How to use jsParse method in stryker-parent

Best JavaScript code snippet using stryker-parent

jsparse.js

Source:jsparse.js

1// Copyright (C) 2007 Chris Double.2//3// Redistribution and use in source and binary forms, with or without4// modification, are permitted provided that the following conditions are met:5//6// 1. Redistributions of source code must retain the above copyright notice,7//    this list of conditions and the following disclaimer.8//9// 2. Redistributions in binary form must reproduce the above copyright notice,10//    this list of conditions and the following disclaimer in the documentation11//    and/or other materials provided with the distribution.12//13// THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES,14// INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND15// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE16// DEVELOPERS AND CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,17// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,18// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;19// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,20// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR21// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF22// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.23//24(function () {25    var jsparse;26    try {27        jsparse = exports;28    } catch (e) {29        jsparse = {};30    }31    jsparse.foldl = function foldl(f, initial, seq) {32        for (var i = 0; i < seq.length; ++i)33            initial = f(initial, seq[i]);34        return initial;35    };36    jsparse.memoize = true;37    jsparse.ParseState = (function () {38        function ParseState(input, index) {39            this.input = input;40            this.index = index || 0;41            this.length = input.length - this.index;42            this.cache = { };43            return this;44        }45        ParseState.prototype.from = function (index) {46            var r = new ParseState(this.input, this.index + index);47            r.cache = this.cache;48            r.length = this.length - index;49            return r;50        };51        ParseState.prototype.substring = function (start, end) {52            return this.input.substring(start + this.index, (end || this.length) + this.index);53        };54        ParseState.prototype.trimLeft = function () {55            var s = this.substring(0);56            var m = s.match(/^\s+/);57            return m ? this.from(m[0].length) : this;58        };59        ParseState.prototype.at = function (index) {60            return this.input.charAt(this.index + index);61        };62        ParseState.prototype.toString = function () {63            return 'PS"' + this.substring(0) + '"';64        };65        ParseState.prototype.getCached = function (pid) {66            if (!jsparse.memoize)67                return false;68            var p = this.cache[pid];69            if (p)70                return p[this.index];71            else72                return false;73        };74        ParseState.prototype.putCached = function (pid, cached) {75            if (!jsparse.memoize)76                return false;77            var p = this.cache[pid];78            if (p)79                p[this.index] = cached;80            else {81                p = this.cache[pid] = { };82                p[this.index] = cached;83            }84        };85        return ParseState;86    })();87    jsparse.ps = function ps(str) {88        return new jsparse.ParseState(str);89    };90// 'r' is the remaining string to be parsed.91// 'matched' is the portion of the string that92// was successfully matched by the parser.93// 'ast' is the AST returned by the successfull parse.94    jsparse.make_result = function make_result(r, matched, ast) {95        return { remaining: r, matched: matched, ast: ast };96    };97    jsparse.parser_id = 0;98// 'token' is a parser combinator that given a string, returns a parser99// that parses that string value. The AST contains the string that was parsed.100    jsparse.token = function token(s) {101        var pid = jsparse.parser_id++;102        return function (state) {103            var cached = state.getCached(pid);104            if (cached)105                return cached;106            var r = state.length >= s.length && state.substring(0, s.length) == s;107            if (r)108                cached = { remaining: state.from(s.length), matched: s, ast: s };109            else110                cached = false;111            state.putCached(pid, cached);112            return cached;113        };114    };115// Like 'token' but for a single character. Returns a parser that given a string116// containing a single character, parses that character value.117    jsparse.ch = function ch(c) {118        var pid = jsparse.parser_id++;119        return function (state) {120            var cached = state.getCached(pid);121            if (cached)122                return cached;123            var r = state.length >= 1 && state.at(0) == c;124            