Built-in supported MD/MDX syntax
This Blog was based on Tailwind Next Blog, a blog template open source project at Github. You can use this template via run npx degit https://github.com/JasonLamv-t/tailwind-next-blog
in a empty directory to initialize for your own blog.
The above header was h3
, your can define a header like this:
# This is H1
## This is H2
### This is H3
#### This is H4
##### This is H5
###### This is H6
And the effect like this:
This is H1
This is H4
This is H5
This is H6
Header 2&3 has auto-gen link, your can hover to check the effect.
A Footnote[^1] example.
[^1]: Reference
A Footnote1 example.
_This text will be italic_
**This text will be bold**
_You **can** combine them_ or **combine them _like_ this**
This text will be italic
This text will be bold
You can combine them or combine them like this
Ordered
1. lv_1
2. lv_2
1. lv_2_1
1. lv_2_1_1
2. lv_2_2
3. lv_3
- lv_1
- lv_2
- lv_2_1
- lv_2_1_1
- lv_2_2
- lv_2_1
- lv_3
Unordered
- Item 1
- Item 2
- Item 2_1 in nested
- Item 2_1_1 in nested
- Item 2_2 in nested
- Item 3
- Item 1
- Item 2
- Item 2_1 in nested
- Item 2_1_1 in nested
- Item 2_2 in nested
- Item 2_1 in nested
- Item 3
Tasklist
- [ ] to do
- [x] done
- to do
- done
![logo](/data/images/logo.jpg)
This is a simple `example` of inline code
This is a simple example
of inline code
```
const hint = 'Basic usage example';
```
const hint = 'Basic usage example';
Syntax highlighting
```ts
const hint = 'Basic usage example';
```
const hint = 'Basic usage example';
With title
```ts:Title
const codeType = 'ts';
const title = 'Code blocks with title';
```
Titleconst codeType = 'ts'; const title = 'Code blocks with title';
Show line numbers
```ts:Show-line-numbers showLineNumbers
const title = 'Code blocks with title';
```
Show-line-numbersconst title = 'Code blocks with title';
Highlight code
```ts:Highlight showLineNumbers {2, 4-6}
const navigations = [
['Blogs', '/blogs'],
['Projects', '/projects'],
['About', '/about'],
];
```
Highlightconst navigations = [ ['Blogs', '/blogs'], ['Projects', '/projects'], ['About', '/about'], ];
Lift($L$) can be determined by Lift Coefficient ($C_L$) like the following
equation.
$$
L = \frac{1}{2} \rho v^2 S C_L
$$
Lift() can be determined by Lift Coefficient () like the following equation.
> quote: note about that...
quote: note about that...
<Info>This is a Information.</Info>
<Warn>
This is a Warning.
</Warn>
This is a Information.
This is a Warning.
| | E1-512M | E1-2048M | E1-3072M | C1-2048M |
| ---------------------------- | ------- | --------- | --------- | --------- |
| CPU(only) maximum usage | 32%/45% | 100%/110% | 200%/202% | 100%/105% |
| CPU(with RAM) maximum usage | 32%/45% | 136%/140% | 200%/400% | 80%/300% |
| CPU Blowfish(less is better) | 24.643 | 6.055 | 4.016 | 8.323 |
E1-512M | E1-2048M | E1-3072M | C1-2048M | |
---|---|---|---|---|
CPU(only) maximum usage | 32%/45% | 100%/110% | 200%/202% | 100%/105% |
CPU(with RAM) maximum usage | 32%/45% | 136%/140% | 200%/400% | 80%/300% |
CPU Blowfish(less is better) | 24.643 | 6.055 | 4.016 | 8.323 |
Any text with ~~deleted~~
will be delete.
www.example.com, https://example.com, contact@example.com, and [example.com](https://example.com).
www.example.com, https://example.com, contact@example.com, and example.com.
Footnotes
Reference ↩