@react-querybuilder/core/dist/parseJsonLogic.mjs.map

React Query Builder component for constructing queries and filters, with utilities for executing them in various database and evaluation contexts

{"version":3,"file":"parseJsonLogic.mjs","names":["emptyRuleGroup: DefaultRuleGroupType","rule","rule: DefaultRuleType | false","operator: DefaultOperatorName","value: any","valueSource: ValueSource | undefined","match: MatchConfig","field","finalQuery: DefaultRuleGroupType"],"sources":["../src/utils/parseJsonLogic/utils.ts","../src/utils/parseJsonLogic/parseJsonLogic.ts"],"sourcesContent":["import type {\n  JsonLogicAll,\n  JsonLogicAnd,\n  JsonLogicDoubleNegation,\n  JsonLogicEqual,\n  JsonLogicGreaterThan,\n  JsonLogicGreaterThanOrEqual,\n  JsonLogicInArray,\n  JsonLogicInString,\n  JsonLogicLessThan,\n  JsonLogicLessThanOrEqual,\n  JsonLogicNegation,\n  JsonLogicNone,\n  JsonLogicNotEqual,\n  JsonLogicOr,\n  JsonLogicSome,\n  JsonLogicStrictEqual,\n  JsonLogicStrictNotEqual,\n  JsonLogicVar,\n  RQBJsonLogicEndsWith,\n  RQBJsonLogicStartsWith,\n  RQBJsonLogicVar,\n} from '../../types';\nimport { isPojo } from '../misc';\nimport type { JsonLogicBetweenExclusive, JsonLogicBetweenInclusive } from './types';\n\n// Standard JsonLogic operations\nexport const isJsonLogicVar = (\n  logic: unknown\n): logic is JsonLogicVar<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'var' in logic;\nexport const isRQBJsonLogicVar = (logic: unknown): logic is RQBJsonLogicVar =>\n  isJsonLogicVar(logic) && typeof logic.var === 'string';\nexport const isJsonLogicEqual = (logic: unknown): logic is JsonLogicEqual =>\n  isPojo(logic) && '==' in logic;\nexport const isJsonLogicStrictEqual = (logic: unknown): logic is JsonLogicStrictEqual =>\n  isPojo(logic) && '===' in logic;\nexport const isJsonLogicNotEqual = (logic: unknown): logic is JsonLogicNotEqual =>\n  isPojo(logic) && '!=' in logic;\nexport const isJsonLogicStrictNotEqual = (logic: unknown): logic is JsonLogicStrictNotEqual =>\n  isPojo(logic) && '!==' in logic;\nexport const isJsonLogicNegation = (logic: unknown): logic is JsonLogicNegation =>\n  isPojo(logic) && '!' in logic;\nexport const isJsonLogicDoubleNegation = (logic: unknown): logic is JsonLogicDoubleNegation =>\n  isPojo(logic) && '!!' in logic;\nexport const isJsonLogicOr = (\n  logic: unknown\n): logic is JsonLogicOr<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'or' in logic;\nexport const isJsonLogicAnd = (\n  logic: unknown\n): logic is JsonLogicAnd<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'and' in logic;\nexport const isJsonLogicGreaterThan = (\n  logic: unknown\n): logic is JsonLogicGreaterThan<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && '>' in logic;\nexport const isJsonLogicGreaterThanOrEqual = (\n  logic: unknown\n): logic is JsonLogicGreaterThanOrEqual<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && '>=' in logic;\nexport const isJsonLogicLessThan = (\n  logic: unknown\n): logic is JsonLogicLessThan<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && '<' in logic && logic['<'].length === 2;\nexport const isJsonLogicLessThanOrEqual = (\n  logic: unknown\n): logic is JsonLogicLessThanOrEqual<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && '<=' in logic && logic['<='].length === 2;\nexport const isJsonLogicInArray = (\n  logic: unknown\n): logic is JsonLogicInArray<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'in' in logic && Array.isArray(logic.in[1]);\nexport const isJsonLogicInString = (\n  logic: unknown\n): logic is JsonLogicInString<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'in' in logic && !Array.isArray(logic.in[1]);\nexport const isJsonLogicAll = (\n  logic: unknown\n): logic is JsonLogicAll<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'all' in logic;\nexport const isJsonLogicNone = (\n  logic: unknown\n): logic is JsonLogicNone<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'none' in logic;\nexport const isJsonLogicSome = (\n  logic: unknown\n): logic is JsonLogicSome<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n  