if (r)125                cached = { remaining: state.from(1), matched: c, ast: c };126            else127                cached = false;128            state.putCached(pid, cached);129            return cached;130        };131    };132// 'range' is a parser combinator that returns a single character parser133// (similar to 'ch'). It parses single characters that are in the inclusive134// range of the 'lower' and 'upper' bounds ("a" to "z" for example).135    jsparse.range = function range(lower, upper) {136        var pid = jsparse.parser_id++;137        return function (state) {138            var cached = state.getCached(pid);139            if (cached)140                return cached;141            if (state.length < 1)142                cached = false;143            else {144                var ch = state.at(0);145                if (ch >= lower && ch <= upper)146                    cached = { remaining: state.from(1), matched: ch, ast: ch };147                else148                    cached = false;149            }150            state.putCached(pid, cached);151            return cached;152        };153    };154// Helper function to convert string literals to token parsers155// and perform other implicit parser conversions.156    jsparse.toParser = function toParser(p) {157        return (typeof(p) == "string") ? jsparse.token(p) : p;158    };159// Parser combinator that returns a parser that160// skips whitespace before applying parser.161    jsparse.whitespace = function whitespace(p) {162        p = jsparse.toParser(p);163        var pid = jsparse.parser_id++;164        return function (state) {165            var cached = state.getCached(pid);166            if (cached)167                return cached;168            cached = p(state.trimLeft());169            state.putCached(pid, cached);170            return cached;171        };172    };173// Parser combinator that passes the AST generated from the parser 'p'174// to the function 'f'. The result of 'f' is used as the AST in the result.175    jsparse.action = function action(p, f) {176        p = jsparse.toParser(p);177        var pid = jsparse.parser_id++;178        return function (state) {179            var cached = state.getCached(pid);180            if (cached)181                return cached;182            var x = p(state);183            if (x) {184                x.ast = f(x.ast);185                cached = x;186            }187            else {188                cached = false;189            }190            state.putCached(pid, cached);191            return cached;192        };193    };194// Given a parser that produces an array as an ast, returns a195// parser that produces an ast with the array joined by a separator.196    jsparse.join_action = function join_action(p, sep) {197        return jsparse.action(p, function (ast) {198            return ast.join(sep);199        });200    };201// Given an ast of the form [ Expression, [ a, b, ...] ], convert to202// [ [ [ Expression [ a ] ] b ] ... ]203// This is used for handling left recursive entries in the grammar. e.g.204// MemberExpression:205//   PrimaryExpression206//   FunctionExpression207//   MemberExpression [ Expression ]208//   MemberExpression . Identifier209//   new MemberExpression Arguments210    jsparse.left_factor = function left_factor(ast) {211        return jsparse.foldl(function (v, action) {212                return [ v, action ];213            },214            ast[0],215            ast[1]);216    };217// Return a parser that left factors the ast result of the original218// parser.219    jsparse.left_factor_action = function left_factor_action(p) {220        return jsparse.action(p, jsparse.left_factor);221    };222// 'negate' will negate a single character parser. So given 'ch("a")' it will successfully223// parse any character except for 'a'. Or 'negate(range("a", "z"))' will successfully parse224// anything except the lowercase characters a-z.225    jsparse.negate = function negate(p) {226        p = jsparse.toParser(p);227        var pid = jsparse.parser_id++;228        return function (state) {229            var cached = state.getCached(pid);230            if (cached)231                return cached;232            if (state.length >= 1) {233                var r = p(state);234                if (!r)235                    cached = jsparse.make_result(state.from(1), state.at(0), state.at(0));236                else237                    cached = false;238            }239            else {240                cached = false;241            }242            state.putCached(pid, cached);243            return cached;244        };245    };246// 'end' is a parser that is successful if the input string is empty (ie. end of parse).247    jsparse.end = function end(state) {248        if (state.length == 0)249            return jsparse.make_result(state, undefined, undefined);250        else251            return false;252    };253    jsparse.end_p = jsparse.end;254// 'nothing' is a parser that always fails.255    jsparse.nothing = function nothing() {256        return false;257    };258    jsparse.nothing_p = jsparse.nothing;259// 'sequence' is a parser combinator that processes a number of parsers in sequence.260// It can take any number of arguments, each one being a parser. The parser that 'sequence'261// returns succeeds if all the parsers in the sequence succeeds. It fails if any of them fail.262    jsparse.sequence = function sequence() {263        var parsers = [];264        for (var i = 0; i < arguments.length; ++i)265            parsers.push(jsparse.toParser(arguments[i]));266        var pid = jsparse.parser_id++;267        return function (state) {268            var savedState = state;269            var cached = savedState.getCached(pid);270            if (cached) {271                return cached;272            }273            var ast = [];274            var matched = "";275            var i;276            for (i = 0; i < parsers.length; ++i) {277                var parser = parsers[i];278                var result = parser(state);279                if (result) {280                    state = result.remaining;281                    if (result.ast != undefined) {282                        ast.push(result.ast);283                        matched = matched + result.matched;284                    }285                }286                else {287                    break;288                }289            }290            if (i == parsers.length) {291                cached = jsparse.make_result(state, matched, ast);292            }293            else294                cached = false;295            savedState.putCached(pid, cached);296            return cached;297        };298    };299// Like sequence, but ignores whitespace between individual parsers.300    jsparse.wsequence = function wsequence() {301        var parsers = [];302        for (var i = 0; i < arguments.length; ++i) {303            parsers.push(jsparse.whitespace(jsparse.toParser(arguments[i])));304        }305        return jsparse.sequence.apply(null, parsers);306    };307// 'choice' is a parser combinator that provides a choice between other parsers.308// It takes any number of parsers as arguments and returns a parser that will try309// each of the given parsers in order. The first one that succeeds results in a310// successfull parse. It fails if all parsers fail.311    jsparse.choice = function choice() {312        var parsers = [];313        for (var i = 0; i < arguments.length; ++i)314            parsers.push(jsparse.toParser(arguments[i]));315        var pid = jsparse.parser_id++;316        return function (state) {317            var cached = state.getCached(pid);318            if (cached) {319                return cached;320            }321            var i;322            for (i = 0; i < parsers.length; ++i) {323                var parser = parsers[i];324                var result = parser(state);325                if (result) {326                    break;327                }328            }329            if (i == parsers.length)330                cached = false;331            else332                cached = result;333            state.putCached(pid, cached);334            return cached;335        };336    };337// 'butnot' is a parser combinator that takes two parsers, 'p1' and 'p2'.338// It returns a parser that succeeds if 'p1' matches and 'p2' does not, or339// 'p1' matches and the matched text is longer that p2's.340// Useful for things like: butnot(IdentifierName, ReservedWord)341    jsparse.butnot = function butnot(p1, p2) {342        p1 = jsparse.toParser(p1);343        p2 = jsparse.toParser(p2);344        var pid = jsparse.parser_id++;345        // match a but not b. if both match and b's matched text is shorter346        // than a's, a failed match is made347        return function (state) {348            var cached = state.getCached(pid);349            if (cached)350                return cached;351            var br = p2(state);352            if (!br) {353                cached = p1(state);354            } else {355                var ar = p1(state);356                if (ar) {357                    if (ar.matched.length > br.matched.length)358                        cached = ar;359                    else360                        cached = false;361                }362                else {363                    cached = false;364                }365            }366            state.putCached(pid, cached);367            return cached;368        };369    };370// 'difference' is a parser combinator that takes two parsers, 'p1' and 'p2'.371// It returns a parser that succeeds if 'p1' matches and 'p2' does not. If372// both match then if p2's matched text is shorter than p1's it is successfull.373    jsparse.difference = function difference(p1, p2) {374        p1 = jsparse.toParser(p1);375        p2 = jsparse.toParser(p2);376        var pid = jsparse.parser_id++;377        // match a but not b. if both match and b's matched text is shorter378        // than a's, a successfull match is made379        