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How to use validNodes method in taiko

Best JavaScript code snippet using taiko

metaquerycore.spec.js

Source:metaquerycore.spec.js

1/*eslint-env node, mocha*/2/**3 * @author kecso / https://github.com/kecso4 */5var testFixture = require('../../_globals.js');6describe('meta query core', function () {7    'user strict';8    var gmeConfig = testFixture.getGmeConfig(),9        Q = testFixture.Q,10        expect = testFixture.expect,11        logger = testFixture.logger.fork('metaquerycore.spec'),12        storage,13        projectName = 'metaQueryTesting',14        core,15        rootNode,16        baseRootHash,17        gmeAuth,18        baseNodes = {19            '': null,20            '/1924875415': null,21            '/1924875415/1059131120': null,22            '/1924875415/1359805212': null,23            '/1924875415/1544821790': null,24        };25    before(function (done) {26        testFixture.clearDBAndGetGMEAuth(gmeConfig, projectName)27            .then(function (gmeAuth_) {28                gmeAuth = gmeAuth_;29                storage = testFixture.getMemoryStorage(logger, gmeConfig, gmeAuth);30                return storage.openDatabase();31            })32            .then(function () {33                return testFixture.importProject(storage, {34                    projectSeed: 'test/common/core/metacachecore/project.webgmex',35                    projectName: projectName,36                    branchName: 'base',37                    gmeConfig: gmeConfig,38                    logger: logger39                });40            })41            .then(function (result) {42                core = result.core;43                rootNode = result.rootNode;44                baseRootHash = result.rootHash;45            })46            .nodeify(done);47    });48    after(function (done) {49        Q.allDone([50            storage.closeDatabase(),51            gmeAuth.unload()52        ])53            .nodeify(done);54    });55    beforeEach(function (done) {56        var keys = Object.keys(baseNodes),57            i;58        for (i = 0; i < keys.length; i += 1) {59            baseNodes[keys[i]] = null;60        }61        //we load all the nodes that we wish to work with62        Q.nfcall(core.loadRoot, baseRootHash)63            .then(function (root) {64                rootNode = root;65                baseNodes[''] = root;66                return Q.allDone([67                    testFixture.loadNode(core, rootNode, '/1924875415'),68                    testFixture.loadNode(core, rootNode, '/1924875415/1059131120'),69                    testFixture.loadNode(core, rootNode, '/1924875415/1359805212'),70                    testFixture.loadNode(core, rootNode, '/1924875415/1544821790')71                ]);72            })73            .then(function (results) {74                var i;75                for (i = 0; i < results.length; i += 1) {76                    if (baseNodes[core.getPath(results[i])] === null) {77                        baseNodes[core.getPath(results[i])] = results[i];78                    }79                }80            })81            .nodeify(done);82    });83    it('should return every possible children type with basic check', function () {84        var validPaths = [85                '/367050797/1776478501',86                '/367050797/355480347',87                '/367050797/625420143',88                '/367050797/1626677559'89            ],90            parameters = {91                node: baseNodes['/1924875415'],92                children: [],93                sensitive: false,94                multiplicity: false95            },96            paths = [],97            i,98            validNodes = core.getValidChildrenMetaNodes(parameters);99        for (i = 0; i < validNodes.length; i += 1) {100            paths.push(core.getPath(validNodes[i]));101        }102        expect(paths).to.have.members(validPaths);103    });104    it('should return non-abstract children type with sensitive check', function () {105        var validPaths = [106                '/367050797/355480347',107                '/367050797/625420143',108                '/367050797/1626677559'109            ],110            parameters = {111                node: baseNodes['/1924875415'],112                children: [],113                sensitive: true,114                multiplicity: false115            },116            paths = [],117            i,118            validNodes = core.getValidChildrenMetaNodes(parameters);119        for (i = 0; i < validNodes.length; i += 1) {120            paths.push(core.getPath(validNodes[i]));121        }122        expect(paths).to.have.members(validPaths);123    });124    it('should return valid children type based on multiplicity', function () {125        var validPaths = [126                '/367050797/1626677559'127            ],128            parameters = {129                node: baseNodes['/1924875415'],130                children: [131                    baseNodes['/1924875415/1059131120'],132                    baseNodes['/1924875415/1359805212'],133                    baseNodes['/1924875415/1544821790']134                ],135                sensitive: true,136                multiplicity: true137            },138            paths = [],139            i,140            validNodes = core.getValidChildrenMetaNodes(parameters);141        for (i = 0; i < validNodes.length; i += 1) {142            paths.push(core.getPath(validNodes[i]));143        }144        expect(paths).to.have.members(validPaths);145    });146    it('should return valid children type not based on multiplicity if children is not given', function () {147        var validPaths = [148                '/367050797/355480347',149                '/367050797/625420143',150                '/367050797/1626677559'151            ],152            parameters = {153                