isPojo(logic) && 'some' in logic;\n\n// \"Between\" operations are special cases of '<' and '<='\nexport const isJsonLogicBetweenExclusive = (logic: unknown): logic is JsonLogicBetweenExclusive =>\n  isPojo(logic) && '<' in logic && Array.isArray(logic['<']) && logic['<'].length === 3;\nexport const isJsonLogicBetweenInclusive = (logic: unknown): logic is JsonLogicBetweenInclusive =>\n  isPojo(logic) && '<=' in logic && Array.isArray(logic['<=']) && logic['<='].length === 3;\n\n// RQB extensions\nexport const isRQBJsonLogicStartsWith = (logic: unknown): logic is RQBJsonLogicStartsWith =>\n  isPojo(logic) && 'startsWith' in logic;\nexport const isRQBJsonLogicEndsWith = (logic: unknown): logic is RQBJsonLogicEndsWith =>\n  isPojo(logic) && 'endsWith' in logic;\n\n// Type guards for unused JsonLogic operations\n\n// import type {\n//   JsonLogicCat,\n//   JsonLogicDifference,\n//   JsonLogicFilter,\n//   JsonLogicIf,\n//   JsonLogicLog,\n//   JsonLogicMap,\n//   JsonLogicMax,\n//   JsonLogicMerge,\n//   JsonLogicMin,\n//   JsonLogicMissing,\n//   JsonLogicMissingSome,\n//   JsonLogicProduct,\n//   JsonLogicQuotient,\n//   JsonLogicReduce,\n//   JsonLogicRemainder,\n//   JsonLogicSubstr,\n//   JsonLogicSum,\n// } from '../../types';\n//\n// export const isJsonLogicMissing = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMissing<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'missing' in logic;\n// export const isJsonLogicMissingSome = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMissingSome<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'missing_some' in logic;\n// export const isJsonLogicIf = (logic: RQBJsonLogic): logic is JsonLogicIf =>\n//   isPojo(logic) && 'if' in logic;\n// export const isJsonLogicMax = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMax<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'max' in logic;\n// export const isJsonLogicMin = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMin<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'min' in logic;\n// export const isJsonLogicSum = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicSum<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && '+' in logic;\n// export const isJsonLogicDifference = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicDifference<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && '-' in logic;\n// export const isJsonLogicProduct = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicProduct<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && '*' in logic;\n// export const isJsonLogicQuotient = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicQuotient<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && '/' in logic;\n// export const isJsonLogicRemainder = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicRemainder<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && '%' in logic;\n// export const isJsonLogicMap = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMap<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'map' in logic;\n// export const isJsonLogicFilter = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicFilter<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'filter' in logic;\n// export const isJsonLogicReduce = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicReduce<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'reduce' in logic;\n// export const isJsonLogicMerge = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicMerge<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'merge' in logic;\n// export const isJsonLogicCat = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicCat<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'cat' in logic;\n// export const isJsonLogicSubstr = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicSubstr<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'substr' in logic;\n// export const isJsonLogicLog = (\n//   logic: RQBJsonLogic\n// ): logic is JsonLogicLog<RQBJsonLogicStartsWith | RQBJsonLogicEndsWith> =>\n//   isPojo(logic) && 'log' in logic;\n","import