return function (state) {380            var cached = state.getCached(pid);381            if (cached)382                return cached;383            var br = p2(state);384            if (!br) {385                cached = p1(state);386            } else {387                var ar = p1(state);388                if (ar.matched.length >= br.matched.length)389                    cached = br;390                else391                    cached = ar;392            }393            state.putCached(pid, cached);394            return cached;395        };396    };397// 'xor' is a parser combinator that takes two parsers, 'p1' and 'p2'.398// It returns a parser that succeeds if 'p1' or 'p2' match but fails if399// they both match.400    jsparse.xor = function xor(p1, p2) {401        p1 = jsparse.toParser(p1);402        p2 = jsparse.toParser(p2);403        var pid = jsparse.parser_id++;404        // match a or b but not both405        return function (state) {406            var cached = state.getCached(pid);407            if (cached)408                return cached;409            var ar = p1(state);410            var br = p2(state);411            if (ar && br)412                cached = false;413            else414                cached = ar || br;415            state.putCached(pid, cached);416            return cached;417        };418    };419// A parser combinator that takes one parser. It returns a parser that420// looks for zero or more matches of the original parser.421    jsparse.repeat0 = function repeat0(p) {422        p = jsparse.toParser(p);423        var pid = jsparse.parser_id++;424        return function (state) {425            var savedState = state;426            var cached = savedState.getCached(pid);427            if (cached) {428                return cached;429            }430            var ast = [];431            var matched = "";432            var result;433            while (result = p(state)) {434                ast.push(result.ast);435                matched = matched + result.matched;436                if (result.remaining.index == state.index)437                    break;438                state = result.remaining;439            }440            cached = jsparse.make_result(state, matched, ast);441            savedState.putCached(pid, cached);442            return cached;443        };444    };445// A parser combinator that takes one parser. It returns a parser that446// looks for one or more matches of the original parser.447    jsparse.repeat1 = function repeat1(p) {448        p = jsparse.toParser(p);449        var pid = jsparse.parser_id++;450        return function (state) {451            var savedState = state;452            var cached = savedState.getCached(pid);453            if (cached)454                return cached;455            var ast = [];456            var matched = "";457            var result = p(state);458            if (!result)459                cached = false;460            else {461                while (result) {462                    ast.push(result.ast);463                    matched = matched + result.matched;464                    if (result.remaining.index == state.index)465                        break;466                    state = result.remaining;467                    result = p(state);468                }469                cached = jsparse.make_result(state, matched, ast);470            }471            savedState.putCached(pid, cached);472            return cached;473        };474    };475// A parser combinator that takes one parser. It returns a parser that476// matches zero or one matches of the original parser.477    jsparse.optional = function optional(p) {478        p = jsparse.toParser(p);479        var pid = jsparse.parser_id++;480        return function (state) {481            var cached = state.getCached(pid);482            if (cached)483                return cached;484            var r = p(state);485            cached = r || jsparse.make_result(state, "", false);486            state.putCached(pid, cached);487            return cached;488        };489    };490// A parser combinator that ensures that the given parser succeeds but491// ignores its result. This can be useful for parsing literals that you492// don't want to appear in the ast. eg:493// sequence(expect("("), Number, expect(")")) => ast: Number494    jsparse.expect = function expect(p) {495        return jsparse.action(p, function () {496            return undefined;497        });498    };499    jsparse.chain = function chain(p, s, f) {500        p = jsparse.toParser(p);501        return jsparse.action(jsparse.sequence(p, jsparse.repeat0(jsparse.action(jsparse.sequence(s, p), f))),502            function (ast) {503                return [ast[0]].concat(ast[1]);504            });505    };506// A parser combinator to do left chaining and evaluation. Like 'chain', it expects a parser507// for an item and for a seperator. The seperator parser's AST result should be a function508// of the form: function(lhs,rhs) { return x; }509// Where 'x' is the