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-# How to Write Custom Syntax
-
-PostCSS can transform styles in any syntax, and is not limited to just CSS.
-By writing a custom syntax, you can transform styles in any desired format.
-
-Writing a custom syntax is much harder than writing a PostCSS plugin, but
-it is an awesome adventure.
-
-There are 3 types of PostCSS syntax packages:
-
-* **Parser** to parse input string to node’s tree.
-* **Stringifier** to generate output string by node’s tree.
-* **Syntax** contains both parser and stringifier.
-
-## Syntax
-
-A good example of a custom syntax is [SCSS]. Some users may want to transform
-SCSS sources with PostCSS plugins, for example if they need to add vendor
-prefixes or change the property order. So this syntax should output SCSS from
-an SCSS input.
-
-The syntax API is a very simple plain object, with `parse` & `stringify`
-functions:
-
-```js
-module.exports = {
-    parse:     require('./parse'),
-    stringify: require('./stringify')
-};
-```
-
-[SCSS]: https://github.com/postcss/postcss-scss
-
-## Parser
-
-A good example of a parser is [Safe Parser], which parses malformed/broken CSS.
-Because there is no point to generate broken output, this package only provides
-a parser.
-
-The parser API is a function which receives a string & returns a [`Root`] node.
-The second argument is a function which receives an object with PostCSS options.
-
-```js
-var postcss = require('postcss');
-
-module.exports = function (css, opts) {
-    var root = postcss.root();
-    // Add other nodes to root
-    return root;
-};
-```
-
-[Safe Parser]: https://github.com/postcss/postcss-safe-parser
-[`Root`]:      http://api.postcss.org/Root.html
-
-### Main Theory
-
-There are many books about parsers; but do not worry because CSS syntax is
-very easy, and so the parser will be much simpler than a programming language
-parser.
-
-The default PostCSS parser contains two steps:
-
-1. [Tokenizer] which reads input string character by character and builds a
-  tokens array. For example, it joins space symbols to a `['space', '\n  ']`
-  token, and detects strings to a `['string', '"\"{"']` token.
-2. [Parser] which reads the tokens array, creates node instances and
-  builds a tree.
-
-[Tokenizer]: https://github.com/postcss/postcss/blob/master/lib/tokenize.es6
-[Parser]:    https://github.com/postcss/postcss/blob/master/lib/parser.es6
-
-### Performance
-
-Parsing input is often the most time consuming task in CSS processors. So it
-is very important to have a fast parser.
-
-The main rule of optimization is that there is no performance without a
-benchmark. You can look at [PostCSS benchmarks] to build your own.
-
-Of parsing tasks, the tokenize step will often take the most time, so its
-performance should be prioritized. Unfortunately, classes, functions and
-high level structures can slow down your tokenizer. Be ready to write dirty
-code with repeated statements. This is why it is difficult to extend the
-default [PostCSS tokenizer]; copy & paste will be a necessary evil.
-
-Second optimization is using character codes instead of strings.
-
-```js
-// Slow
-string[i] === '{';
-
-// Fast
-const OPEN_CURLY = 123; // `{'
-string.charCodeAt(i) === OPEN_CURLY;
-```
-
-Third optimization is “fast jumps”. If you find open quotes, you can find
-next closing quote much faster by `indexOf`:
-
-```js
-// Simple jump
-next = string.indexOf('"', currentPosition + 1);
-
-// Jump by RegExp
-regexp.lastIndex = currentPosion + 1;
-regexp.test(string);
-next = regexp.lastIndex;
-```
-
-The parser can be a well written class. There is no need in copy-paste and
-hardcore optimization there. You can extend the default [PostCSS parser].
-
-[PostCSS benchmarks]: https://github.com/postcss/benchmark
-[PostCSS tokenizer]:  https://github.com/postcss/postcss/blob/master/lib/tokenize.es6
-[PostCSS parser]:     https://github.com/postcss/postcss/blob/master/lib/parser.es6
-
-### Node Source
-
-Every node should have `source` property to generate correct source map.
