-a8a3c3b59d67">Presenting Code Using Jupyter Notebook Slides | by Matthew Speck | Medium</a></p><figure><div role="button" tabindex="0"><p><img alt="" src="https://miro.medium.com/max/3840/1*O8MsfR_J1TxU0rc6JRFseQ.png" width="1920" height="1040" sizes="700px" role="presentation" data-old-src="https://miro.medium.com/max/60/1*O8MsfR_J1TxU0rc6JRFseQ.png?q=20"></p></div><figcaption>Presenting Your PowerShell Code With RISE</figcaption></figure><p id="2f64">Voila! You can deliver your notebook anywhere.</p></div><div><p id="a2e2">Recently, I’m writing a tutorial for C# starters with Jupyter notebook and mkdocs. The mkdocs can include the Jupyter notebook file as a page and provide a download link. Anyone can install the Anaconda, .NET 5, and .NET interactive; many starters can easily use the notebook file to learn .NET languages effectively.</p><p id="0e6b">Take the time to look around it!</p></div></div></div>

Stories by Jung-Hyun Nam on Medium

Did you know that Jupyter Notebook can run and display your C#, F#, and PowerShell code?
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Show Your .NET Code Effectively With Jupyter Notebook

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