type { Except } from 'type-fest';\nimport { defaultOperatorNegationMap } from '../../defaults';\nimport type {\n  DefaultOperatorName,\n  DefaultRuleGroupType,\n  DefaultRuleGroupTypeAny,\n  DefaultRuleGroupTypeIC,\n  DefaultRuleType,\n  MatchConfig,\n  RQBJsonLogic,\n  RQBJsonLogicVar,\n  RuleGroupTypeAny,\n  RuleType,\n  ValueSource,\n} from '../../types';\nimport type { ParserCommonOptions } from '../../types/import';\nimport { joinWith } from '../arrayUtils';\nimport { convertToIC } from '../convertQuery';\nimport { isRuleGroup, isRuleGroupType } from '../isRuleGroup';\nimport { isPojo } from '../misc';\nimport { objectKeys } from '../objectUtils';\nimport { fieldIsValidUtil, getFieldsArray } from '../parserUtils';\nimport { prepareRuleGroup } from '../prepareQueryObjects';\nimport {\n  isJsonLogicAll,\n  isJsonLogicAnd,\n  isJsonLogicBetweenExclusive,\n  isJsonLogicBetweenInclusive,\n  isJsonLogicDoubleNegation,\n  isJsonLogicEqual,\n  isJsonLogicGreaterThan,\n  isJsonLogicGreaterThanOrEqual,\n  isJsonLogicInArray,\n  isJsonLogicInString,\n  isJsonLogicLessThan,\n  isJsonLogicLessThanOrEqual,\n  isJsonLogicNegation,\n  isJsonLogicNone,\n  isJsonLogicNotEqual,\n  isJsonLogicOr,\n  isJsonLogicSome,\n  isJsonLogicStrictEqual,\n  isJsonLogicStrictNotEqual,\n  isRQBJsonLogicEndsWith,\n  isRQBJsonLogicStartsWith,\n  isRQBJsonLogicVar,\n} from './utils';\n\n/**\n * Options object for {@link parseJsonLogic}.\n */\nexport interface ParseJsonLogicOptions extends ParserCommonOptions {\n  // oxlint-disable-next-line typescript/no-explicit-any\n  jsonLogicOperations?: Record<string, (value: any) => RuleType | RuleGroupTypeAny | false>;\n}\n\nconst emptyRuleGroup: DefaultRuleGroupType = { combinator: 'and', rules: [] };\n\n/**\n * Converts a JsonLogic object into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupType DefaultRuleGroupType}).\n */\nfunction parseJsonLogic(rqbJsonLogic: string | RQBJsonLogic): DefaultRuleGroupType;\n/**\n * Converts a JsonLogic object into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupType DefaultRuleGroupType}).\n */\nfunction parseJsonLogic(\n  rqbJsonLogic: string | RQBJsonLogic,\n  options: Except<ParseJsonLogicOptions, 'independentCombinators'> & {\n    independentCombinators?: false;\n  }\n): DefaultRuleGroupType;\n/**\n * Converts a JsonLogic object into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupTypeIC DefaultRuleGroupTypeIC}).\n */\nfunction parseJsonLogic(\n  rqbJsonLogic: string | RQBJsonLogic,\n  options: Except<ParseJsonLogicOptions, 'independentCombinators'> & {\n    independentCombinators: true;\n  }\n): DefaultRuleGroupTypeIC;\nfunction parseJsonLogic(\n  rqbJsonLogic: string | RQBJsonLogic,\n  options: ParseJsonLogicOptions = {}\n): DefaultRuleGroupTypeAny {\n  const fieldsFlat = getFieldsArray(options.fields);\n  const { getValueSources, listsAsArrays, jsonLogicOperations } = options;\n\n  const fieldIsValid = (\n    fieldName: string,\n    operator: DefaultOperatorName,\n    subordinateFieldName?: string\n  ) =>\n    fieldIsValidUtil({\n      fieldName,\n      fieldsFlat,\n      operator,\n      subordinateFieldName,\n      getValueSources,\n    });\n\n  // Overload 1: Always return a rule group or false for the outermost logic object\n  function processLogic(logic: RQBJsonLogic, outermost: true): DefaultRuleGroupType | false;\n  // Overload 2: If not the outermost object, return value could also be a rule\n  function processLogic(\n    logic: RQBJsonLogic,\n    outermost?: false\n  ): DefaultRuleGroupType | DefaultRuleType | false;\n  // Implementation\n  function processLogic(\n    logic: RQBJsonLogic,\n    outermost?: boolean\n  ): DefaultRuleGroupType | DefaultRuleType | false {\n    // Bail if the outermost logic is not a plain object\n    if (outermost && !isPojo(logic)) {\n      return false;\n    }\n    const [key, keyValue] = Object.entries(logic || {})?.