result of applying some operation to the lhs and rhs AST's from the item510// parser.511    jsparse.chainl = function chainl(p, s) {512        p = jsparse.toParser(p);513        return jsparse.action(jsparse.sequence(p, jsparse.repeat0(jsparse.sequence(s, p))),514            function (ast) {515                return jsparse.foldl(function (v, action) {516                    return action[0](v, action[1]);517                }, ast[0], ast[1]);518            });519    };520// A parser combinator that returns a parser that matches lists of things. The parser to521// match the list item and the parser to match the seperator need to522// be provided. The AST is the array of matched items.523    jsparse.list = function list(p, s) {524        return jsparse.chain(p, s, function (ast) {525            return ast[1];526        });527    };528// Like list, but ignores whitespace between individual parsers.529    jsparse.wlist = function wlist() {530        var parsers = [];531        for (var i = 0; i < arguments.length; ++i) {532            parsers.push(jsparse.whitespace(arguments[i]));533        }534        return jsparse.list.apply(null, parsers);535    };536// A parser that always returns a zero length match537    jsparse.epsilon_p = function epsilon_p(state) {538        return jsparse.make_result(state, "", undefined);539    };540// Allows attaching of a function anywhere in the grammer. If the function returns541// true then parse succeeds otherwise it fails. Can be used for testing if a symbol542// is in the symbol table, etc.543    jsparse.semantic = function semantic(f) {544        var pid = jsparse.parser_id++;545        return function (state) {546            var cached = state.getCached(pid);547            if (cached)548                return cached;549            cached = f() ? jsparse.make_result(state, "", undefined) : false;550            state.putCached(pid, cached);551            return cached;552        };553    };554// The and predicate asserts that a certain conditional555// syntax is satisfied before evaluating another production. Eg:556// sequence(and("0"), oct_p)557// (if a leading zero, then parse octal)558// It succeeds if 'p' succeeds and fails if 'p' fails. It never559// consume any input however, and doesn't put anything in the resulting560// AST.561    jsparse.and = function and(p) {562        p = jsparse.toParser(p);563        var pid = jsparse.parser_id++;564        return function (state) {565            var cached = state.getCached(pid);566            if (cached)567                return cached;568            var r = p(state);569            cached = r ? jsparse.make_result(state, "", undefined) : false;570            state.putCached(pid, cached);571            return cached;572        };573    };574// The opposite of 'and'. It fails if 'p' succeeds and succeeds if575// 'p' fails. It never consumes any input. This combined with 'and' can576// be used for 'lookahead' and disambiguation of cases.577//578// Compare:579// sequence("a",choice("+","++"),"b")580//   parses a+b581//   but not a++b because the + matches the first part and peg's don't582//   backtrack to other choice options if they succeed but later things fail.583//584// sequence("a",choice(sequence("+", not("+")),"++"),"b")585//    parses a+b586//    parses a++b587//588    jsparse.not = function not(p) {589        p = jsparse.toParser(p);590        var pid = jsparse.parser_id++;591        return function (state) {592            var cached = state.getCached(pid);593            if (cached)594                return cached;595            cached = p(state) ? false : jsparse.make_result(state, "", undefined);596            state.putCached(pid, cached);597            return cached;598        };599    };600// For ease of use, it's sometimes nice to be able to not have to prefix all601// of the jsparse functions with `jsparse.` and since the original version of602// this library put everything in the toplevel namespace, this makes it easy603// to use this version with old code.604//605// The only caveat there is that changing `memoize` MUST be done on606// jsparse.memoize607//608// Typical usage:609//   jsparse.inject_into(window)610//611    jsparse.inject_into = function inject_into(into) {612        for (var key in jsparse) {613            if (jsparse.hasOwnProperty(key) && typeof jsparse[key] === 'function') {614                into[key] = jsparse[key];615            }616        }617    };618// Support all the module systems.619    if (typeof module === "object" && typeof module.exports === "object") {620        module.exports = jsparse;621    } else if (typeof define === "function" && define.amd) {622        define([], function () {623            return jsparse;624        });625    } else if626        (typeof window === "object" && typeof window.document === "object") {627        window.jsparse = jsparse;628    } else if629        (typeof self === "object") {630        self.jsparse = jsparse;631    } else {632        throw 'could not find valid method to export jsparse';633    }...

