{"version":3,"file":"multiRegExp2.umd.js","sources":["../src/multiRegExp2.js"],"sourcesContent":["/**\n * Created by velten on 11.02.17.\n */\n\n/**\n * Adds brackets before and after a part of string\n * @param str string the hole regex string\n * @param start int marks the position where ( should be inserted\n * @param end int marks the position where ) should be inserted\n * @param groupsAdded int defines the offset to the original string because of inserted brackets\n * @return {string}\n */\nfunction addGroupToRegexString(str, start, end, groupsAdded) {\n  start += groupsAdded * 2;\n  end += groupsAdded * 2;\n  return str.substring(0, start) + '(' + str.substring(start, end + 1) + ')' + str.substring(end + 1);\n}\n\n/**\n * converts the given regex to a regex where all not captured string are going to be captured\n * it along sides generates a mapper which maps the original group index to the shifted group offset and\n * generates a list of groups indexes (including new generated capturing groups)\n * which have been closed before a given group index (unshifted)\n *\n * Example:\n * regexp: /a(?: )bc(def(ghi)xyz)/g => /(a(?: )bc)((def)(ghi)(xyz))/g\n * groupIndexMapper: {'1': 2, '2', 4}\n * previousGroupsForGroup: {'1': [1], '2': [1, 3]}\n *\n * @param regex RegExp\n * @return {{regexp: RegExp, groupIndexMapper: {}, previousGroupsForGroup: {}}}\n */\nfunction fillGroups(regex) {\n  let regexString;\n  let modifier;\n  if (regex.source && regex.flags) {\n    regexString = regex.source;\n    modifier = regex.flags;\n  }\n  else {\n    regexString = regex.toString();\n    modifier = regexString.substring(regexString.lastIndexOf(regexString[0]) + 1); // sometimes order matters ;)\n    regexString = regexString.substr(1, regex.toString().lastIndexOf(regexString[0]) - 1);\n  }\n  // regexp is greedy so it should match (? before ( right?\n  // brackets may be not quoted by \\\n  // closing bracket may look like: ), )+, )+?, ){1,}?, ){1,1111}?\n\tconst tester = /(\\\\\\()|(\\\\\\))|(\\(\\?)|(\\()|(\\)(?:\\{\\d+,?\\d*}|[*+?])?\\??)/g;\n\n  let modifiedRegex = regexString;\n\n  let lastGroupStartPosition = -1;\n  let lastGroupEndPosition = -1;\n  let lastNonGroupStartPosition = -1;\n  let lastNonGroupEndPosition = -1;\n  let groupsAdded = 0;\n  let groupCount = 0;\n  let matchArr;\n  const nonGroupPositions = [];\n  const groupPositions = [];\n  const groupNumber = [];\n  let currentLengthIndexes = [];\n  const groupIndexMapper = {};\n  const previousGroupsForGroup = {};\n  while ((matchArr = tester.exec(regexString)) !== null) {\n    if(matchArr[1] || matchArr[2]) { // ignore escaped brackets \\(, \\)\n\n    }\n    if (matchArr[3]) { // non capturing group (?\n      let index = matchArr.index + matchArr[0].length - 1;\n\n      lastNonGroupStartPosition = index;\n      nonGroupPositions.push(index);\n    }\n    else if (matchArr[4]) { // capturing group (\n      let index = matchArr.index + matchArr[0].length - 1;\n\n      let lastGroupPosition = Math.max(lastGroupStartPosition, lastGroupEndPosition);\n\n      // if a (? is found add ) before it\n      if(lastNonGroupStartPosition > lastGroupPosition) {\n        // check if between ) of capturing group lies a non capturing group\n        if(lastGroupPosition < lastNonGroupEndPosition) {\n          // add groups for x1 and x2 on (?:()x1)x2(?:...\n          if((lastNonGroupEndPosition - 1) - (lastGroupPosition + 1) > 0) {\n            modifiedRegex = addGroupToRegexString(modifiedRegex, lastGroupPosition + 1, lastNonGroupEndPosition - 1, groupsAdded);\n            groupsAdded++;\n            lastGroupEndPosition = lastNonGroupEndPosition - 1; // imaginary position as it is not in regex but modifiedRegex\n            currentLengthIndexes.push(groupCount + groupsAdded);\n          }\n\n          if((lastNonGroupStartPosition - 1) - (lastNonGroupEndPosition + 1) > 0) {\n            modifiedRegex = addGroupToRegexString(modifiedRegex, lastNonGroupEndPosition + 1, lastNonGroupStartPosition - 2, groupsAdded);\n            groupsAdded++;\n            lastGroupEndPosition = lastNonGroupStartPosition - 1; // imaginary position as it is not in regex but modifiedRegex\n            currentLengthIndexes.push(groupCount + groupsAdded);\n          }\n        }\n        else {\n          modifiedRegex = addGroupToRegexString(modifiedRegex, lastGroupPosition + 1, lastNonGroupStartPosition - 2, groupsAdded);\n          groupsAdded++;\n          lastGroupEndPosition = lastNonGroupStartPosition - 1; // imaginary position as it is not in regex but modifiedRegex\n          currentLengthIndexes.push(groupCount + groupsAdded);\n        }\n\n        // if necessary also add group between (? and opening bracket\n        if(index > lastNonGroupStartPosition + 2) {\n          modifiedRegex = addGroupToRegexString(modifiedRegex, lastNonGroupStartPosition + 2, index - 1, groupsAdded);\n          groupsAdded++;\n          lastGroupEndPosition = index - 1; // imaginary position as it is not in regex but modifiedRegex\n          currentLengthIndexes.push(groupCount + groupsAdded);\n        }\n      }\n      else if (lastGroupPosition < index - 1) {\n        modifiedRegex = addGroupToRegexString(modifiedRegex, lastGroupPosition + 1, index - 1, groupsAdded);\n        groupsAdded++;\n        lastGroupEndPosition = index - 1; // imaginary position as it is not in regex but modifiedRegex\n        currentLengthIndexes.push(groupCount + groupsAdded);\n      }\n\n      groupCount++;\n      lastGroupStartPosition = index;\n      groupPositions.push(index);\n      groupNumber.push(groupCount + groupsAdded);\n      groupIndexMapper[groupCount] = groupCount + groupsAdded;\n      previousGroupsForGroup[groupCount] = currentLengthIndexes.slice();\n    }\n    else if (matchArr[5]) { // closing bracket ), )+, )+?, ){1,}?, ){1,1111}?\n      let index = matchArr.index + matchArr[0].length - 1;\n\n      if ((groupPositions.length && !nonGroupPositions.length) ||\n        groupPositions[groupPositions.length - 1] > nonGroupPositions[nonGroupPositions.length - 1]\n      ) {\n        if (lastGroupStartPosition < lastGroupEndPosition && lastGroupEndPosition < index - 1) {\n          modifiedRegex = addGroupToRegexString(modifiedRegex, lastGroupEndPosition + 1, index - 1, groupsAdded);\n          groupsAdded++;\n          //lastGroupEndPosition = index - 1; will be set anyway\n          currentLengthIndexes.push(groupCount + groupsAdded);\n        }\n\n        groupPositions.pop();\n        lastGroupEndPosition = index;\n\n        let toPush = groupNumber.pop();\n        currentLengthIndexes.push(toPush);\n        currentLengthIndexes = currentLengthIndexes.filter(index => index <= toPush);\n      }\n      else if (nonGroupPositions.length) {\n        nonGroupPositions.pop();\n        lastNonGroupEndPosition = index;\n      }\n    }\n  }\n\n  return {regexp: new RegExp(modifiedRegex, modifier), groupIndexMapper, previousGroupsForGroup};\n}\n\nexport default class MultiRegExp2 {\n  constructor(baseRegExp) {\n    const {regexp, groupIndexMapper, previousGroupsForGroup} = fillGroups(baseRegExp);\n    this.regexp = regexp;\n    this.groupIndexMapper = groupIndexMapper;\n    this.previousGroupsForGroup = previousGroupsForGroup;\n  }\n\n  execForAllGroups(string, includeFullMatch) {\n    let matches = RegExp.prototype.exec.call(this.regexp, string);\n    if (!matches) return matches;\n    let firstIndex = matches.index;\n    let indexMapper = includeFullMatch ? Object.assign({0: 0}, this.groupIndexMapper) : this.groupIndexMapper;\n    let previousGroups = includeFullMatch ? Object.assign({0: []}, this.previousGroupsForGroup) : this.previousGroupsForGroup;\n\n    return Object.keys(indexMapper).map((group) => {\n      let mapped = indexMapper[group];\n      let r = {\n        match: matches[mapped],\n        start: firstIndex + previousGroups[group].reduce(\n          (sum, i) => sum + (matches[i] ? matches[i].length : 0), 0\n        )\n      };\n      r.end = r.start + (matches[mapped] ? matches[mapped].length : 0);\n\n      return r;\n    });\n  }\n\n  execForGroup(string, group) {\n    const matches = RegExp.prototype.exec.call(this.regexp, string);\n    if (!matches) return matches;\n    const firstIndex = matches.index;\n\n    const mapped = group == 0 ? 0 : this.groupIndexMapper[group];\n    const previousGroups = group == 0 ? 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