{"version":3,"file":"parseCEL.mjs","names":[],"sources":["../src/utils/parseCEL/celParser.ts","../src/utils/parseCEL/utils.ts","../src/utils/parseCEL/parseCEL.ts"],"sourcesContent":["import { JisonParser, JisonParserApi, StateType, SymbolsType, TerminalsType, ProductionsType } from '@ts-jison/parser';\n/**\n * parser generated by @ts-jison/parser-generator 0.4.1-alpha.2\n * @returns Parser implementing JisonParserApi and a Lexer implementing JisonLexerApi.\n */\nexport class CELParser extends JisonParser implements JisonParserApi {\n $?: any;\n symbols_: SymbolsType = {\"error\":2,\"main\":3,\"expr\":4,\"EOF\":5,\"string_literal\":6,\"STRING_LIT\":7,\"bytes_literal\":8,\"b\":9,\"B\":10,\"number_literal\":11,\"INT_LIT\":12,\"UINT_LIT\":13,\"FLOAT_LIT\":14,\"boolean_literal\":15,\"BOOL_LIT\":16,\"null_literal\":17,\"NULL_LIT\":18,\"literal\":19,\"ident\":20,\"IDENT\":21,\"relop\":22,\"==\":23,\">=\":24,\">\":25,\"<=\":26,\"<\":27,\"!=\":28,\"relation\":29,\"member\":30,\"in\":31,\"list\":32,\"map\":33,\"negation\":34,\"!\":35,\"negative\":36,\"-\":37,\"unary\":38,\"primary\":39,\"DOT\":40,\"(\":41,\"expr_list\":42,\")\":43,\"[\":44,\"]\":45,\"{\":46,\"field_inits\":47,\"trailing_comma\":48,\"}\":49,\",\":50,\"map_inits\":51,\"math_operation\":52,\"+\":53,\"*\":54,\"/\":55,\"%\":56,\"conditional_expr\":57,\"conditional_and\":58,\"conditional_or\":59,\"?\":60,\":\":61,\"&&\":62,\"||\":63,\"$accept\":0,\"$end\":1};\n terminals_: TerminalsType = {2:\"error\",5:\"EOF\",7:\"STRING_LIT\",9:\"b\",10:\"B\",12:\"INT_LIT\",13:\"UINT_LIT\",14:\"FLOAT_LIT\",16:\"BOOL_LIT\",18:\"NULL_LIT\",21:\"IDENT\",23:\"==\",24:\">=\",25:\">\",26:\"<=\",27:\"<\",28:\"!=\",31:\"in\",35:\"!\",37:\"-\",40:\"DOT\",41:\"(\",43:\")\",44:\"[\",45:\"]\",46:\"{\",49:\"}\",50:\",\",53:\"+\",54:\"*\",55:\"/\",56:\"%\",60:\"?\",61:\":\",62:\"&&\",63:\"||\"};\n productions_: ProductionsType = [0,[3,2],[6,1],[8,2],[8,2],[11,1],[11,1],[11,1],[15,1],[17,1],[19,1],[19,1],[19,1],[19,1],[19,1],[20,1],[22,1],[22,1],[22,1],[22,1],[22,1],[22,1],[29,3],[29,3],[29,3],[34,1],[34,2],[36,1],[36,2],[38,2],[30,1],[30,1],[30,3],[30,6],[30,4],[30,5],[48,0],[48,1],[39,1],[39,2],[39,5],[39,6],[39,3],[39,1],[39,1],[39,1],[32,4],[33,4],[52,3],[52,3],[52,3],[52,3],[52,3],[4,1],[4,1],[4,1],[4,1],[4,1],[4,1],[57,5],[58,3],[59,3],[42,1],[42,3],[47,3],[47,5],[51,3],[51,5]];\n table: Array;\n defaultActions: {[key:number]: any} = {35:[2,1]};\n\n constructor (yy = {}, lexer: CELLexer = new CELLexer(yy)) {\n super(yy, lexer);\n\n // shorten static method to just `o` for terse STATE_TABLE\n const $V0=[1,27],$V1=[1,31],$V2=[1,32],$V3=[1,28],$V4=[1,29],$V5=[1,30],$V6=[1,33],$V7=[1,34],$V8=[1,18],$V9=[1,26],$Va=[1,12],$Vb=[1,13],$Vc=[1,19],$Vd=[1,20],$Ve=[1,40],$Vf=[1,39],$Vg=[1,41],$Vh=[1,42],$Vi=[1,43],$Vj=[1,36],$Vk=[1,37],$Vl=[1,38],$Vm=[5,37,43,45,49,50,53,54,55,56,60,61,62,63],$Vn=[1,44],$Vo=[1,45],$Vp=[1,46],$Vq=[5,23,24,25,26,27,28,31,37,40,43,44,45,46,49,50,53,54,55,56,60,61,62,63],$Vr=[7,9,10,12,13,14,16,18,21,35,40,41,44,46],$Vs=[2,36],$Vt=[1,85],$Vu=[43,45,50],$Vv=[5,37,43,45,49,50,53,61,62,63],$Vw=[5,37,43,45,49,50,53,54,55,56,61,62,63],$Vx=[2,37],$Vy=[49,50];\n const o = JisonParser.expandParseTable;\n this.table = [{3:1,4:2,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{1:[3]},{5:[1,35],37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl},o($Vm,[2,53],{22:47,23:[1,49],24:[1,50],25:[1,51],26:[1,52],27:[1,53],28:[1,54],31:[1,48],40:$Vn,44:$Vo,46:$Vp}),o($Vm,[2,54]),o($Vm,[2,55]),o($Vm,[2,56]),o($Vm,[2,57]),o($Vm,[2,58]),o($Vq,[2,30]),o($Vq,[2,31]),o($Vq,[2,38],{41:[1,55]}),{20:56,21:$V8},{4:57,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,43]),o($Vq,[2,44]),o($Vq,[2,45]),{6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,32:14,33:15,35:[1,59],39:58,40:$Va,41:$Vb,44:$Vc,46:$Vd},o([5,23,24,25,26,27,28,31,37,40,41,43,44,45,46,49,50,53,54,55,56,60,61,62,63],[2,15]),{4:61,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,42:60,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:63,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,51:62,52:8,57:4,58:5,59:6},o($Vq,[2,10]),o($Vq,[2,11]),o($Vq,[2,12]),o($Vq,[2,13]),o($Vq,[2,14]),o($Vr,[2,25]),o($Vq,[2,2]),o($Vq,[2,5]),o($Vq,[2,6]),o($Vq,[2,7]),{6:64,7:$V0},{6:65,7:$V0},o($Vq,[2,8]),o($Vq,[2,9]),{1:[2,1]},{4:66,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:67,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:68,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:69,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:70,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:71,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:72,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:73,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{20:74,21:$V8},{4:75,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{20:77,21:$V8,47:76},{6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,30:78,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd},{32:79,33:80,44:$Vc,46:$Vd},o($Vr,[2,16]),o($Vr,[2,17]),o($Vr,[2,18]),o($Vr,[2,19]),o($Vr,[2,20]),o($Vr,[2,21]),{4:61,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,42:81,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,39],{41:[1,82]}),{37:$Ve,43:[1,83],53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl},o($Vq,[2,29]),o($Vr,[2,26]),{45:$Vs,48:84,50:$Vt},o($Vu,[2,62],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl}),{48:86,49:$Vs,50:[1,87]},{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,61:[1,88],62:$Vk,63:$Vl},o($Vq,[2,3]),o($Vq,[2,4]),{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,61:[1,89],62:$Vk,63:$Vl},o([5,43,45,49,50,61,62,63],[2,60],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj}),o([5,43,45,49,50,61,63],[2,61],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk}),o($Vv,[2,48],{54:$Vg,55:$Vh,56:$Vi,60:$Vj}),o($Vv,[2,49],{54:$Vg,55:$Vh,56:$Vi,60:$Vj}),o($Vw,[2,50],{60:$Vj}),o($Vw,[2,51],{60:$Vj}),o($Vw,[2,52],{60:$Vj}),o($Vq,[2,32],{41:[1,90]}),{37:$Ve,45:[1,91],53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl},{48:92,49:$Vs,50:[1,93]},{61:[1,94]},o($Vm,[2,22],{40:$Vn,44:$Vo,46:$Vp}),o($Vm,[2,23]),o($Vm,[2,24]),{43:$Vs,48:95,50:$Vt},{4:61,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,42:96,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,42]),{45:[1,97]},o([43,45],$Vx,{30:3,57:4,58:5,59:6,29:7,52:8,39:9,38:10,20:11,32:14,33:15,19:16,34:17,6:21,11:22,8:23,15:24,17:25,4:98,7:$V0,9:$V1,10:$V2,12:$V3,13:$V4,14:$V5,16:$V6,18:$V7,21:$V8,35:$V9,40:$Va,41:$Vb,44:$Vc,46:$Vd}),{49:[1,99]},{4:100,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,49:$Vx,52:8,57:4,58:5,59:6},{4:101,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:102,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:61,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,42:103,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,34]),{49:[1,104]},{20:105,21:$V8,49:$Vx},{4:106,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{43:[1,107]},{43:$Vs,48:108,50:$Vt},o($Vq,[2,46]),o($Vu,[2,63],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl}),o($Vq,[2,47]),{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,61:[1,109],62:$Vk,63:$Vl},o($Vy,[2,66],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl}),o($Vm,[2,59]),{43:[1,110],50:[1,111]},o($Vq,[2,35]),{61:[1,112]},o($Vy,[2,64],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl}),o($Vq,[2,40]),{43:[1,113]},{4:114,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,33]),{4:98,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},{4:115,6:21,7:$V0,8:23,9:$V1,10:$V2,11:22,12:$V3,13:$V4,14:$V5,15:24,16:$V6,17:25,18:$V7,19:16,20:11,21:$V8,29:7,30:3,32:14,33:15,34:17,35:$V9,38:10,39:9,40:$Va,41:$Vb,44:$Vc,46:$Vd,52:8,57:4,58:5,59:6},o($Vq,[2,41]),o($Vy,[2,67],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl}),o($Vy,[2,65],{37:$Ve,53:$Vf,54:$Vg,55:$Vh,56:$Vi,60:$Vj,62:$Vk,63:$Vl})];\n }\n\n performAction (yytext:string, yyleng:number, yylineno:number, yy:any, yystate:number /* action[1] */, $$:any /* vstack */, _$:any /* lstack */): any {\n/* this == yyval */\n var $0 = $$.length - 1;\n switch (yystate) {\ncase 1:\n return { nodeType: 'Main', value: $$[$0-1] }; \nbreak;\ncase 2:\nthis.$ = { type: 'StringLiteral', value: $$[$0] };\nbreak;\ncase 3: case 4:\nthis.$ = { type: 'BytesLiteral', value: $$[$0] };\nbreak;\ncase 5:\nthis.$ = { type: 'IntegerLiteral', value: parseInt($$[$0], /x/.test($$[$0]) ? 16 : 10) };\nbreak;\ncase 6:\nthis.$ = { type: 'UnsignedIntegerLiteral', value: parseInt($$[$0].replace(/u$/i, ''), /^0x/.test($$[$0]) ? 16 : 10) };\nbreak;\ncase 7:\nthis.$ = { type: 'FloatLiteral', value: parseFloat($$[$0]) };\nbreak;\ncase 8:\nthis.$ = { type: 'BooleanLiteral', value: $$[$0] === 'true' };\nbreak;\ncase 9:\nthis.$ = { type: 'NullLiteral', value: null };\nbreak;\ncase 10: case 11: case 12: case 13: case 14: case 16: case 17: case 18: case 19: case 20: case 21: case 38: case 43: case 44: case 45: case 53: case 54: case 55: case 56: case 57: case 58:\nthis.$ = $$[$0];\nbreak;\ncase 15:\nthis.$ = { type: 'Identifier', value: $$[$0] };\nbreak;\ncase 22: case 23: case 24:\nthis.$ = { type: 'Relation', left: $$[$0-2], operator: $$[$0-1], right: $$[$0] };\nbreak;\ncase 25: case 27:\nthis.$ = 1;\nbreak;\ncase 26: case 28:\nthis.$ = this.$ += 1;;\nbreak;\ncase 29:\nthis.$ = { type: 'Negation', negations: $$[$0-1], value: $$[$0] };\nbreak;\ncase 30: case 31:\nthis.$ = $$[$0];\nbreak;\ncase 32:\nthis.$ = { type: 'Member', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 33:\nthis.$ = { type: 'Member', left: $$[$0-5], right: $$[$0-3], list: $$[$0-1] };\nbreak;\ncase 34:\nthis.$ = { type: 'DynamicPropertyAccessor', left: $$[$0-3], right: $$[$0-1] };\nbreak;\ncase 35:\nthis.$ = { type: 'FieldsObject', left: $$[$0-4], list: $$[$0-2], trailingComma: $$[$0-1] };\nbreak;\ncase 36:\nthis.$ = false;\nbreak;\ncase 37:\nthis.$ = true;\nbreak;\ncase 39:\nthis.$ = { type: 'Property', value: $$[$0] };\nbreak;\ncase 40:\nthis.$ = { type: 'FunctionCall', name: $$[$0-4], args: $$[$0-2], trailingComma: $$[$0-1] };\nbreak;\ncase 41:\nthis.$ = { type: 'Property', value: $$[$0-4], args: $$[$0-2], trailingComma: $$[$0-1] };\nbreak;\ncase 42:\nthis.$ = { type: 'ExpressionGroup', value: $$[$0-1] };\nbreak;\ncase 46:\nthis.$ = { type: 'List', value: $$[$0-2], trailingComma: $$[$0-1] };\nbreak;\ncase 47:\nthis.$ = { type: 'Map', value: $$[$0-2], trailingComma: $$[$0-1] };\nbreak;\ncase 48:\nthis.$ = { type: 'Addition', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 49:\nthis.$ = { type: 'Subtraction', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 50:\nthis.$ = { type: 'Multiplication', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 51:\nthis.$ = { type: 'Division', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 52:\nthis.$ = { type: 'Modulo', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 59:\nthis.$ = { type: 'ConditionalExpr', condition: $$[$0-4], valueIfTrue: $$[$0-2], valueIfFalse: $$[$0] };\nbreak;\ncase 60:\nthis.$ = { type: 'ConditionalAnd', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 61:\nthis.$ = { type: 'ConditionalOr', left: $$[$0-2], right: $$[$0] };\nbreak;\ncase 62:\nthis.$ = { type: 'ExpressionList', value: [ $$[$0] ] };\nbreak;\ncase 63:\nthis.$ = $$[$0-2]; this.$.value.push($$[$0]);;\nbreak;\ncase 64:\nthis.$ = { type: 'FieldInits', value: [ { type: 'FieldInit', left: $$[$0-2], right: $$[$0] } ] };\nbreak;\ncase 65:\nthis.$ = $$[$0-4]; this.$.value.push({ type: 'FieldInit', left: $$[$0-2], right: $$[$0] });;\nbreak;\ncase 66:\nthis.