[0] ?? [];\n\n    // Custom operations process logic\n    if (jsonLogicOperations && objectKeys(jsonLogicOperations).includes(key)) {\n      const rule = jsonLogicOperations[key](keyValue) as DefaultRuleType;\n      return rule\n        ? outermost && !isRuleGroup(rule)\n          ? { combinator: 'and', rules: [rule] }\n          : rule\n        : false;\n    }\n\n    // Rule groups\n    if (isJsonLogicAnd(logic)) {\n      return {\n        combinator: 'and',\n        rules: logic.and.map(l => processLogic(l)).filter(Boolean) as (\n          | DefaultRuleType\n          | DefaultRuleGroupType\n        )[],\n      };\n    } else if (isJsonLogicOr(logic)) {\n      return {\n        combinator: 'or',\n        rules: logic.or.map(l => processLogic(l)).filter(Boolean) as (\n          | DefaultRuleType\n          | DefaultRuleGroupType\n        )[],\n      };\n    } else if (isJsonLogicNegation(logic)) {\n      const rule = processLogic(logic['!']);\n      if (rule) {\n        if (\n          !isRuleGroupType(rule) &&\n          (rule.operator === 'between' ||\n            rule.operator === 'in' ||\n            rule.operator === 'contains' ||\n            rule.operator === 'beginsWith' ||\n            rule.operator === 'endsWith')\n        ) {\n          const newRule = { ...rule, operator: defaultOperatorNegationMap[rule.operator] };\n          if (outermost) {\n            return { combinator: 'and', rules: [newRule] };\n          }\n          return newRule;\n        } else if (isJsonLogicBetweenExclusive(logic['!']) || isRuleGroupType(rule)) {\n          return { ...rule, not: true };\n        }\n        return { combinator: 'and', rules: [rule], not: true };\n      }\n      return false;\n    } else if (isJsonLogicDoubleNegation(logic)) {\n      const rule = processLogic(logic['!!']);\n      return rule || false;\n    }\n\n    // All other keys represent rules\n    let rule: DefaultRuleType | false = false;\n    let field = '';\n    let operator: DefaultOperatorName = '=';\n    // oxlint-disable-next-line typescript/no-explicit-any\n    let value: any = '';\n    let valueSource: ValueSource | undefined = undefined;\n\n    if (\n      // Basic boolean operations\n      isJsonLogicEqual(logic) ||\n      isJsonLogicStrictEqual(logic) ||\n      isJsonLogicNotEqual(logic) ||\n      isJsonLogicStrictNotEqual(logic) ||\n      isJsonLogicGreaterThan(logic) ||\n      isJsonLogicGreaterThanOrEqual(logic) ||\n      isJsonLogicLessThan(logic) ||\n      isJsonLogicLessThanOrEqual(logic) ||\n      isJsonLogicInString(logic) ||\n      isRQBJsonLogicStartsWith(logic) ||\n      isRQBJsonLogicEndsWith(logic)\n    ) {\n      const [first, second] = keyValue;\n      if (isRQBJsonLogicVar(first) && !isPojo(second)) {\n        field = first.var;\n        value = second;\n      } else if (!isPojo(first) && isRQBJsonLogicVar(second)) {\n        field = second.var;\n        value = first;\n      } else if (isRQBJsonLogicVar(first) && isRQBJsonLogicVar(second)) {\n        field = first.var;\n        value = second.var;\n        valueSource = 'field';\n      } else {\n        return false;\n      }\n\n      // Translate operator if necessary\n      if (isJsonLogicEqual(logic) || isJsonLogicStrictEqual(logic)) {\n        operator = value === null ? 'null' : '=';\n      } else if (isJsonLogicNotEqual(logic) || isJsonLogicStrictNotEqual(logic)) {\n        operator = value === null ? 'notNull' : '!=';\n      } else if (isJsonLogicInString(logic)) {\n        operator = 'contains';\n      } else if (isRQBJsonLogicStartsWith(logic)) {\n        operator = 'beginsWith';\n      } else if (isRQBJsonLogicEndsWith(logic)) {\n        operator = 'endsWith';\n      } else {\n        operator = key as DefaultOperatorName;\n      }\n\n      if (fieldIsValid(field, operator, valueSource === 'field' ? value : undefined)) {\n        rule = { field, operator, value, valueSource };\n      }\n    } else if (\n      (isJsonLogicAll(logic) && isRQBJsonLogicVar(logic['all'][0])) ||\n      (isJsonLogicNone(logic) && isRQBJsonLogicVar(logic['none'][0])) ||\n      (isJsonLogicSome(logic) && isRQBJsonLogicVar(logic['some'][0]))\n    ) {\n      // The array coverage functions must have a field as their first element.\n      // Otherwise we'd be comparing values to values, which is not supported.