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JavaScript provides the `fromCharCode` method for obtaining characters from ASCII values. This function allows you to retrieve characters based on their corresponding ASCII values. By passing in the desired ASCII code as an argument, you can effortlessly obtain the corresponding character
1
2function convertAsciiCodesToCharacters(asciiCodes) {
3 var text = "";
4
5 // Convert ASCII codes to text
6 for (var i = 0; i < asciiCodes.length; i++) {
7 text += String.fromCharCode(asciiCodes[i]);
8 }
9
10 return text;
11 }
12
13 const asciiCodesArray = [102, 105, 114, 101, 98, 111, 120, 116, 111, 111, 108, 115, 46, 99, 111, 109];
14 const text = convertAsciiCodesToCharacters(asciiCodesArray);
15 console.log(text);
16
17// fireboxtools.com
18 If you have ASCII values represented in octal and you want to convert them to text in JavaScript. you can use a similar approach as before but specify base 8 for the parseInt function. Here's an example
1
2function octalASCIIToText(octalASCII) {
3 // Split the input into an array of octal strings
4 var octalArray = octalASCII.split(' ');
5
6 // Convert each octal string to decimal ASCII and then to a character
7 var text = octalArray.map(function(octal) {
8 // Convert octal to decimal ASCII
9 var decimalASCII = parseInt(octal, 8);
10 // Convert decimal ASCII to character
11 return String.fromCharCode(decimalASCII);
12 }).join('');
13
14 return text;
15}
16
17// Example usage with the octal ASCII "164 145 163 164"
18var octalASCII = "164 145 163 164";
19var resultText = octalASCIIToText(octalASCII);
20console.log(resultText);
21// test
22 In JavaScript, you need to parse each binary representation and transform it back to its decimal ASCII equivalent in order to convert Binary ASCII to text. This is an example of code.
1
2function binaryASCIIToText(binaryASCII) {
3 // Split the input into an array of binary strings
4 var binaryArray = binaryASCII.split(' ');
5
6 // Convert each binary string to decimal ASCII and then to a character
7 var text = binaryArray.map(function(binary) {
8 // Convert binary to decimal ASCII
9 var decimalASCII = parseInt(binary, 2);
10 // Convert decimal ASCII to character
11 return String.fromCharCode(decimalASCII);
12 }).join('');
13
14 return text;
15}
16
17// Example usage with the binary ASCII "1110100 1100101 1110011 1110100"
18var binaryASCII = "1110100 1100101 1110011 1110100";
19var resultText = binaryASCIIToText(binaryASCII);
20console.log(resultText);
21// test
22
23 In hexadecimal The term ASCII describes how ASCII characters are represented using hexadecimal (base-16) numbers. American Standard Code for Information Interchange) has a unique number value, which can be represented in different numeral systems as binary, hexadecimal, or decimal. Hexadecimal representation is a useful way to represent binary-coded numbers since each digit corresponds to four binary digits (bits).
1
2function hexASCIIToText(hexASCII) {
3 // Split the input into an array of hexadecimal strings
4 var hexArray = hexASCII.split(' ');
5
6 // Convert each hexadecimal string to decimal ASCII and then to a character
7 var text = hexArray.map(function(hex) {
8 // Convert hexadecimal to decimal ASCII
9 var decimalASCII = parseInt(hex, 16);
10 // Convert decimal ASCII to character
11 return String.fromCharCode(decimalASCII);
12 }).join('');
13
14 return text;
15}
16
17// Example usage with the hexadecimal ASCII "48 65 6C 6C 6F"
18var hexASCII = "48 65 6C 6C 6F";
19var resultText = hexASCIIToText(hexASCII);
20console.log(resultText);
21// Hello
22