This is a markdwon grammar tutorial

And welcome to visit my blog

About the markdown

Markdown is text, similar to HTML, with fewer syntactic tags than HTML text, making it easy to write

The title of grammar

1 # # # title title 2 # 3 # # # # # # title headlines 5 # 4 # # # # # # # # # # title 6 shortcut: h1 + tapCopy the code

The list of

Ordered list: 1. List1 2. List2
Unordered list: - list1 * list2 - List3 - list4
Task list: - [] Unfinished Task 1 - [x] Completed Task 1
Reference list: > ref1 > ref2Copy the code

Text style syntax

** Bold ** [Ctrl+B] __ Bold 2__ _ Tilt _ * Tilt * ~~ Delete line ~~Copy the code

Image display or link display

Link grammar: making [I] (https://github.com/ChenWoyao)
Picture syntax:! [Alt handsome boy] (. / static/img/bg. PNG)Copy the code

Form the grammar

| th1 | th2 | th3 | |-- |-- |-- | | td1 | td2 | td3 | | td1 | td2 | td3 |Copy the code

Block syntax

'from urllib import parse' from urllib import parse
Said a code block (diff, js, PHP, sh syntax support) ` ` ` js data = {' a ':' test '} ` ` ` < pre > data = {' a ':' test '} < / pre >Copy the code

annotation

<! -- Comment --> shortcut key: CMD + /Copy the code

Directories and anchors

To display a directory tree, write: ├ ─ ─ [README. Md] (# README) ├ ─ ─ [build] # (build) │ ├ ─ ─ [webpack. Base. Js] (# webpack - base) │ ├ ─ ─ ├─ ├─ [# pack-lock](# pack-lock) ├─ [# pack-lock](# pack-lock) ├─ [# pack-lock](# pack-lock) ├ ─ ─ [package. Json] (# package. Json) └ ─ ─ (SRC) # (SRC)
    or

    - [README.md] (#readme)
    - [build] (#build)
        - [webpack.base.js] (#webpack-base)
        - [webpack.client.js] (#webpack-client)
        - [webpack.server.js] (#webpack-server)
    - [package-lock.json] (#package-lock)
    - [package.json] (#package.json)
    - [src] (#src)

Corresponding anchor point DOM: ## readme ## build ### webpack-base ### webpack-client ### webpack-server ## ackage-lock ## package.json ## src
or 
      

        readme 
      
 
      

        build 
      

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The divider

-- -- -- -- -- -- -- -- -- -- -- -- -- [hitting Tab shortcut: after hr] * * * * * * * * * * * * * = = = = = = = = = = = = =Copy the code

The formula

    $$\sum_{i=1}^n a_i=0$$

    $$f(x_1,x_x,\ldots,x_n) = x_1^2 + x_2^2 + \cdots + x_n^2$$

    $$\sum^{j-1}_{k=0}{\widehat{\gamma}_{kj} z_k}$$
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