gulpfile.js

Source:gulpfile.js

1var gulp = require('gulp');2var concat = require('gulp-concat');3var uglify = require('gulp-uglify');4var del = require('del');5var header = require('gulp-header');6var dateFormat = require('dateformat');7var banner = '/* created at ${date} by ${user} */';8var paths = {9    js: {10        JSParse: {11            src: ['./src/nobom/JSParse.js'],12            dest: 'JSParse.min.js'13        },14        JSParse_bom: {15            src: ['./src/bom/JSParse-bom.js'],16            dest: 'JSParse-bom.min.js'17        }18    }19};20gulp.task('clean/js/JSParse', function () {21    return del('./src/' + paths.js.JSParse.dest);22});23gulp.task('clean/js/JSParse-bom', function () {24    return del('./src' + paths.js.JSParse_bom.dest);25});26gulp.task('js/JSParse', ['clean/js/JSParse'], function () {27    return gulp.src(paths.js.JSParse.src)28    // .pipe(sourceMaps.init())29        .pipe(uglify())30        .pipe(concat(paths.js.JSParse.dest))31        // .pipe(sourceMaps.write('.'))32        .pipe(header(banner, {33            date: dateFormat(Date.now(), 'dddd, mmmm dS, yyyy, h:MM:ss TT'),34            user: 'Pei Yu'35        }))36        .pipe(gulp.dest('./src/nobom'));37});38gulp.task('js/JSParse-bom', ['clean/js/JSParse-bom'], function () {39    return gulp.src(paths.js.JSParse_bom.src)40    // .pipe(sourceMaps.init())41        .pipe(uglify())42        .pipe(concat(paths.js.JSParse_bom.dest))43        // .pipe(sourceMaps.write('.'))44        .pipe(header(banner, {45            date: dateFormat(Date.now(), 'dddd, mmmm dS, yyyy, h:MM:ss TT'),46            user: 'Pei Yu'47        }))48        .pipe(gulp.dest('./src/bom'));49});50gulp.task('watch', function () {51    gulp.watch(paths.js.JSParse.src, ['js/JSParse']);52    gulp.watch(paths.js.JSParse_bom.src, ['js/JSParse-bom']);53});54gulp.task('default', ['clean/js/JSParse', 'clean/js/JSParse-bom', 'js/JSParse', 'js/JSParse-bom']);...

Using AI Code Generation

1const {jsParse} = require('stryker-parent');2const {jsParse} = require('stryker');3const {jsParse} = require('stryker-parent');4const {jsParse} = require('stryker');5const {jsParse} = require('stryker-parent');6const {jsParse} = require('stryker');7const {jsParse} = require('stryker-parent');8const {jsParse} = require('stryker');9const {jsParse} = require('stryker-parent');10const {jsParse} = require('stryker');11const {jsParse} = require('stryker-parent');12const {jsParse} = require('stryker');13const {jsParse} = require('stryker-parent');14const {jsParse} = require('stryker');15const {jsParse} = require('stryker-parent');16const {jsParse} = require('stryker');17const {jsParse} = require('stryker-parent');18const {jsParse} = require('stryker');19const {jsParse} = require('stryker-parent');

Using AI Code Generation

1var jsParse = require('stryker-parent').jsParse;2var ast = jsParse('var x = 5;');3console.log(ast);4var jsParse = require('stryker-parent').jsParse;5var ast = jsParse('var x = 5;');6console.log(ast);7var jsParse = require('stryker-parent').jsParse;8var ast = jsParse('var x = 5;');9console.log(ast);10var jsParse = require('stryker-parent').jsParse;11var ast = jsParse('var x = 5;');12console.log(ast);13var jsParse = require('stryker-parent').jsParse;14var ast = jsParse('var x = 5;');15console.log(ast);16var jsParse = require('stryker-parent').jsParse;17var ast = jsParse('var x = 5;');18console.log(ast);19var jsParse = require('stryker-parent').jsParse;20var ast = jsParse('var x = 5;');21console.log(ast);22var jsParse = require('stryker-parent').jsParse;23var ast = jsParse('var x = 5;');24console.log(ast);25var jsParse = require('stryker-parent').jsParse;26var ast = jsParse('var x = 5;');27console.log(ast);28var jsParse = require('stryker-parent').jsParse;29var ast = jsParse('var x = 5;');30console.log(ast);31var jsParse = require('stryker-parent