$ = { type: 'MapInits', value: [ { type: 'MapInit', left: $$[$0-2], right: $$[$0] } ] };\nbreak;\ncase 67:\nthis.$ = $$[$0-4]; this.$.value.push({ type: 'MapInit', left: $$[$0-2], right: $$[$0] });;\nbreak;\n }\n }\n}\n\n\n/* generated by @ts-jison/lexer-generator 0.4.1-alpha.2 */\nimport { JisonLexer, JisonLexerApi } from '@ts-jison/lexer';\n\nexport class CELLexer extends JisonLexer implements JisonLexerApi {\n options: any = {\"flex\":true,\"moduleName\":\"CEL\"};\n constructor (yy = {}) {\n super(yy);\n }\n\n rules: RegExp[] = [\n /^(?:[/][/]\\s.*\\n)/,\n /^(?:\\s+)/,\n /^(?:in)/,\n /^(?:as)/,\n /^(?:break)/,\n /^(?:const)/,\n /^(?:continue)/,\n /^(?:else)/,\n /^(?:for)/,\n /^(?:function)/,\n /^(?:if)/,\n /^(?:import)/,\n /^(?:let)/,\n /^(?:loop)/,\n /^(?:package)/,\n /^(?:namespace)/,\n /^(?:return)/,\n /^(?:var)/,\n /^(?:void)/,\n /^(?:while)/,\n /^(?:null)/,\n /^(?:true)/,\n /^(?:false)/,\n /^(?:\\.)/,\n /^(?:\\?)/,\n /^(?::)/,\n /^(?:,)/,\n /^(?:\\[)/,\n /^(?:\\])/,\n /^(?:\\()/,\n /^(?:\\))/,\n /^(?:!=)/,\n /^(?:!)/,\n /^(?:\\+)/,\n /^(?:-)/,\n /^(?:\\*)/,\n /^(?:\\/)/,\n /^(?:%)/,\n /^(?:==)/,\n /^(?:>=)/,\n /^(?:>)/,\n /^(?:<=)/,\n /^(?:<)/,\n /^(?:\\{)/,\n /^(?:\\})/,\n /^(?:&&)/,\n /^(?:\\|\\|)/,\n /^(?:[_a-zA-Z][_a-zA-Z0-9]*)/,\n /^(?:[rR]?['][']['](?:\\.|[^'])*['][']['])/,\n /^(?:[rR]?[\"][\"][\"](?:\\.|[^\"])*[\"][\"][\"])/,\n /^(?:[rR]?['](?:\\.|[^'\\n\\r])*['])/,\n /^(?:[rR]?[\"](?:\\.|[^\"\\n\\r])*[\"])/,\n /^(?:[-]?(?:[0-9]+|0x[0-9a-fA-F]+))/,\n /^(?:(?:[0-9]+|0x[0-9a-fA-F]+)[uU])/,\n /^(?:[-]?[0-9]+(?:\\.[0-9]+)?(?:[eE][+-]?[0-9]+(?:\\.[0-9]+)?)?)/,\n /^(?:$)/,\n /^(?:.)/,\n /^(?:.)/\n ];\n conditions: any = {\"INITIAL\":{\"rules\":[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57],\"inclusive\":true}}\n performAction (yy:any,yy_:any,$avoiding_name_collisions:any,YY_START:any): any {\n var YYSTATE=YY_START;\n switch($avoiding_name_collisions) {\n case 0:/* skip end-of-line comments */\n break;\n case 1:/* skip whitespace */\n break;\n case 2:return 31\n break;\n case 3:return 'as'\n break;\n case 4:return 'break'\n break;\n case 5:return 'const'\n break;\n case 6:return 'continue'\n break;\n case 7:return 'else'\n break;\n case 8:return 'for'\n break;\n case 9:return 'function'\n break;\n case 10:return 'if'\n break;\n case 11:return 'import'\n break;\n case 12:return 'let'\n break;\n case 13:return 'loop'\n break;\n case 14:return 'package'\n break;\n case 15:return 'namespace'\n break;\n case 16:return 'return'\n break;\n case 17:return 'var'\n break;\n case 18:return 'void'\n break;\n case 19:return 'while'\n break;\n case 20:return 18\n break;\n case 21:return 16\n break;\n case 22:return 16\n break;\n case 23:return 40\n break;\n case 24:return 60\n break;\n case 25:return 61\n break;\n case 26:return 50\n break;\n case 27:return 44\n break;\n case 28:return 45\n break;\n case 29:return 41\n break;\n case 30:return 43\n break;\n case 31:return 28\n break;\n case 32:return 35\n break;\n case 33:return 53\n break;\n case 34:return 37\n break;\n case 35:return 54\n break;\n case 36:return 55\n break;\n case 37:return 56\n break;\n case 38:return 23\n break;\n case 39:return 24\n break;\n case 40:return 25\n break;\n case 41:return 26\n break;\n case 42:return 27\n break;\n case 43:return 46\n break;\n case 44:return 49\n break;\n case 45:return 62\n break;\n case 46:return 63\n break;\n case 47:return 21\n break;\n case 48:return 7\n break;\n case 49:return 7\n break;\n case 50:return 7\n break;\n case 51:return 7\n break;\n case 52:return 12\n break;\n case 53:return 13\n break;\n case 54:return 14\n break;\n case 55:return 5\n break;\n case 56:return 'INVALID'\n break;\n case 57:console.log(yy_.yytext);\n break;\n }\n }\n}\n\n\n","import type { DefaultCombinatorName, DefaultOperatorName } from '../../types';\nimport type {\n CELAddition,\n CELBooleanLiteral,\n CELBytesLiteral,\n CELConditionalAnd,\n CELConditionalExpr,\n CELConditionalOr,\n CELDivision,\n CELDynamicPropertyAccessor,\n CELExpression,\n CELExpressionGroup,\n CELExpressionList,\n CELFieldInit,\n CELFieldInits,\n CELFieldsObject,\n CELFloatLiteral,\n CELFunctionCall,\n CELIdentifier,\n CELIntegerLiteral,\n CELLikeExpression,\n CELList,\n CELLiteral,\n CELMap,\n CELMapInit,\n CELMapInits,\n CELMember,\n CELMemberIdentifierChain,\n CELMemberNegatedIdentifier,\n CELMemberNegatedIdentifierChain,\n CELModulo,\n CELMultiplication,\n CELNegatedLikeExpression,\n CELNegatedSubqueryExpression,\n CELNegation,\n CELNegative,\n CELNullLiteral,\n CELNumericLiteral,\n CELPrimary,\n CELProperty,\n CELRelation,\n CELRelop,\n CELStringLiteral,\n CELSubqueryExpression,\n CELSubtraction,\n CELUnsignedIntegerLiteral,\n} from './types';\n\nexport const isCELExpressionGroup = (expr: CELExpression): expr is CELExpressionGroup =>\n expr.type === 'ExpressionGroup';\nexport const isCELConditionalAnd = (expr: CELExpression): expr is CELConditionalAnd =>\n expr.type === 'ConditionalAnd';\nexport const isCELConditionalOr = (expr: CELExpression): expr is CELConditionalOr =>\n expr.type === 'ConditionalOr';\nexport const isCELStringLiteral = (expr: CELExpression): expr is CELStringLiteral =>\n expr.type === 'StringLiteral';\nexport const isCELLiteral = (expr: CELExpression): expr is CELLiteral =>\n isCELNumericLiteral(expr) ||\n isCELStringLiteral(expr) ||\n isCELBooleanLiteral(expr) ||\n isCELNullLiteral(expr) ||\n isCELBytesLiteral(expr);\nexport const isCELNumericLiteral = (expr: CELExpression): expr is CELNumericLiteral =>\n isCELFloatLiteral(expr) || isCELIntegerLiteral(expr) || isCELUnsignedIntegerLiteral(expr);\nexport const isCELRelation = (expr: CELExpression): expr is CELRelation => expr.type === 'Relation';\nexport const isCELList = (expr: CELExpression): expr is CELList => expr.type === 'List';\nexport