different files
The difference is that text files may only contain printable character codes, either from the ASCII character set or the UNICODE character set. That is, letters, digits, punctuation, space, tab and other symbols, including line feed or carriage return/line feed pairs. Non-printable characters, such as the null character '\0' (or '\0\0' in UNICODE), are not permitted in plain-text files, however UNICODE files permit a 16-bit endian marker at the start of the file to denote the byte order of the wide characters that follow. Text files can be displayed in any plain-text editor or word processor (as unformatted text). The entire text can also be extracted as a string (memory permitting), or as a stream of printable characters in a string buffer. Binary files, on the other hand, cannot be interpreted as plain-text (although they may contain plain text elements). Binary files may contain any combination of bytes, and require special handling in order to be interpreted correctly. The exact meaning of the order of the bytes is entirely dependent upon the program that created the binary files in the first place.
You can distinguish between binary and text files, and for the most part even identify what type of binary file, by using the "file" command. For example:~$ file unknownfileunknownfile: PNG image data, 155 x 155, 8-bit/color RGBA, non-interlacedThis tells you that the file is a PNG file by reading metadata and/or magic numbers in the file. When used on a text file, the command will return "ASCII text" or "Unicode text."
A FileReader is a web API in JavaScript that allows web applications to read the contents of files stored on the user's computer asynchronously. It enables developers to access file data, such as text or binary data, through a simple interface, typically in response to user actions like file uploads. The FileReader can read files in various formats, including text, data URLs, and binary strings, making it versatile for handling file input in web applications.
C# EXAMPLEString text="My sample data";System.Text.ASCIIEncoding encode=new System.Text.ASCIIEncoding();//convert to binary and store in a byte[]byte[] binaryArray=encode.GetBytes(text);
All HTML files are text files. You can open them with any text editor, such as Notepad. When a browser opens the file, it reads it and displays the html as a web page. If you open a html file in a text editor or a word processor or other such application, you will see the actual html code, which is just ordinary text. So you don't need to convert HTML files into text, as they are already text files. All you need is something to open them with, other than a browser.
Text files are human-readable, binary files aren't. Note: There are some characters that are not common in text files, like 00H-08H,0BH,0E-1FH,7FH.
A binary file is a computer file which may contain any type of data, encoded in binary form for computer storage and processing purposes; for example, computer document files containing formatted text. Many binary file formats contain parts that can be interpreted as text; binary files that contain only textual data - without, for example, any formatting information - are called plain text files. In many cases, plain text files are considered to be different from binary files because binary files are made up of more than just plain text. When downloading, a completely functional program without any installer is also often called program binary, or binaries (as opposed to the source code).A text file (sometimes spelled "textfile") is a generic description of a kind of computer file in a computer file system.[1] At this generic level of description, there are two kinds of computer files: 1) text files; and 2) binary files.[2] This broad two-level distinction is widely recognized and applied in computing, even though it can be misleading,and subject to differing interpretation
DAT file are binary files with text. They can be opened in Word. They aren't pictures that can be converted into JPEGs.
Binary file that has malicious code in it can create viruses. It depends on the programming on how it will be executed. Security of Operating System is considered on how handling such files.
A binary file cannot be a text file, as they are defined by their content and structure. Text files contain human-readable characters encoded in a specific format (like ASCII or UTF-8), while binary files contain data in a format that is not intended to be read as text, often including non-printable characters. However, a binary file may contain text data within it, but it would still be classified as a binary file due to its overall structure and encoding.
In C programming language, there are three main modes: text mode, binary mode, and append mode. Text mode is used for reading and writing text files, binary mode is used for reading and writing binary files, and append mode is used for appending data to the end of a file.
In QBasic, programming files in binary access mode allows you to read from and write to files using binary data rather than text. You can open a file in binary mode using the OPEN statement with the FOR BINARY option. This mode is particularly useful for handling non-text data, such as images or compiled objects, as it provides direct control over the byte-level representation. Use the GET and PUT statements to read from and write to the binary file.
In C programming language, the different modes available are text mode and binary mode. Text mode is used for reading and writing text files, while binary mode is used for reading and writing binary files. These modes can be utilized effectively in a program by choosing the appropriate mode based on the type of file being accessed. Text mode is useful for handling human-readable text files, while binary mode is more suitable for non-text files like images or executable programs. By selecting the right mode, programmers can ensure that data is read and written correctly according to the file's format.
The difference is that text files may only contain printable character codes, either from the ASCII character set or the UNICODE character set. That is, letters, digits, punctuation, space, tab and other symbols, including line feed or carriage return/line feed pairs. Non-printable characters, such as the null character '\0' (or '\0\0' in UNICODE), are not permitted in plain-text files, however UNICODE files permit a 16-bit endian marker at the start of the file to denote the byte order of the wide characters that follow. Text files can be displayed in any plain-text editor or word processor (as unformatted text). The entire text can also be extracted as a string (memory permitting), or as a stream of printable characters in a string buffer. Binary files, on the other hand, cannot be interpreted as plain-text (although they may contain plain text elements). Binary files may contain any combination of bytes, and require special handling in order to be interpreted correctly. The exact meaning of the order of the bytes is entirely dependent upon the program that created the binary files in the first place.
The cp command does that.
You can are ASCII-tabellen. For converting binary to text
It would depend what the binary files are and what you wanted to do with them.