Using AI Code Generation

1var stryker = require('stryker-parent');2var jsParse = stryker.jsParse;3var ast = jsParse("var x = 42;");4console.log(ast);5var stryker = require('stryker');6var jsParse = stryker.jsParse;7var ast = jsParse("var x = 42;");8console.log(ast);9var stryker = require('stryker-api');10var jsParse = stryker.jsParse;11var ast = jsParse("var x = 42;");12console.log(ast);13var stryker = require('stryker');14var jsParse = stryker.jsParse;15var ast = jsParse("var x = 42;");16console.log(ast);17[2017-09-05 17:28:19.882] [ERROR] StrykerCli - at Error (native)18module.exports = function (config) {19config.set({

Using AI Code Generation

1const stryker = require('stryker-parent');2const code = fs.readFileSync('./src/file.js', 'utf8');3const result = stryker.jsParse(code);4console.log(result);5const fs = require('fs');6const path = require('path');7const source = fs.createReadStream('C:/Users/Me/Desktop/Source');8const dest = fs.createWriteStream('C:/Users/Me/Desktop/Destination');9source.pipe(dest);10source.on('end', function() { console.log("Done") });11source.on('error', function(err) { console.log(err) });12const fs = require('fs');13const path = require('path');14const source = fs.createReadStream('C:/Users/Me/Desktop/Source');15const dest = fs.createWriteStream('C:/Users/Me/Desktop/Destination');16source.pipe(dest);17source.on('end', function() { console.log("Done") });18source.on('error', function(err) { console.log(err) });19const fs = require('fs');20fs.readFile('C:/Users/Me/Desktop/Source.txt', 'utf8

Using AI Code Generation

1const stryker = require('stryker-parent');2const parse = stryker.jsParse;3const ast = parse('const foo = "bar";');4console.log(ast);5const stryker = require('stryker');6const parse = stryker.jsParse;7const ast = parse('const foo = "bar";');8console.log(ast);

Using AI Code Generation

1const jsParser = require('stryker-parent').jsParser;2const testFile = 'test.js';3const testContent = 'var a = 1;';4const parsed = jsParser.parse(testContent, testFile);5const {jsParser} = require('stryker-parent');6const testFile = 'test.js';7const testContent = 'var a = 1;';8const parsed = jsParser.parse(testContent, testFile);9const {jsParser} = require('stryker-parent');10const testFile = 'test.js';11const testContent = 'var a = 1;';12const parsed = jsParser.parse(testContent, testFile);13const {jsParser} = require('stryker-parent');14const testFile = 'test.js';15const testContent = 'var a = 1;';16const parsed = jsParser.parse(testContent, testFile);17const {jsParser} = require('stryker-parent');18const testFile = 'test.js';19const testContent = 'var a = 1;';20const parsed = jsParser.parse(testContent, testFile);21const {jsParser} = require('stryker-parent');22const testFile = 'test.js';23const testContent = 'var a = 1;';24const parsed = jsParser.parse(testContent, testFile);25const {jsParser} = require('stryker-parent');26const testFile = 'test.js';27const testContent = 'var a = 1;';28const parsed = jsParser.parse(testContent, testFile

Using AI Code Generation

1package com.example;2import org.stryker.mutationtest.engine.MutationEngine;3import org.stryker.mutationtest.engine.MutationEngineFactory;4public class Test {5    public static void main(String[] args) {6        MutationEngine engine = MutationEngineFactory.createEngine();7        engine.jsParse("test.js");8    }9}10    at org.stryker.mutationtest.engine.MutationEngineFactory.createEngine(MutationEngineFactory.java:12)11    at com.example.Test.main(Test.java:8)12    at java.net.URLClassLoader$1.run(URLClassLoader.java:366)13    at java.net.URLClassLoader$1.run(URLClassLoader.java:355)14    at java.security.AccessController.doPrivileged(Native Method)15    at java.net.URLClassLoader.findClass(URLClassLoader.java:354)16    at java.lang.ClassLoader.loadClass(ClassLoader.java:425)17    at sun.misc.Launcher$AppClassLoader.loadClass(Launcher.java:308)18    at java.lang.ClassLoader.loadClass(ClassLoader.java:358)19package com.example;20import org.stryker.mutationtest.engine.MutationEngine;

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.