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Using our Plain Text Converter is simple. Just copy the rich text you want to convert and paste it into the converter. Our tool will automatically remove all the embedded code and preserve the numbered, bulleted, and tabbed formatting. You can then copy the plain text and use it in any online form or application without losing your formatting. Say goodbye to manual reformatting and hello to seamless productivity with Convert Case's Plain Text Converter.

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Our converter not only removes the frustrating embedded code from your rich text, but also preserves your formatting, making it easy for you to use your text in any online form or application without having to manually reformat it.

In computing, plain text is a loose term for data (e.g. file contents) that represent only characters of readable material but not its graphical representation nor other objects (floating-point numbers, images, etc.). It may also include a limited number of "whitespace" characters that affect simple arrangement of text, such as spaces, line breaks, or tabulation characters. Plain text is different from formatted text, where style information is included; from structured text, where structural parts of the document such as paragraphs, sections, and the like are identified; and from binary files in which some portions must be interpreted as binary objects (encoded integers, real numbers, images, etc.).

In principle, plain text can be in any encoding, but occasionally the term is taken to imply ASCII. As Unicode-based encodings such as UTF-8 and UTF-16 become more common, that usage may be shrinking.

Plain text is also sometimes used only to exclude "binary" files: those in which at least some parts of the file cannot be correctly interpreted via the character encoding in effect. For example, a file or string consisting of "hello" (in any encoding), following by 4 bytes that express a binary integer that is not a character, is a binary file. Converting a plain text file to a different character encoding does not change the meaning of the text, as long as the correct character encoding is used. However, converting a binary file to a different format may alter the interpretation of the non-textual data.

According to other definitions, however, files that contain markup or other meta-data are generally considered plain text, so long as the markup is also in a directly human-readable form (as in HTML, XML, and so on). Thus, representations such as SGML, RTF, HTML, XML, wiki markup, and TeX, as well as nearly all programming language source code files, are considered plain text. The particular content is irrelevant to whether a file is plain text. For example, an SVG file can express drawings or even bitmapped graphics, but is still plain text.

The use of plain text rather than binary files enables files to survive much better "in the wild", in part by making them largely immune to computer architecture incompatibilities. For example, all the problems of Endianness can be avoided (with encodings such as UCS-2 rather than UTF-8, endianness matters, but uniformly for every character, rather than for potentially-unknown subsets of it).

The purpose of using plain text today is primarily independence from programs that require their very own special encoding or formatting or file format. Plain text files can be opened, read, and edited with ubiquitous text editors and utilities.

Many other computer programs are also capable of processing or creating plain text, such as countless programs in DOS, Windows, classic Mac OS, and Unix and its kin; as well as web browsers (a few browsers such as Lynx and the Line Mode Browser produce only plain text for display) and other e-text readers.

Plain text files are almost universal in programming; a source code file containing instructions in a programming language is almost always a plain text file. Plain text is also commonly used for configuration files, which are read for saved settings at the startup of a program.

Fred Brooks of IBM argued strongly for going to 8-bit bytes, because someday people might want to process text, and won. Although IBM used EBCDIC, most text from then on came to be encoded in ASCII, using values from 0 to 31 for (non-printing) control characters, and values from 32 to 127 for graphic characters such as letters, digits, and punctuation. Most machines stored characters in 8 bits rather than 7, ignoring the remaining bit or using it as a checksum.

These additional characters were encoded differently in different countries, making texts impossible to decode without figuring out the originator's rules. For instance, a browser might display A rather than ` if it tried to interpret one character set as another. The International Organization for Standardization (ISO) eventually developed several code pages under ISO 8859, to accommodate various languages. The first of these (ISO 8859-1) is also known as "Latin-1", and covers the needs of most (not all) European languages that use Latin-based characters (there was not quite enough room to cover them all). ISO 2022 then provided conventions for "switching" between different character sets in mid-file. Many other organisations developed variations on these, and for many years Windows and Macintosh computers used incompatible variations.

The text-encoding situation became more and more complex, leading to efforts by ISO and by the Unicode Consortium to develop a single, unified character encoding that could cover all known (or at least all currently known) languages. After some conflict,[citation needed] these efforts were unified. Unicode currently allows for 1,114,112 code values, and assigns codes covering nearly all modern text writing systems, as well as many historical ones, and for many non-linguistic characters such as printer's dingbats, mathematical symbols, etc.

Text is considered plain text regardless of its encoding. To properly understand or process it the recipient must know (or be able to figure out) what encoding was used; however, they need not know anything about the computer architecture that was used, or about the binary structures defined by whatever program (if any) created the data.

Perhaps the most common way of explicitly stating the specific encoding of plain text is with a MIME type.For email and HTTP, the default MIME type is "text/plain" -- plain text without markup.Another MIME type often used in both email and HTTP is "text/html; charset=UTF-8" -- plain text represented using the UTF-8 character encoding with HTML markup.Another common MIME type is "application/json" -- plain text represented using the UTF-8 character encoding with JSON markup.

Unicode defines additional control characters, including bi-directional text direction override characters (used to explicitly mark right-to-left writing inside left-to-right writing and the other way around) and variation selectors to select alternate forms of CJK ideographs, emoji and other characters.

Whenever I try to add a header the normal text in the paragraph either above or below always changes to the header formatting. The only solution I've found so far is to leave generous (2+ lines) of space between the header and the text. It looks rather odd and eats up a lot of valuable page space. Example below of unwanted text still well spaced and continuously changing to the heading format.

How are you applying the Heading formatting? Are you selecting it on the the line you are editing? Or are you highlighting the text and then selecting it? Often when selecting text it can bleed over due to trailing spaces or hard returns. Best practice is just to select the font style you need while the cursor is active on that line of text.

I'm pretty sure I'm doing something wrong while write a bash script. Thanks to others, I was able to use echo to make text bold... but everything from then onward is bold as well. How to I turn off the echo -e "\e[1mFOO" so future echo print read etc commands are no longer bold themselves?

I apologize if this has been asked and answered already using the same keywords just showed me all the questions/guides on how to make the text bold, but none of them showed how to turn it back to normal.

I have a document with several text boxes. I want to preserve the existing layout but want to replace the text. If I enter text, that exceeds the existing box, the text won't move to the next line, but the box gets larger. I do not want to manually enter line breaks to preserve the layout.

Unfortunately, you can't simply convert a normal text () to a flowed text frame (). There is the flow into frame, but that, like flowed text, relies on SVG 1.2 and isn't reliable outside Inkscape. For all intents and purposes, converting a text flow into a normal text is a one-way operation in Inkscape.

The workaround I usually do is to have two layers for text. One layer has the original flowed text; the other is a copy of the layer with flowed text, but with all of the text converted to normal text frames. I do this.

I just spent two hours adding text to my video only to realize that when you export videos with subtitles, you can't see the text on the video itself. Is there any way to convert subtitles to normal text, or do I have to redo everything?

Applying a change to the indentation of normal formatting (e.g. first line indent) in google docs results in an automatic change to the indentation settings of all the other styles. It seems they have a basic inheritance from 'normal text'. Is there any way to get around this "feature" and ensure that changing 'normal text' only changes 'normal text' and not everything else? 006ab0faaa