JS regular is enough

In our actual projects, we often encounter some common regularization methods. Here we will sort them out and update them in the future.(welcome to collect and add)

Common regularization methods

export const regExpConfig = {
  Mobile: / ^ 1 ([3 | 4 | 5 | 7 | 8 |] \ D {9} $/, // mobile phone number
  Telephone: / ^ (\ (\ D {3,4}) | | D {3,4} - | | s)? D {7,14} /, // fixed line telephone
  Num: / ^ [0-9] * $/, // number
  Phoneno: / (^ 1 ([3 | 4 | 5 | 7 | 8]) | D {9} $) | (^ (﹤ 3,4} \) | | D {7,14} $) /, // phone or mobile phone
  Policeno: / ^ [0-9a-zA-Z] {4,10} $/, // the account consists of 4-10 digits or letters
  PWD: / ^ [0-9a-zA-Z] {6,16} $/, // the password consists of 6-16 digits or letters
  * / ^ - 9alpha / ^ //
  Isalpha: / ^ [a-za-z] * $/, // is it a letter
  Isnumalphacn: / ^ [0-9a-zA-Z / u4e00 - \ ufa29] * $/, // whether it is a number or a letter or a Chinese character
  Ispostcode: / ^ [\ D -] * $/ I, // is it a postcode
  isNumAlphaUline: /^[0-9a-zA-Z_ ]*Are $/, // numbers, letters or underscores
  Isnumandthanzero: / ^ ([1-9] - D * (\. [D +))? | 0) $/, // is it an integer and greater than 0 / ^ [1-9] - D * (\. [D +)]$/
  Isnormalencode: / ^ (||||[\ u4e00 - \ u9fa5]) {0,} $/, // is it a non special character (including numeric letters, underscores, Chinese characters)
  isTableName: /^[a-zA-Z][A-Za-z0-9#$_ -]{0,29} $/, // table name
  Isint: / ^ -?, D + $/, // integer
  Istableothername: / ^ [\ u4e00 - \ u9fa5] {0,20} $/, // alias
  isText_ 30: / ^ (\ w | w {1}) {0,30} $/, // match 30 characters. Characters can be letters, numbers, underscores and non letters. A Chinese character is counted as one character
  isText_ 50: / ^ (\ w | w {1}) {0,50} $/, // matches 50 characters. Characters can be letters, numbers, underscores and non letters. A Chinese character is counted as one character
  isText_ 20: / ^ (\ \ w | w {1}) {0,20} $/, // matches 20 characters. Characters can be letters, numbers, underscores and non letters. A Chinese character is counted as one character
  isText_ 100: / ^ (\ w | w {1}) {0100} $/, // match 100 characters. Characters can be letters, numbers, underscores and non letters. A Chinese character is counted as one character
  isText_ 250: / ^ (\ \ w | w {1}) {0250} $/, // matches 250 characters. Characters can be letters, numbers, underscores and non letters. A Chinese character is counted as one character
  IDcard: / ^ [1-9] / D {7}} (1 [0-2]) ((0.d) | (1 [0-2]) ((([0.1241-2] \ \ d) | (3 [0-1-1]) \ \ D {3 [0-1]) \ \ D {3} (1-9) \ \ D {5} [1-9] / D {3} ((0.d) (1 [0-2)) ((([0.124; (1 [0-2]) ((([0.124124; (1 [0-2)) ((([0.124124u (1 [0-2]) (((([0.124124; (1 [0-2)) ((((1 | 2] | d) | 3 [0-1]), D {3} ([0-9] | x) $/, // ID card
  Dadcardandadmin: / ^ (([1-9] \ \ D {7} ((0.d) | (1 [0-2]) (((([0.1-1-2] \ \ d) | 3 [0-1-1]) \ \ D {3} $[1-9] \ \ D {5} [1-9] \ \ D {5} [1-9] \ \ D {3} (1-9-9) \ \ D {3} (0-2) ((([0.1-2] \ \ d) | 3 [0-1-1]) \ \ D {3} ([0-1} ([0-1-2-2-2-2] \ \ d[0-9] | x)) | (admin)) $/, // ID card or admin account number
  Tidcardtrim: / ^ s * ((([1-9] \ \ D {7} ((0 / D) | (1 [0-2]) ((([0-1-1-2)) ((([0-1-1-2] \ \ D-3 [0-1-1]) \ \ D {3} ([1-9] \ \ D {5} [1-9] \ \ D {3} ((0 / D) (1 [0-2]) ((([0-1-2-2)) (([0-1-2] \ \ d) | 3 [0-1-1]), D {3 [3-3-3-3-1] \ \ D ([3-3-3-3-3 [3-3} ([0-9] | x)) | (admin)) \ s * $/, // ID card
  Num1: / ^ [1-9] * $/, // number
  Imgtype: / image \ / (png|jpg| jpeg| GIF) $/, // upload image type
  isChina: /^[\u4e00-\u9fa5]{2,8}$/,
  Isnozeronumber: / ^ \ +? [1-9] - D * $/, // a positive integer greater than zero
  Float: / ^ ^ D + (\.? ||||) $/, // matches a positive integer or decimal or 0. This special value
  Htmlbody: / < body [^ >] * > (((. | [\ n / R]) *) < \ / body > / IM, // get the body content of the request page address
}

Verify ID card format

export const verifySfz = (sfz) => {
  if (sfz.length !== 18) return false;
  const a_i = [7, 9, 10, 5, 8, 4, 2, 1, 6, 3, 7, 9, 10, 5, 8, 4, 2];
  const a_last = ["1", "0", "X", "9", "8", "7", "6", "5", "4", "3", "2"];
  let sum = sfz
    .slice(0, -1)
    .split("")
    .reduce((a, n, i) => {
      return a + n * a_i[i];
    }, 0);
  return sfz.substr(-1) === a_last[sum % 11];
}