node: baseNodes['/1924875415'],154                children: [],155                sensitive: true,156                multiplicity: true157            },158            paths = [],159            i,160            validNodes = core.getValidChildrenMetaNodes(parameters);161        for (i = 0; i < validNodes.length; i += 1) {162            paths.push(core.getPath(validNodes[i]));163        }164        expect(paths).to.have.members(validPaths);165    });166    it('should return every valid meta child and ignore elements of rule outside of the meta', function () {167        var validPaths = [168                '/367050797/355480347',169                '/367050797/625420143',170                '/367050797/1626677559'171            ],172            parameters = {173                node: baseNodes['/1924875415'],174                children: [175                    baseNodes['/1924875415/1059131120'],176                    baseNodes['/1924875415/1359805212'],177                    baseNodes['/1924875415/1544821790']178                ],179                sensitive: true180            },181            paths = [],182            metaNodes = core.getAllMetaNodes(baseNodes['/1924875415/1359805212']),183            i,184            validNodes;185        core.setChildMeta(metaNodes['/367050797/1626677559'], baseNodes['/1924875415/1359805212']);186        validNodes = core.getValidChildrenMetaNodes(parameters);187        for (i = 0; i < validNodes.length; i += 1) {188            paths.push(core.getPath(validNodes[i]));189        }190        expect(paths).to.have.members(validPaths);191        core.delChildMeta(metaNodes['/367050797/1626677559'], '/1924875415/1359805212');192    });193    it('should return every valid meta child and ignore elements of rule outside of the meta', function () {194        //model /367050797/1626677559195        //actual port    /1924875415/1359805212196        var parameters = {197                node: baseNodes['/1924875415'],198                children: [199                    baseNodes['/1924875415/1059131120'],200                    baseNodes['/1924875415/1359805212'],201                    baseNodes['/1924875415/1544821790']202                ],203                sensitive: true,204                multiplicity: true,205                aspect: 'oneAsp'206            },207            metaNodes = core.getAllMetaNodes(baseNodes['/1924875415/1359805212']),208            validNodes;209        core.setChildMeta(metaNodes['/367050797/1626677559'], baseNodes['/1924875415/1359805212']);210        core.setAspectMetaTarget(metaNodes['/367050797/1626677559'], 'oneAsp', baseNodes['/1924875415/1359805212']);211        validNodes = core.getValidChildrenMetaNodes(parameters);212        expect(validNodes).to.have.length(0);213        core.delChildMeta(metaNodes['/367050797/1626677559'], '/1924875415/1359805212');214        core.delAspectMeta(metaNodes['/367050797/1626677559'], 'oneAsp');215    });216    it('should return every possible member type with basic check', function () {217        var validPaths = [218                '/367050797/625420143'219            ],220            parameters = {221                node: baseNodes['/1924875415'],222                members: [],223                sensitive: false,224                multiplicity: false,225                name: 'ins'226            },227            paths = [],228            i,229            validNodes = core.getValidSetElementsMetaNodes(parameters);230        for (i = 0; i < validNodes.length; i += 1) {231            paths.push(core.getPath(validNodes[i]));232        }233        expect(paths).to.have.members(validPaths);234    });235    it('should return every possible, non-abstract member type with sensitive check', function () {236        var validPaths = [237                '/367050797/625420143'238            ],239            parameters = {240                node: baseNodes['/1924875415'],241                members: [],242                sensitive: true,243                multiplicity: false,244                name: 'ins'245            },246            paths = [],247            i,248            validNodes = core.getValidSetElementsMetaNodes(parameters);249        for (i = 0; i < validNodes.length; i += 1) {250            paths.push(core.getPath(validNodes[i]));251        }252        expect(paths).to.have.members(validPaths);253    });254    it('should return every possible member type with multiplicity check', function () {255        var validPaths = [],256            parameters = {257                node: baseNodes['/1924875415'],258                members: [259                    baseNodes['/1924875415/1544821790'],260                    core.getAllMetaNodes(rootNode)['/367050797/625420143']261                ],262                sensitive: true,263                multiplicity: true,264                name: 'ins'265            },266            paths = [],267            i,268            validNodes = core.getValidSetElementsMetaNodes(parameters);269        for (i = 0; i < validNodes.length; i += 1) {270            paths.push(core.getPath(validNodes[i]));271        }272        expect(paths).to.have.members(validPaths);273    });274    it('should return every possible member type despite multiplicity check if no members given', function () {275        var validPaths = [276                '/367050797/625420143'277            ],278            parameters = {279                node: baseNodes['/1924875415'],280                members: [],281                sensitive: true,282                multiplicity: true,283                name: 'ins'284            },285            paths = [],286            i,287            validNodes = core.getValidSetElementsMetaNodes(parameters);288        for (i = 0; i < validNodes.length; i += 1) {289            paths.push(core.getPath(validNodes[i]));290        }291        expect(paths).to.have.members(validPaths);292    });...