const isCELMap = (expr: CELExpression): expr is CELMap => expr.type === 'Map';\nexport const isCELIdentifier = (expr: CELExpression): expr is CELIdentifier =>\n expr.type === 'Identifier';\nexport const isCELNegation = (expr: CELExpression): expr is CELNegation => expr.type === 'Negation';\nexport const isCELMember = (expr: CELExpression): expr is CELMember => expr.type === 'Member';\n\n// v8 ignore next\nexport const isCELAddition = (expr: CELExpression): expr is CELAddition => expr.type === 'Addition';\nexport const isCELBooleanLiteral = (expr: CELExpression): expr is CELBooleanLiteral =>\n expr.type === 'BooleanLiteral';\nexport const isCELBytesLiteral = (expr: CELExpression): expr is CELBytesLiteral =>\n expr.type === 'BytesLiteral';\n// v8 ignore next\nexport const isCELConditionalExpr = (expr: CELExpression): expr is CELConditionalExpr =>\n expr.type === 'ConditionalExpr';\n// v8 ignore next\nexport const isCELDivision = (expr: CELExpression): expr is CELDivision => expr.type === 'Division';\n// v8 ignore next\nexport const isCELDynamicPropertyAccessor = (\n expr: CELExpression\n): expr is CELDynamicPropertyAccessor => expr.type === 'DynamicPropertyAccessor';\n// v8 ignore next\nexport const isCELExpressionList = (expr: CELExpression): expr is CELExpressionList =>\n expr.type === 'ExpressionList';\n// v8 ignore next\nexport const isCELFieldInit = (expr: CELExpression): expr is CELFieldInit =>\n expr.type === 'FieldInit';\n// v8 ignore next\nexport const isCELFieldInits = (expr: CELExpression): expr is CELFieldInits =>\n expr.type === 'FieldInits';\n// v8 ignore next\nexport const isCELFieldsObject = (expr: CELExpression): expr is CELFieldsObject =>\n expr.type === 'FieldsObject';\nexport const isCELFloatLiteral = (expr: CELExpression): expr is CELFloatLiteral =>\n expr.type === 'FloatLiteral';\n// v8 ignore next\nexport const isCELFunctionCall = (expr: CELExpression): expr is CELFunctionCall =>\n expr.type === 'FunctionCall';\nexport const isCELIntegerLiteral = (expr: CELExpression): expr is CELIntegerLiteral =>\n expr.type === 'IntegerLiteral';\n// v8 ignore next\nexport const isCELMapInit = (expr: CELExpression): expr is CELMapInit => expr.type === 'MapInit';\n// v8 ignore next\nexport const isCELMapInits = (expr: CELExpression): expr is CELMapInits => expr.type === 'MapInits';\n// v8 ignore next\nexport const isCELModulo = (expr: CELExpression): expr is CELModulo => expr.type === 'Modulo';\n// v8 ignore next\nexport const isCELMultiplication = (expr: CELExpression): expr is CELMultiplication =>\n expr.type === 'Multiplication';\n// v8 ignore next\nexport const isCELNegative = (expr: CELExpression): expr is CELNegative => expr.type === 'Negative';\nexport const isCELNullLiteral = (expr: CELExpression): expr is CELNullLiteral =>\n expr.type === 'NullLiteral';\n// v8 ignore next\nexport const isCELProperty = (expr: CELExpression): expr is CELProperty => expr.type === 'Property';\n// v8 ignore next\nexport const isCELSubtraction = (expr: CELExpression): expr is CELSubtraction =>\n expr.type === 'Subtraction';\nexport const isCELUnsignedIntegerLiteral = (\n expr: CELExpression\n): expr is CELUnsignedIntegerLiteral => expr.type === 'UnsignedIntegerLiteral';\n\nexport const isCELIdentifierOrChain = (\n expr: CELExpression\n): expr is CELMemberIdentifierChain | CELIdentifier | CELDynamicPropertyAccessor =>\n isCELIdentifier(expr) ||\n isCELDynamicPropertyAccessor(expr) ||\n (isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !expr.list &&\n !expr.value &&\n isCELIdentifierOrChain(expr.left) &&\n isCELIdentifier(expr.right));\n\nexport const isCELNegatedIdentifier = (expr: CELExpression): expr is CELMemberNegatedIdentifier =>\n isCELNegation(expr) && isCELIdentifier(expr.value);\n\nexport const isCELNegatedIdentifierOrChain = (\n expr: CELExpression\n): expr is CELMemberNegatedIdentifierChain | CELMemberNegatedIdentifier =>\n isCELNegatedIdentifier(expr) ||\n (isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !expr.list &&\n !expr.value &&\n isCELIdentifierOrChain(expr.right) &&\n isCELNegatedIdentifier(expr.left));\n\nexport const isCELLikeExpression = (expr: CELExpression): expr is CELLikeExpression =>\n isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !!expr.list &&\n isCELIdentifierOrChain(expr.left) &&\n isCELIdentifier(expr.right) &&\n (expr.right.value === 'contains' ||\n expr.right.value === 'startsWith' ||\n expr.right.value === 'endsWith') &&\n expr.list.value.length === 1 &&\n (isCELStringLiteral(expr.list.value[0]) || isCELIdentifier(expr.list.value[0]));\n\nexport const isCELNegatedLikeExpression = (expr: CELExpression): expr is CELNegatedLikeExpression =>\n isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !!expr.list &&\n isCELNegatedIdentifierOrChain(expr.left) &&\n isCELIdentifier(expr.right) &&\n (expr.right.value === 'contains' ||\n expr.right.value === 'startsWith' ||\n expr.right.value === 'endsWith') &&\n expr.list.value.length === 1 &&\n (isCELStringLiteral(expr.list.value[0]) || isCELIdentifier(expr.list.value[0]));\n\nexport const isCELSubqueryExpression = (expr: CELExpression): expr is CELSubqueryExpression =>\n isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !!expr.list &&\n isCELIdentifierOrChain(expr.left) &&\n isCELIdentifier(expr.right) &&\n (expr.right.value === 'all' || expr.right.value === 'exists') &&\n expr.list.value.length >= 2;\n\nexport const isCELNegatedSubqueryExpression = (\n expr: CELExpression\n): expr is CELNegatedSubqueryExpression =>\n isCELMember(expr) &&\n !!expr.left &&\n !!expr.right &&\n !!expr.list &&\n isCELNegatedIdentifierOrChain(expr.left) &&\n isCELIdentifier(expr.right) &&\n (expr.right.value === 'all' || expr.right.value === 'exists') &&\n expr.list.value.length >= 2;\n\nexport const