Strings decorator (by regex) with: React components, HTML tags etc.
perfectly works with: strings, html tags, react, react-native
$ npm install --save regexify-string
or
$ yarn add regexify-string
Type: RegExp
Type: (match: string, index: number, result?: RegExpExecArray) => string | JSX.Element
match
string you would like to replace/decorate with somethingindex
index number of the current matchresult?
RegExpExecArray
NOTE: Try do not forget to use keys for React collections if needed
Type: string
const result = regexifyString({
pattern: /\[.*?\]/gim,
decorator: (match, index) => {
return `<${match}>`;
},
input: 'some [text] with simple example',
});
console.log(result);
// ['some ', '<[text]>', ' with simple example']
const result = regexifyString({
pattern: /\[.*?\]/gim,
decorator: (match, index) => {
switch (index) {
case 0: return `<FIRST ${match}>`;
case 1: return `<SECOND ${match}>`;
case 2: return `<THIRD ${match}>`;
default: return match;
}
},
input: 'Important text with [first link] and [second link] and much more [links]',
});
console.log(result);
/*
[
'Important text with ',
'<FIRST [first link]>',
' and ',
'<SECOND [second link]>',
' and much more ',
'<THIRD [links]>',
]
*/
const result = regexifyString({
pattern: /\[.*?\]/gim,
decorator: (match, index) => {
return <span>{match}</span>;
},
input: 'some [text] with simple example',
});
console.log(result);
// ['some ', <span>[text]</span>, ' with simple example']
regexifyString({
pattern: /\[.*?\]/gim,
decorator: (match, index) => {
return (
<Link
to={SOME_ROUTE}
onClick={onClick}
>
{match}
</Link>
);
},
input: someVariablWithData,
});
regexifyString({
pattern: /\[.*?\]/gim,
decorator: (match, index) => {
return <React.Fragment>{match}</React.Fragment>;
},
input: 'some [text] with simple example',
});
const result = regexifyString({
pattern: /\[(?<id>.+)\]\{(?<name>.+)\}/g,
decorator: (match, index, result) => {
return (
<div
id={String(result?.[2])}
title={result?.[1]}
/>
);
},
input: 'a[b]{c}',
});
console.log(result);
// ['a', <div id='c' title='b' />]
MIT © Kas Elvirov