cjs-module-lexer - npm Package Compare versions

Comparing version 0.2.2 to 0.2.3

dist/lexer.js

		@@ -1,1 +0,1 @@
		"use strict";exports.parse=parse;exports.init=init;const A=WebAssembly.compile,B=WebAssembly.instantiate,Q=Uint8Array.from,E="undefined"!=typeof Buffer&&Buffer.from,g=Function.prototype.call.bind(String.prototype.charCodeAt),I=Function.prototype.call.bind(String.prototype.slice),C=Function.prototype.call.bind(String.prototype.split),k=Function.prototype.call.bind(String.prototype.lastIndexOf),H=Object.assign,w=JSON.parse,c=Math.ceil,G=Uint16Array,J=Error,S=Set,a=Function.prototype.call.bind(Set.prototype.has),i=Function.prototype.call.bind(Set.prototype.add),D=new Set(["implements","interface","let","package","private","protected","public","static","yield","enum"]);let R,N;function parse(A,B="@"){if(!R)throw new Error("Not initialized");const Q=(R.__heap_base.value\|\|R.__heap_base)+4*A.length+-R.memory.buffer.byteLength;if(Q>0&&R.memory.grow(c(Q/65536)),function(A,B){const Q=A.length;let E=0;for(;E<Q;)B[E]=g(A,E++)}(A,new G(R.memory.buffer,R.sa(A.length),A.length+1)),!R.parse())throw H(new J(`Parse error ${B}:${C(I(A,0,R.e()),"\n").length}:${R.e()-k(A,"\n",R.e()-1)}`),{idx:R.e()});let E=new S,N=new S;for(;R.re();){let B,Q=I(A,R.es(),R.ee());0!==Q.length?(B="'"===Q[0]\|\|'"'===Q[0]?I(Q,1,-1):Q,a(D,B)\|\|i(E,B)):(E=new S(["__esModule"]),N=new S)}for(;R.rre();)i(N,w('"'+I(A,R.res()+1,R.ree()-1)+'"'));return{exports:[...E],reexports:[...N]}}function init(){return N\|\|(N=(async()=>{const I=await A((C="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atob?Q(atob(C),A=>g(A,0)):E(C,"base64")));var C;const{exports:H}=await B(I);R=H})())}

package.json

		{
		"name": "cjs-module-lexer",
		"version": "0.2.2",
		"version": "0.2.3",
		"description": "Lexes CommonJS modules, returning their named exports metadata",
		@@ -5,0 +5,0 @@ "main": "dist/lexer.js",

README.md

		@@ -82,4 +82,4 @@ # CJS Module Lexer
		1. The returned export names are the matched `IDENTIFIER` and `IDENTIFIER_STRING` slots for all `EXPORTS_MEMBER` and `EXPORTS_DEFINE` matches.
		1. If `WEBPACK_EXPORTS` have matched slots, these `IDENTIFIER_STRING` slots are returned instead of the export names in (1) above.
		1. The reexport specifiers are taken to be the `STRING_LITERAL` slots of all `EXPORTS_ASSIGN` matches.
		1. If `WEBPACK_EXPORTS` have matched slots, these `IDENTIFIER_STRING` slots are returned instead of any of the export names and reexport names in (1) and (2) above.

		@@ -86,0 +86,0 @@ ### Not Supported

dist/lexer.mjs

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