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1. Start "Anacoda".
Linux:
~/tools/anaconda3/bin$ ./anaconda-navigator
2. Launch "Jupyter Notebook".
3. Click "New" --> "Python 3".
4. Write program on the cell and press "Ctrl" "Enter" to compile and run the program.
1. On the cell, write
print('Hello World!')
2. Press "Ctrl" "Enter".
3. On the new cell, write
print(1+1)
4. Press "Ctrl" "Enter"
Markdown is a lightweight, easy to learn markup language for formatting plain text. Its syntax has a one-to-one correspondance with HTML tags, so some prior knowledge here would be helpful but is definitely not a prerequisite. Remember that this article was written in a Jupyter notebook, so all of the narrative text and images you have seen so far was achieved in Markdown. Let’s cover the basics with a quick example.
http://w.tkolp.com/data/addiesam/Python … _cells.pdf
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self study:
https://jupyter-notebook.readthedocs.io … index.html

这个中心点是 notebook server. 你通过浏览器来连接notebook这个渲染好的网页应用. 你写的代码通过server传给kernel。 kernel执行代码再通过server传给浏览器。当你保存文件为.ipynb后缀的JSON 文本 。
这种架构最好的特点是kernel可以不是基于特定于Python的,你可以运行任何语言。 例如你也可以运行R和 Julia 。所以jupyter不再叫Ipython Notebook。 Jupyter 是 Julia, Python, 和 R的组合. 如果你感兴趣,你可以浏览这个 支持的kernel列表.
另外一个好处是你可以通过网络在任何一个地方访问Server。特别的是,你可以在自己的电脑上访问数据存储的地方并运行代码。 你可以在一个远程服务器上执行代码 。
1. Download the .zip file.
http://w.tkolp.com/data/addiesam/Python … master.zip
2. Extract the .zip file.
3. Run .ipynb file on the Jupyter Notebook via web browser.