Binary to Text
What is a Binary to Text Converter?
A binary to text tool is used by programmers to read and write binary files, for example, a file containing the contents of a website or an encrypted email.
A binary to text converter can also be used in other situations like converting between different programming languages, converting between formats such as CSV and XML, or converting between different file formats.
Advantages of Using a Binary to Text Converting Tool?
Binary to text is an online tool that converts binary files to text. It can be used for different purposes like converting binary files into text, decrypting encrypted files, and decoding text in a variety of formats.
Binary to text conversion tool is perfect for people who want to re-convert the text they converted and stored as binary data format into human-readable format.
Binary to text is a free online toolthat can help you decode the binary data into plain text or original format. This software can be used for many purposes such as security, debugging, and encryption.
Binary to text supports many languages such as English, Spanish, French, German, Chinese, and more. It also has support for various file formats like RTF, Microsoft Word document, and PDF.
See also our Text-to-Binary Converter Tool
How does a Binary to Text Conversion Work?
Binary to text conversion is a process of converting binary data into text. The process can be done in many ways like by using a program, library or API. A binary file is made up of 0s and 1s that represent bits of information.
The first step in the binary to text conversion process is to convert the binary file into a byte array.
This byte array contains all the bits of information in the original file. There are different methods for doing this such as reading from an input stream and running it through a byte-at-a-time parser or converting it into an integer value and then dividing it by 8.
The second step is to transform each byte into an integer value and remove any leading zeroes so that we have integers between -128 and 127, which are used to represent decimal numbers. The third step is to map the bytes into a string of text.
The last step is to convert the text back into binary data by using a method that takes in two arguments, the first being an open file handle and the second being a byte array.