This is a paragraph and should look like it. It is probably left align, not justified. After all, we're on the web not in a book.
[TOC]
# Heading 1
## Heading 2
### Heading 3
#### Heading 4
##### Heading 5
###### Heading 6
This is a [link](#).
Here's an abbreviation: HTML.
*[HTML]: Hyper Text Markup Language
Here's a button
[<button>Button</button>](#)
* **Bold text**
* *Italic text*
*<u>Underlined text</u>
*<mark>Highlighted text</mark>
*<code>Inline code</code>
*<kbd>Alt</kbd> + <kbd>F4</kbd>
!!! info "Info"
This is an info admonition.
!!! success "Success"
This is a success admonition.
!!! warning "Warning"
This is a warning admonition.
!!! danger "Danger"
This is a danger admonition.
```python hl_lines="1 3"
# main.py
def main():
print("Hello world")
if __name__ == "__main__":
main()
```
* Unordered
* list
* of items
Breaking paragraph
1. Ordered
2. list
2. of items
> *This quote was told by someone very famous.*
>
> \- Somewone very famous
This should be an image:
![Image alt text](32.png)
<details>
<summary>Spoiler alert!</summary>
<p>Some text. 🙂</p>
</details>
| Heading 1 | Heading 2 |
|-----------|-----------|
| Table item 1 | Table item 2 |
| Table item 1 | Table item 2 |
| Table item 1 | Table item 2 |
| Table item 1 | Table item 2 |
Now onto a somewhat real example:
Notice the second `FROM` instruction? It tells Docker to start again from a new image, like at the beginning of a build, except that it will have access to the last layers of all the previous stages.
Then, the `COPY --from` is used to retrieve the built binary from the first stage.
In this extreme case, the final image weighs nothing more than the binary itself since `scratch` is a special empty image with no operating system.
This is especially useful for projects in statically compiled languages such as Go, in which the output is a completely standalone binary: you can use an image containing the Go toolchain to build your project and copy your binary to a barebones image to distribute it.