\n      const match: MatchConfig = {\n        mode: isJsonLogicNone(logic) ? 'none' : isJsonLogicSome(logic) ? 'some' : 'all',\n      };\n\n      // oxlint-disable-next-line typescript/no-explicit-any\n      const [{ var: field }, operation] = (logic as any)[match.mode];\n      const matcher = processLogic(operation);\n\n      // TODO: Support operations that evaluate array member properties\n      if (!matcher) return false;\n\n      rule = {\n        field,\n        operator: '=',\n        match,\n        value: isRuleGroup(matcher) ? matcher : { combinator: 'and', rules: [matcher] },\n      };\n    } else if (isJsonLogicBetweenExclusive(logic) && isRQBJsonLogicVar(logic['<'][1])) {\n      field = logic['<'][1].var;\n      const values = [logic['<'][0], logic['<'][2]];\n      // istanbul ignore else\n      if (\n        values.every(v => isRQBJsonLogicVar(v)) ||\n        values.every(el => typeof el === 'string') ||\n        values.every(el => typeof el === 'number') ||\n        values.every(el => typeof el === 'boolean')\n      ) {\n        return (\n          processLogic({\n            and: [{ '>': [{ var: field }, values[0]] }, { '<': [{ var: field }, values[1]] }],\n          }) || /* istanbul ignore next */ false\n        );\n      }\n    } else if (isJsonLogicBetweenInclusive(logic) && isRQBJsonLogicVar(logic['<='][1])) {\n      field = logic['<='][1].var;\n      operator = 'between';\n      const values = [logic['<='][0], logic['<='][2]];\n      if (logic['<='].every(v => isRQBJsonLogicVar(v))) {\n        const vars = values as RQBJsonLogicVar[];\n        valueSource = 'field';\n        const fieldList = vars.map(el => el.var).filter(sf => fieldIsValid(field, operator, sf));\n        value = listsAsArrays ? fieldList : joinWith(fieldList, ',');\n      } else {\n        // istanbul ignore else\n        if (\n          values.every(el => typeof el === 'string') ||\n          values.every(el => typeof el === 'number') ||\n          values.every(el => typeof el === 'boolean')\n        ) {\n          value = listsAsArrays\n            ? values\n            : joinWith(\n                values.map(el => `${el}`),\n                ','\n              );\n        }\n      }\n\n      if (fieldIsValid(field, operator) && value.length >= 2) {\n        rule = { field, operator, value, valueSource };\n      }\n    } else if (isJsonLogicInArray(logic) && isRQBJsonLogicVar(keyValue[0])) {\n      field = keyValue[0].var;\n      operator = 'in';\n      if (logic.in[1].every(v => isRQBJsonLogicVar(v))) {\n        valueSource = 'field';\n        const fieldList = logic.in[1]\n          .map(el => el.var)\n          .filter(sf => fieldIsValid(field, operator, sf));\n        value = listsAsArrays ? fieldList : joinWith(fieldList, ',');\n      } else {\n        // istanbul ignore else\n        if (\n          logic.in[1].every(el => typeof el === 'string') ||\n          logic.in[1].every(el => typeof el === 'number') ||\n          logic.in[1].every(el => typeof el === 'boolean')\n        ) {\n          value = listsAsArrays\n            ? logic.in[1]\n            : joinWith(\n                logic.in[1].map(el => `${el}`),\n                ','\n              );\n        }\n      }\n\n      // istanbul ignore else\n      if (value.length > 0) {\n        rule = { field, operator, value, valueSource };\n      }\n    }\n\n    return rule ? (outermost ? { combinator: 'and', rules: [rule] } : rule) : false;\n  }\n\n  const prepare = options.generateIDs ? prepareRuleGroup : <T>(g: T) => g;\n\n  let logicRoot = rqbJsonLogic;\n  if (typeof rqbJsonLogic === 'string') {\n    try {\n      logicRoot = JSON.parse(rqbJsonLogic);\n    } catch {\n      return prepare(emptyRuleGroup);\n    }\n  }\n\n  const result = processLogic(logicRoot, true);\n  const finalQuery: DefaultRuleGroupType = result || emptyRuleGroup;\n  return prepare(\n    options.independentCombinators ? convertToIC<DefaultRuleGroupTypeIC>(finalQuery) : finalQuery\n  );\n}\n\nexport { parseJsonLogic 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