-This property contains `start` and `end` properties with `{ line, column }`,
-and `input` property with an [`Input`] instance.
-
-Your tokenizer should save the original position so that you can propagate
-the values to the parser, to ensure that the source map is correctly updated.
-
-[`Input`]: https://github.com/postcss/postcss/blob/master/lib/input.es6
-
-### Raw Values
-
-A good PostCSS parser should provide all information (including spaces symbols)
-to generate byte-to-byte equal output. It is not so difficult, but respectful
-for user input and allow integration smoke tests.
-
-A parser should save all additional symbols to `node.raws` object.
-It is an open structure for you, you can add additional keys.
-For example, [SCSS parser] saves comment types (`/* */` or `//`)
-in `node.raws.inline`.
-
-The default parser cleans CSS values from comments and spaces.
-It saves the original value with comments to `node.raws.value.raw` and uses it,
-if the node value was not changed.
-
-[SCSS parser]: https://github.com/postcss/postcss-scss
-
-### Tests
-
-Of course, all parsers in the PostCSS ecosystem must have tests.
-
-If your parser just extends CSS syntax (like [SCSS] or [Safe Parser]),
-you can use the [PostCSS Parser Tests]. It contains unit & integration tests.
-
-[PostCSS Parser Tests]: https://github.com/postcss/postcss-parser-tests
-
-## Stringifier
-
-A style guide generator is a good example of a stringifier. It generates output
-HTML which contains CSS components. For this use case, a parser isn't necessary,
-so the package should just contain a stringifier.
-
-The Stringifier API is little bit more complicated, than the parser API.
-PostCSS generates a source map, so a stringifier can’t just return a string.
-It must link every substring with its source node.
-
-A Stringifier is a function which receives [`Root`] node and builder callback.
-Then it calls builder with every node’s string and node instance.
-
-```js
-module.exports = function (root, builder) {
-    // Some magic
-    var string = decl.prop + ':' + decl.value + ';';
-    builder(string, decl);
-    // Some science
-};
-```
-
-### Main Theory
-
-PostCSS [default stringifier] is just a class with a method for each node type
-and many methods to detect raw properties.
-
-In most cases it will be enough just to extend this class,
-like in [SCSS stringifier].
-
-[default stringifier]: https://github.com/postcss/postcss/blob/master/lib/stringifier.es6
-[SCSS stringifier]:    https://github.com/postcss/postcss-scss/blob/master/lib/scss-stringifier.es6
-
-### Builder Function
-
-A builder function will be passed to `stringify` function as second argument.
-For example, the default PostCSS stringifier class saves it
-to `this.builder` property.
-
-Builder receives output substring and source node to append this substring
-to the final output.
-
-Some nodes contain other nodes in the middle. For example, a rule has a `{`
-at the beginning, many declarations inside and a closing `}`.
-
-For these cases, you should pass a third argument to builder function:
-`'start'` or `'end'` string:
-
-```js
-this.builder(rule.selector + '{', rule, 'start');
-// Stringify declarations inside
-this.builder('}', rule, 'end');
-```
-
-### Raw Values
-
-A good PostCSS custom syntax saves all symbols and provide byte-to-byte equal
-output if there were no changes.
-
-This is why every node has `node.raws` object to store space symbol, etc.
-
-Be careful, because sometimes these raw properties will not be present; some
-nodes may be built manually, or may lose their indentation when they are moved
-to another parent node.
-
-This is why the default stringifier has a `raw()` method to autodetect raw
-properties by other nodes. For example, it will look at other nodes to detect
-indent size and them multiply it with the current node depth.
-
-### Tests
-
-A stringifier must have tests too.
-
-You can use unit and integration test cases from [PostCSS Parser Tests].
-Just compare input CSS with CSS after your parser and stringifier.
-
-[PostCSS Parser Tests]: https://github.com/postcss/postcss-parser-tests