extractSubqueryComponents = (\n expr: CELMember\n): {\n field: string;\n method: 'all' | 'exists';\n alias: string | null;\n condition: CELExpression;\n} | null => {\n // v8 ignore next\n if (!isCELSubqueryExpression(expr)) {\n return null;\n }\n\n const field = getCELIdentifierFromChain(expr.left);\n const method = expr.right.value;\n const [aliasExpr, conditionExpr] = expr.list.value;\n\n const alias = isCELIdentifier(aliasExpr)\n ? aliasExpr.value\n : /* v8 ignore next -- @preserve */ null;\n\n return {\n field,\n method,\n alias,\n condition: conditionExpr,\n };\n};\n\nexport const getCELIdentifierFromChain = (\n expr: CELIdentifier | CELMemberIdentifierChain | CELDynamicPropertyAccessor | CELMember\n): string => {\n if (isCELIdentifier(expr)) {\n return expr.value;\n }\n\n if (isCELDynamicPropertyAccessor(expr)) {\n const leftField = getCELIdentifierFromChain(expr.left);\n // Handle string literals in bracket notation\n // v8 ignore else\n if (isCELStringLiteral(expr.right)) {\n const propertyName = evalCELLiteralValue(expr.right);\n return `${leftField}[\"${propertyName}\"]`;\n }\n // For non-string literals, use a fallback approach\n // v8 ignore next\n return `${leftField}[${expr.right.type}]`;\n }\n\n // v8 ignore else\n if (\n expr.left &&\n expr.right &&\n isCELIdentifier(expr.right) &&\n (isCELIdentifier(expr.left) ||\n isCELMember(expr.left) ||\n isCELDynamicPropertyAccessor(expr.left))\n ) {\n return `${getCELIdentifierFromChain(expr.left)}.${expr.right.value}`;\n }\n\n // Fallback for other CELMember types\n // v8 ignore next\n return expr.type;\n};\n\nexport const getCELIdentifierFromNegatedChain = (\n expr: CELMemberNegatedIdentifier | CELMemberNegatedIdentifierChain\n): string => {\n if (isCELNegatedIdentifier(expr)) {\n return `${``.padStart(expr.negations, `!`)}${expr.value.value}`;\n }\n\n return `${getCELIdentifierFromNegatedChain(expr.left)}.${expr.right.value}`;\n};\n\nexport function evalCELLiteralValue(literal: CELStringLiteral): string;\nexport function evalCELLiteralValue(literal: CELBooleanLiteral): boolean;\nexport function evalCELLiteralValue(literal: CELNumericLiteral): number | null;\nexport function evalCELLiteralValue(literal: CELBytesLiteral): null;\nexport function evalCELLiteralValue(literal: CELNullLiteral): null;\nexport function evalCELLiteralValue(literal: CELLiteral): string | boolean | number | null;\nexport function evalCELLiteralValue(literal: CELLiteral) {\n switch (literal.type) {\n case 'StringLiteral': {\n return literal.value.replaceAll(/^((?:'''|\"\"\"|'|\")?)([\\S\\s]*?)\\1$/gm, '$2');\n }\n case 'BooleanLiteral': {\n return literal.value;\n }\n case 'NullLiteral':\n case 'BytesLiteral': {\n return null;\n }\n default:\n return literal.value;\n }\n}\n\nexport const celNormalizeCombinator = (c: '&&' | '||'): DefaultCombinatorName =>\n c === '||' ? 'or' : 'and';\n\nexport const celNormalizeOperator = (op: CELRelop, flip?: boolean): DefaultOperatorName => {\n if (flip) {\n if (op === '<') return '>';\n if (op === '<=') return '>=';\n if (op === '>') return '<';\n if (op === '>=') return '<=';\n }\n if (op === '==') return '=';\n return op;\n};\n\nexport const celGenerateFlatAndOrList = (\n expr: CELConditionalAnd | CELConditionalOr\n): (DefaultCombinatorName | CELExpression)[] => {\n const combinator = celNormalizeCombinator(expr.type === 'ConditionalAnd' ? '&&' : '||');\n const { left, right } = expr;\n if (isCELConditionalAnd(left) || isCELConditionalOr(left)) {\n return [...celGenerateFlatAndOrList(left), combinator, right];\n }\n return [left, combinator, right];\n};\n\nexport const celGenerateMixedAndOrList = (\n expr: CELConditionalAnd | CELConditionalOr\n): (DefaultCombinatorName | CELExpression | ('and' | CELExpression)[])[] => {\n const arr = celGenerateFlatAndOrList(expr);\n const returnArray: (DefaultCombinatorName | CELExpression | ('and' | CELExpression)[])[] = [];\n let startIndex = 0;\n for (let i = 0; i < arr.length; i += 2) {\n if (arr[i + 1] === 'and') {\n startIndex = i;\n let j = 1;\n while (arr[startIndex + j] === 'and') {\n i += 2;\n j += 2;\n }\n const tempAndArray = arr.slice(startIndex, i + 1) as ('and' | CELExpression)[];\n returnArray.push(tempAndArray);\n i -= 2;\n } else if (arr[i + 1] === 'or') {\n if (i === 0 || i === arr.length - 3) {\n if (i === 0 || arr[i - 1] === 'or') {\n returnArray.push(arr[i]);\n }\n returnArray.push(arr[i + 1]);\n if (i === arr.length - 3) {\n returnArray.push(arr[i + 2]);\n }\n } else {\n if (arr[i - 1] === 'and') {\n returnArray.push(arr[i + 1]);\n } else {\n returnArray.push(arr[i], arr[i + 1]);\n }\n }\n }\n }\n if (returnArray.length === 1 && Array.isArray(returnArray[0])) {\n // If length is 1, then the only element is an AND array so just return that\n return returnArray[0];\n }\n return returnArray;\n};\n\nconst isPrimitiveArrayUsage = (expr: CELExpression, alias: string | null): boolean => {\n // v8 ignore next\n if (!alias) return false;\n\n // Check if alias is used alone (e.g., \"score > 90\" where \"score\" is the alias)\n if (isCELIdentifier(expr) && expr.value === alias) {\n return true;\n }\n\n // Check if alias is used with primitive operators (contains, startsWith, endsWith)\n if (isCELLikeExpression(expr) && isCELIdentifier(expr.left) && expr.left.value === alias) {\n return true;\n }\n\n // Recursively check relations for primitive usage and conditional expressions\n if (isCELRelation(expr) || isCELConditionalAnd(expr) || isCELConditionalOr(expr)) {\n return isPrimitiveArrayUsage(expr.left, alias) || isPrimitiveArrayUsage(expr.right, alias);\n }\n\n // v8 ignore next\n if (isCELExpressionGroup(expr) || isCELNegation(expr)) {\n return isPrimitiveArrayUsage(expr.value, alias);\n }\n\n return false;\n};\n\nconst transformAliasInExpressionInternal = (\n