Fix <TOCInline /> (table of contents)

data/blog/array.mdx

@@ -25,8 +25,6 @@ Suppose you were told to build a software to keep track of all the DVDs in an in
 This is the exact same scenario that we just described above, but on a much larger scale. So let's imagine the DVDs box as a virtual DVDs library. For each DVD, you would have certain properties that would be specific attributes of the DVDs themselves.
 In addition to the properties of a DVD, you're also told the maximum number of DVDs that can be stored in the inventory. Obviously, you wouldn't want to store ancient DVDs from the 1900s unless the were popular ones, right? Say you were told that the requirement is to maintain a maximum inventory of just 100 DVDs. This is an important piece of information because, without this, you wouldn't be able to find the perfectly sized box to fit all the DVDs easily. How could we find a box of a particular sie that would be able to fit a maximum of 100 DVDs? Well, lucky for us, we don't need to physically find a cardboard box or anything-there's a programming construct for this purpose. That programming construct is known as an `Array`.
 
-## Table of Contents
-
 <TOCInline toc={props.toc} asDisclousure />
 
 ## Creating an Array
@@ -55,7 +53,7 @@ Well, the reason is the same as it is for physical cardboard box of DVDs. Do you
 
 It's exactly the same with Array in computer, You don't want to waste space when you might never you use it.
 
-## Accessing Elements in Arrays
+### Accessing Elements in Arrays
 
 > The two primitive Array operations are writting elements into them, and reading elements from them. Alll other Array operations are built on top of these two primitive operations.
 
@@ -83,7 +81,7 @@ movies[3] = "Star Wars";
 movies[1] = "The Lion King";
 ```
 
-## Reading Items from an Array
+### Reading Items from an Array
 
 We can check what's at a particular Array index.
 
@@ -101,7 +99,7 @@ System.out.println(movies[1]);
 
 Notice that because we haven't yet put anything at index 4, the value it contains is `null`. In other languages, such as **C**, the Array slot could contain completely random data. Java always initializes empty Array slots to `null` if the Array contains objects, or to default values if it contains primitive types. For example, the array `int [] `would contain the default value of `0` for each element, `float[]` would contain default values of `0.0`, and `bool[]` would contain default values of `false`.
 
-## Writting Items into an Array with a Loop
+### Writting Items into an Array with a Loop
 
 We commonly use a loop to put lots of values into an Array. To illustrate this, let's go to another example. This time, we're going to create an Array of `int`s and put the first `10` square numbers inot it.
 
@@ -119,7 +117,7 @@ for (int i = 0; i < 10; i++) {
 }
 ```
 
-## Reading items from an Array with a Loop
+### Reading items from an Array with a Loop
 
 We can also use a loop to print out everything that's in the Array.
 
@@ -157,7 +155,7 @@ for (int square : squareNumbers) {
 
 You'll probably agree that this code is a lot simpler to read. We can use it whenever we don't need the index values. For actually writing the squares into the Array, it wouldn't have worked because we needed to work with the actual index numbers. You don't have to use a "for each" loop when you're starting out, but we recommend you become comfortable with it before interviews. Simple, elegant code is good code!
 
-## Know ahead of time what you will store in to the Array
+### Know ahead of time what you will store in to the Array
 
 If you know what you are going to store in the Array ahead of time, Than there a more elegant way to initialize an Array and at the same time store your elements.