chore(learn): Applied MDX format to Chinese curriculum files (#40462)

curriculum/challenges/chinese/10-coding-interview-prep/rosetta-code/entropy.md

@@ -1,64 +1,65 @@
 ---
 id: 599d15309e88c813a40baf58
+title: 熵
 challengeType: 5
 videoUrl: ''
-title: 熵
 ---
 
-## Description
-<section id="description">任务： <p>计算给定输入字符串的香农熵H. </p><p>给定谨慎的随机变量$ X $，它是$ N $“符号”（总字符）的字符串，由$ n $个不同的字符组成（对于二进制，n = 2），位/符号中X的香农熵是： </p><p> $ H_2（X）=  -  \ sum_ {i = 1} ^ n \ frac {count_i} {N} \ log_2 \ left（\ frac {count_i} {N} \ right）$ </p><p>其中$ count_i $是字符$ n_i $的计数。 </p></section>
+# --description--
 
-## Instructions
-<section id="instructions">
-</section>
+任务：
 
-## Tests
-<section id='tests'>
+计算给定输入字符串的香农熵H.
 
-```yml
-tests:
-  - text: <code>entropy</code>是一种功能。
-    testString: assert(typeof entropy === 'function');
-  - text: <code>entropy("0")</code>应该返回<code>0</code>
-    testString: assert.equal(entropy('0'), 0);
-  - text: <code>entropy("01")</code>应该返回<code>1</code>
-    testString: assert.equal(entropy('01'), 1);
-  - text: <code>entropy("0123")</code>应该返回<code>2</code>
-    testString: assert.equal(entropy('0123'), 2);
-  - text: <code>entropy("01234567")</code>应该返回<code>3</code>
-    testString: assert.equal(entropy('01234567'), 3);
-  - text: <code>entropy("0123456789abcdef")</code>应返回<code>4</code>
-    testString: assert.equal(entropy('0123456789abcdef'), 4);
-  - text: <code>entropy("1223334444")</code>应返回<code>1.8464393446710154</code>
-    testString: assert.equal(entropy('1223334444'), 1.8464393446710154);
+给定谨慎的随机变量$ X $，它是$ N $“符号”（总字符）的字符串，由$ n $个不同的字符组成（对于二进制，n = 2），位/符号中X的香农熵是：
 
-```
+$ H*2（X）= - \\ sum* {i = 1} ^ n \\ frac {count_i} {N} \\ log_2 \\ left（\\ frac {count_i} {N} \\ right）$
 
-</section>
+其中$ count_i $是字符$ n_i $的计数。
 
-## Challenge Seed
-<section id='challengeSeed'>
+# --hints--
 
-<div id='js-seed'>
+`entropy`是一种功能。
 
 ```js
-function entropy (s) {
-  // Good luck!
-}
-
+assert(typeof entropy === 'function');
 ```
 
-</div>
-
-
-
-</section>
-
-## Solution
-<section id='solution'>
+`entropy("0")`应该返回`0`
 
 ```js
-// solution required
+assert.equal(entropy('0'), 0);
 ```
 
-/section>
+`entropy("01")`应该返回`1`
+
+```js
+assert.equal(entropy('01'), 1);
+```
+
+`entropy("0123")`应该返回`2`
+
+```js
+assert.equal(entropy('0123'), 2);
+```
+
+`entropy("01234567")`应该返回`3`
+
+```js
+assert.equal(entropy('01234567'), 3);
+```
+
+`entropy("0123456789abcdef")`应返回`4`
+
+```js
+assert.equal(entropy('0123456789abcdef'), 4);
+```
+
+`entropy("1223334444")`应返回`1.8464393446710154`
+
+```js
+assert.equal(entropy('1223334444'), 1.8464393446710154);
+```
+
+# --solutions--
+