expr: CELExpression,\n alias: string | null,\n isPrimitive: boolean\n): CELExpression => {\n // v8 ignore next\n if (!alias) return expr;\n\n // If it's an identifier that matches the alias\n if (isCELIdentifier(expr) && expr.value === alias) {\n return { type: 'Identifier', value: '' } as CELIdentifier;\n }\n\n // If it's a member expression starting with the alias, remove the alias part\n if (isCELMember(expr) && expr.left && isCELIdentifier(expr.left) && expr.left.value === alias) {\n // For object arrays: \"alias.property\" becomes \"property\"\n // For primitive arrays: this shouldn't happen as we should have caught it above\n if (expr.right && isCELIdentifier(expr.right) && !isPrimitive) {\n // If this is a method call (has a list), preserve the Member structure\n if (expr.list) {\n return {\n type: 'Member',\n left: { type: 'Identifier', value: '' },\n right: expr.right,\n list: expr.list,\n } as CELMember;\n }\n return expr.right;\n }\n }\n\n // Handle CEL like expressions (e.g., \"alias.contains('test')\")\n if (isCELLikeExpression(expr) && isCELIdentifier(expr.left) && expr.left.value === alias) {\n // Transform \"alias.contains('test')\" to just \"contains('test')\" with empty field\n // Keep it as a Member type but replace the left side with empty identifier\n return {\n type: 'Member',\n left: { type: 'Identifier', value: '' },\n right: expr.right,\n list: expr.list,\n } as CELMember;\n }\n\n // Handle negated like expressions\n if (\n isCELNegatedLikeExpression(expr) &&\n expr.left &&\n isCELNegatedIdentifier(expr.left) &&\n expr.left.value.value === alias\n ) {\n return {\n type: 'Member',\n left: {\n type: 'Negation',\n negations: expr.left.negations,\n value: { type: 'Identifier', value: '' },\n },\n right: expr.right,\n list: expr.list,\n } as CELMember;\n }\n\n // If it's a member chain like \"alias.prop1.prop2\", transform to \"prop1.prop2\"\n if (isCELMember(expr) && expr.left && expr.right) {\n const transformedLeft = transformAliasInExpressionInternal(expr.left, alias, isPrimitive);\n // v8 ignore else\n if (transformedLeft !== expr.left) {\n return {\n type: 'Member',\n left: transformedLeft as CELPrimary | CELMember,\n right: expr.right,\n list: expr.list,\n value: expr.value,\n } as CELMember;\n }\n }\n\n // For other expression types, recursively transform child expressions\n if (isCELRelation(expr)) {\n return {\n type: 'Relation',\n left: transformAliasInExpressionInternal(expr.left, alias, isPrimitive),\n right: transformAliasInExpressionInternal(expr.right, alias, isPrimitive),\n operator: expr.operator,\n } as CELRelation;\n }\n\n if (isCELConditionalAnd(expr)) {\n return {\n type: 'ConditionalAnd',\n left: transformAliasInExpressionInternal(expr.left, alias, isPrimitive),\n right: transformAliasInExpressionInternal(expr.right, alias, isPrimitive),\n } as CELConditionalAnd;\n }\n\n if (isCELConditionalOr(expr)) {\n return {\n type: 'ConditionalOr',\n left: transformAliasInExpressionInternal(expr.left, alias, isPrimitive),\n right: transformAliasInExpressionInternal(expr.right, alias, isPrimitive),\n } as CELConditionalOr;\n }\n\n if (isCELExpressionGroup(expr)) {\n return {\n type: 'ExpressionGroup',\n value: transformAliasInExpressionInternal(expr.value, alias, isPrimitive),\n } as CELExpressionGroup;\n }\n\n if (isCELNegation(expr)) {\n return {\n type: 'Negation',\n negations: expr.negations,\n value: transformAliasInExpressionInternal(expr.value, alias, isPrimitive) as CELPrimary,\n } as CELNegation;\n }\n\n return expr;\n};\n\nexport const transformAliasInExpression = (\n expr: CELExpression,\n alias: string | null\n): CELExpression => {\n // v8 ignore next\n if (!alias) return expr;\n\n const isPrimitive = isPrimitiveArrayUsage(expr, alias);\n return transformAliasInExpressionInternal(expr, alias, isPrimitive);\n};\n","import type { Except } from 'type-fest';\nimport { defaultOperatorNegationMap } from '../../defaults';\nimport type {\n DefaultCombinatorName,\n DefaultOperatorName,\n DefaultRuleGroupArray,\n DefaultRuleGroupICArray,\n DefaultRuleGroupType,\n DefaultRuleGroupTypeAny,\n DefaultRuleGroupTypeIC,\n DefaultRuleType,\n MatchMode,\n RuleGroupType,\n RuleGroupTypeAny,\n RuleGroupTypeIC,\n RuleType,\n ValueSource,\n} from '../../types';\nimport type { ParserCommonOptions } from '../../types/import';\nimport { joinWith } from '../arrayUtils';\nimport { isRuleGroup } from '../isRuleGroup';\nimport { fieldIsValidUtil, getFieldsArray } from '../parserUtils';\nimport { prepareRuleGroup } from '../prepareQueryObjects';\nimport { CELParser } from './celParser';\nimport type {\n CELExpression,\n CELIdentifier,\n CELLikeExpression,\n CELLiteral,\n ParsedCEL,\n} from './types';\nimport {\n celGenerateFlatAndOrList,\n celGenerateMixedAndOrList,\n celNormalizeOperator,\n evalCELLiteralValue,\n extractSubqueryComponents,\n getCELIdentifierFromChain,\n getCELIdentifierFromNegatedChain,\n isCELConditionalAnd,\n isCELConditionalOr,\n isCELExpressionGroup,\n isCELIdentifier,\n isCELIdentifierOrChain,\n isCELLikeExpression,\n isCELList,\n isCELLiteral,\n isCELMap,\n isCELNegatedLikeExpression,\n isCELNegatedSubqueryExpression,\n isCELNegation,\n isCELRelation,\n isCELStringLiteral,\n isCELSubqueryExpression,\n transformAliasInExpression,\n} from './utils';\n\nexport interface ParseCELOptionsStandard extends Except<\n ParserCommonOptions,\n 'independentCombinators'\n> {\n independentCombinators?: false;\n /**\n * Handler for custom CEL expressions.\n */\n customExpressionHandler?: (expr: CELExpression) => RuleType | RuleGroupType | null;\n}\nexport interface ParseCELOptionsIC extends Except {\n independentCombinators: true;\n /**\n * Handler for custom CEL expressions.\n */\n customExpressionHandler?: (expr: CELExpression) => RuleType | RuleGroupTypeIC | null;\n}\n\n/**\n * Options object for {@link parseCEL}.\n */\nexport type ParseCELOptions = ParseCELOptionsStandard | ParseCELOptionsIC;\n\n/**\n * Converts a CEL string expression into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupType DefaultRuleGroupType}).\n */\nfunction parseCEL(cel: string): DefaultRuleGroupType;\n/**\n * Converts a CEL string expression into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!RuleGroupType RuleGroupType}).\n */\nfunction parseCEL(\n cel: string,\n options: ParseCELOptionsStandard & {\n customExpressionHandler: (expr: CELExpression) => RuleType | RuleGroupType | null;\n }\n): RuleGroupType;\n/**\n * Converts a CEL string expression into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!RuleGroupTypeIC RuleGroupTypeIC}).\n */\nfunction parseCEL(\n cel: string,\n options: ParseCELOptionsIC & {\n customExpressionHandler: (expr: CELExpression) => RuleType | RuleGroupTypeIC | null;\n }\n): RuleGroupTypeIC;\n/**\n * Converts a CEL string expression into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupType DefaultRuleGroupType}).\n */\nfunction parseCEL(cel: string, options?: ParseCELOptionsStandard): DefaultRuleGroupType;\n/**\n * Converts a CEL string expression into a query suitable for the\n * {@link index!QueryBuilder QueryBuilder} component's `query` or `defaultQuery` props\n * ({@link index!DefaultRuleGroupTypeIC DefaultRuleGroupTypeIC}).\n */\nfunction parseCEL(cel: string, options: ParseCELOptionsIC): DefaultRuleGroupTypeIC;\nfunction parseCEL(cel: string, options: ParseCELOptions = {}): RuleGroupTypeAny {\n const { fields, independentCombinators, listsAsArrays, customExpressionHandler } = options;\n const ic = !!independentCombinators;\n const fieldsFlat = getFieldsArray(fields);\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: options?.getValueSources,\n });\n\n const emptyQuery: DefaultRuleGroupTypeAny = {\n rules: [],\n ...(ic ? {} : { combinator: 'and' }),\n };\n\n const processCELExpression = (\n expr: CELExpression,\n processOpts: {\n groupOnlyIfNecessary?: boolean;\n forwardNegation?: boolean;\n } = {}\n ): DefaultRuleType | DefaultRuleGroupTypeAny | null => {\n const { forwardNegation: forwardedNegation, groupOnlyIfNecessary } = processOpts;\n /* v8 ignore if -- @preserve */\n if (isCELNegation(expr) || isCELNegatedLikeExpression(expr)) {\n const negate = isCELNegation(expr)\n ? expr.negations % 2 === 1\n : (getCELIdentifierFromNegatedChain(expr.left).match(/^!+/)?.[0].length ?? 0) % 2 === 1;\n const negatedExpr =\n isCELNegation(expr) &&\n isCELExpressionGroup(expr.value) &&\n isCELLikeExpression(expr.value.value)\n ? processCELExpression(expr.value.value, { forwardNegation: negate })\n : isCELNegatedLikeExpression(expr)\n ? processCELExpression(\n {\n ...expr,\n left: {\n type: 'Identifier',\n value: getCELIdentifierFromNegatedChain(expr.left).replace(/^!+/, ''),\n },\n } as CELLikeExpression,\n { forwardNegation: negate }\n )\n : isCELNegation(expr) &&\n isCELExpressionGroup(expr.value) &&\n isCELRelation(expr.value.value)\n ? processCELExpression(expr.value.value, { forwardNegation: negate })\n : processCELExpression(expr.value, {\n groupOnlyIfNecessary: true,\n forwardNegation: negate,\n });\n if (negatedExpr) {\n if (\n isCELNegatedLikeExpression(expr) ||\n (isCELNegation(expr) &&\n isCELExpressionGroup(expr.value) &&\n isCELRelation(expr.value.value))\n ) {\n return negatedExpr;\n } else if (\n !negate ||\n (negate && !isRuleGroup(negatedExpr) && negatedExpr.operator.startsWith('doesNot'))\n ) {\n return ic\n ? ({ rules: [negatedExpr] } as DefaultRuleGroupTypeIC)\n : ({\n combinator: 'and',\n rules: [negatedExpr],\n } as DefaultRuleGroupType);\n }\n return ic\n ? ({ rules: [negatedExpr], not: true } as DefaultRuleGroupTypeIC)\n : ({\n combinator: 'and',\n rules: [negatedExpr],\n not: true,\n } as DefaultRuleGroupType);\n }\n } else if (isCELExpressionGroup(expr)) {\n const rule = processCELExpression(expr.value, {\n groupOnlyIfNecessary: true,\n });\n if (rule) {\n if (isRuleGroup(rule) || (groupOnlyIfNecessary && isCELExpressionGroup(expr.value))) {\n return rule;\n }\n return ic ? { rules: [rule] } : { combinator: 'and', rules: [rule] };\n }\n } else if (isCELConditionalAnd(expr) || isCELConditionalOr(expr)) {\n if (ic) {\n const andOrList = celGenerateFlatAndOrList(expr);\n const rules = andOrList.map(v => {\n if (typeof v === 'string') {\n return v;\n }\n return processCELExpression(v);\n });\n // Bail out completely if any rules in the list were invalid\n // so as not to return an incorrect and/or sequence\n if (!rules.every(Boolean)) {\n return null;\n }\n return {\n rules: rules as DefaultRuleGroupICArray,\n };\n }\n const andOrList = celGenerateMixedAndOrList(expr);\n const combinator = andOrList[1] as DefaultCombinatorName;\n const filteredList = andOrList\n .filter(v => Array.isArray(v) || (!!v && typeof v !== 'string' && 'type' in v))\n .map(v =>\n Array.isArray(v) ? v.filter(vf => !!v && typeof vf !== 'string' && 'type' in vf) : v\n ) as (CELExpression | CELExpression[])[];\n const rules = filteredList\n .map((exp): DefaultRuleGroupType | DefaultRuleType | null => {\n if (Array.isArray(exp)) {\n return {\n combinator: 'and',\n rules: exp.map(e => processCELExpression(e)).filter(Boolean) as DefaultRuleGroupArray,\n };\n }\n return processCELExpression(exp) as DefaultRuleType | DefaultRuleGroupType | null;\n })\n .filter(Boolean) as DefaultRuleGroupArray;\n /* v8 ignore else -- @preserve */\n if (rules.length > 0) {\n return { combinator, rules };\n }\n } else if (isCELLikeExpression(expr)) {\n const field = getCELIdentifierFromChain(expr.left);\n const func = expr.right.value;\n const operatorPre: DefaultOperatorName = func === 'startsWith' ? 'beginsWith' : func;\n const operator = forwardedNegation\n ? (`doesNot${operatorPre[0].toUpperCase()}${operatorPre\n .slice(1)\n .replace('s', '')}` as DefaultOperatorName)\n : operatorPre;\n const valueObj = expr.list.value[0];\n const value = isCELStringLiteral(valueObj) ? evalCELLiteralValue(valueObj) : valueObj.value;\n const valueSource: ValueSource | undefined =\n expr.list.value[0].type === 'Identifier' ? 'field' : undefined;\n if (fieldIsValid(field, operator, valueSource === 'field' ? value : undefined)) {\n return valueSource ? { field, operator, value, valueSource } : { field, operator, value };\n }\n } else if (isCELSubqueryExpression(expr)) {\n const components = extractSubqueryComponents(expr);\n // v8 ignore else\n if (components) {\n const { field, method, alias, condition } = components;\n\n const matchMode: MatchMode = method === 'all' ? 'all' : 'some';\n\n // Parse the condition expression recursively\n // Replace alias references in the condition with appropriate field paths\n const transformedCondition = transformAliasInExpression(condition, alias);\n const subqueryValue = processCELExpression(transformedCondition);\n\n if (subqueryValue && fieldIsValid(field, '=')) {\n // Wrap single rules in a rule group\n const ruleGroupValue = isRuleGroup(subqueryValue)\n ? subqueryValue\n : ic\n ? { rules: [subqueryValue] }\n : { combinator: 'and' as DefaultCombinatorName, rules: [subqueryValue] };\n\n return {\n field,\n operator: '=',\n match: { mode: matchMode },\n value: ruleGroupValue,\n };\n }\n }\n } else if (isCELNegatedSubqueryExpression(expr)) {\n const field = getCELIdentifierFromNegatedChain(expr.left).replace(/^!+/, '');\n const method = expr.right.value;\n const [aliasExpr, conditionExpr] = expr.list.value;\n const alias = isCELIdentifier(aliasExpr)\n ? aliasExpr.value\n : /* v8 ignore next -- @preserve */ null;\n\n // For negated subqueries, we want to create a NOT rule group with the subquery inside\n const transformedCondition = transformAliasInExpression(conditionExpr, alias);\n const subqueryValue = processCELExpression(transformedCondition);\n\n // v8 ignore else\n if (subqueryValue && fieldIsValid(field, '=')) {\n const ruleGroupValue = isRuleGroup(subqueryValue)\n ? subqueryValue\n : ic\n ? { rules: [subqueryValue] }\n : { combinator: 'and' as DefaultCombinatorName, rules: [subqueryValue] };\n\n // Determine match mode based on method (no forwarded negation since we handle it differently)\n const matchMode = method === 'all' ? 'all' : 'some';\n\n const subqueryRule: DefaultRuleType = {\n field,\n operator: '=',\n match: { mode: matchMode },\n value: ruleGroupValue,\n };\n\n // Return a negated rule group containing the subquery\n return ic\n ? { not: true, rules: [subqueryRule] }\n : { combinator: 'and' as DefaultCombinatorName, not: true, rules: [subqueryRule] };\n }\n } else if (isCELRelation(expr)) {\n let field: string | null = null;\n // oxlint-disable-next-line typescript/no-explicit-any\n let value: any = undefined;\n let valueSource: ValueSource | undefined = undefined;\n let flip = false;\n const { left, right } = expr;\n if (isCELIdentifierOrChain(left)) {\n field = getCELIdentifierFromChain(left);\n if (isCELIdentifierOrChain(right)) {\n value = getCELIdentifierFromChain(right);\n valueSource = 'field';\n } else if (isCELLiteral(right)) {\n value = evalCELLiteralValue(right);\n }\n } else {\n /* v8 ignore else -- @preserve */\n if (isCELIdentifierOrChain(right) && isCELLiteral(left) && expr.operator !== 'in') {\n flip = true;\n field = getCELIdentifierFromChain(right);\n value = evalCELLiteralValue(left);\n }\n }\n let operator = celNormalizeOperator(expr.operator, flip);\n if (forwardedNegation) {\n operator = defaultOperatorNegationMap[operator];\n }\n if (value === null && (operator === '=' || operator === '!=')) {\n operator = operator === '=' ? 'null' : 'notNull';\n } else if ((operator === 'in' || operator === 'notIn') && isCELList(right)) {\n if (right.value.value.every(v => isCELLiteral(v))) {\n value = right.value.value.map(v => evalCELLiteralValue(v));\n } else {\n if (right.value.value.every(v => isCELIdentifierOrChain(v))) {\n valueSource = 'field';\n value = right.value.value.map(id => getCELIdentifierFromChain(id));\n }\n }\n if (value && !listsAsArrays) {\n value = joinWith(\n value.map((v: string | boolean | number) => `${v}`),\n ','\n );\n }\n } else if ((operator === 'in' || operator === 'notIn') && isCELMap(right)) {\n const keys = right.value.value.map(v => v.left);\n if (keys.every(k => isCELLiteral(k) || isCELIdentifierOrChain(k))) {\n value = (keys as (CELLiteral | CELIdentifier)[]).map(k =>\n isCELLiteral(k) ? evalCELLiteralValue(k) : getCELIdentifierFromChain(k)\n );\n }\n if (value && !listsAsArrays) {\n value = joinWith(\n value.map((v: string | boolean | number) => `${v}`),\n ','\n );\n }\n }\n if (\n field !== null &&\n fieldIsValid(field, operator, valueSource === 'field' ? value : undefined) &&\n value !== undefined\n ) {\n return valueSource ? { field, operator, value, valueSource } : { field, operator, value };\n }\n } else if (customExpressionHandler) {\n return customExpressionHandler(expr) as DefaultRuleType | DefaultRuleGroupTypeAny | null;\n }\n return null;\n };\n\n const prepare = options.generateIDs ? prepareRuleGroup : (g: T) => g;\n\n const celParser = new CELParser();\n let processedCEL: CELExpression;\n try {\n processedCEL = (celParser.parse(cel) as ParsedCEL).value;\n } catch {\n return prepare(emptyQuery);\n }\n const result = processCELExpression(processedCEL);\n if (result) {\n if (isRuleGroup(result)) {\n return prepare(result);\n }\n return prepare({ rules: [result], ...(ic ? {} : { combinator: 'and' }) });\n }\n\n return prepare(emptyQuery);\n}\n\nexport { parseCEL 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