metaquerycore.js

Source:metaquerycore.js

1/*globals define*/2/*eslint-env node, browser*/3/**4 * @author kecso / https://github.com/kecso5 */6define([7    'common/core/CoreAssert'8], function (ASSERT) {9    'use strict';10    var MetaQueryCore = function (innerCore, options) {11        ASSERT(typeof options === 'object');12        ASSERT(typeof options.globConf === 'object');13        ASSERT(typeof options.logger !== 'undefined');14        var logger = options.logger,15            self = this,16            key;17        for (key in innerCore) {18            this[key] = innerCore[key];19        }20        logger.debug('initialized MetaQueryCore');21        //<editor-fold=Helper Functions>22        function sensitiveFilter(validNodes) {23            var i;24            i = validNodes.length;25            while (i--) {26                if (self.isConnection(validNodes[i]) || self.isAbstract(validNodes[i])) {27                    validNodes.splice(i, 1);28                }29            }30        }31        //</editor-fold>32        //<editor-fold=Modified Methods>33        //</editor-fold>34        //<editor-fold=Added Methods>35        this.isAbstract = function (node) {36            return self.getRegistry(node, 'isAbstract') === true;37        };38        this.isConnection = function (node) {39            var validPtrNames = innerCore.getValidPointerNames(node);40            return validPtrNames.indexOf('dst') !== -1 && validPtrNames.indexOf('src') !== -1;41        };42        this.getValidChildrenMetaNodes = function (parameters) {43            var validNodes = [],44                node = parameters.node,45                metaNodes = self.getAllMetaNodes(node),46                keys = Object.keys(metaNodes || {}),47                validChildren = innerCore.getValidChildrenPaths(node),48                i, j,49                typeCounters = {},50                children = parameters.children || [],51                cache = parameters.cache || {},52                rules,53                inAspect;54            rules = innerCore.getChildrenMeta(node) || {};55            for (i = 0; i < keys.length; i += 1) {56                for (j = 0; j < validChildren.length; j += 1) {57                    if (innerCore.isTypeOf(metaNodes[keys[i]], validChildren[j], cache)) {58                        validNodes.push(metaNodes[keys[i]]);59                    }60                }61            }62            //before every next step we check if we still have potential nodes63            if (validNodes.length === 0) {64                return validNodes;65            }66            if (parameters.sensitive === true) {67                sensitiveFilter(validNodes);68            }69            //before every next step we check if we still have potential nodes70            if (validNodes.length === 0) {71                return validNodes;72            }73            if (parameters.multiplicity === true) {74                if (rules.max && rules.max > -1 && innerCore.getChildrenRelids(node).length >= rules.max) {75                    validNodes = [];76                    return validNodes;77                }78                if (children.length === 0) {79                    return validNodes; //we cannot check type-multiplicity without children80                }81                delete rules.max;82                delete rules.min;83                keys = Object.keys(rules);84                for (i = 0; i < children.length; i += 1) {85                    for (j = 0; j < keys.length; j += 1) {86                        if (innerCore.isTypeOf(children[i], keys[j])) {87                            if (!typeCounters[keys[j]]) {88                                typeCounters[keys[j]] = 0;89                            }90                            typeCounters[keys[j]] += 1;91                        }92                    }93                }94                i = validNodes.length;95                keys = Object.keys(typeCounters);96                while (i--) {97                    for (j = 0; j < keys.length; j += 1) {98                        if (rules[keys[j]].max &&99                            rules[keys[j]].max > -1 &&100                            rules[keys[j]].max <= typeCounters[keys[j]] &&101                            innerCore.isTypeOf(validNodes[i], keys[j])) {102                            validNodes.splice(i, 1); //FIXME slow, use only push instead103                            break;104                        }105                    }106                }107            }108            //before every next step we check if we still have potential nodes109            if (validNodes.length === 0) {110                return validNodes;111            }112            if (parameters.aspect) {113                keys = innerCore.getAspectMeta(node, parameters.aspect) || [];114                i = validNodes.length;115                while (i--) {116                    inAspect = false;117                    for (j = 0; j < keys.length; j += 1) {118                        if (innerCore.isTypeOf(validNodes[i], keys[j])) {119                            inAspect = true;120                            break;121                        }122                    }123                    if (!inAspect) {124                        validNodes.splice(i, 1);125                    }126                }127            }128            return validNodes;129        };130        this.getValidSetElementsMetaNodes = function (parameters) {131            var validNodes = [],132                node = parameters.node,133                name = parameters.name,134                metaNodes = self.getAllMetaNodes(node),135                keys = Object.keys(metaNodes || {}),136                i, j,137                typeCounters = {},138                members = parameters.members || [],139                rules = self.getPointerMeta(node, name) || {};140            for (i = 0; i < keys.length; i += 1) {141                if (metaNodes[keys[i]] && self.isValidTargetOf(metaNodes[keys[i]], node, name)) {142                    validNodes.push(metaNodes[keys[i]]);143                }144            }145            //before every next step we check if we still have potential nodes146            if (validNodes.length === 0) {147                return validNodes;148            }149            if (parameters.sensitive === true) {150                sensitiveFilter(validNodes);151            }152            //before every next step we check if we still have potential nodes153            if (validNodes.length === 0) {154                return validNodes;155            }156            if (parameters.multiplicity === true) {157                if (rules.max && rules.max > -1 && innerCore.getMemberPaths(node).length >= rules.max) {158                    validNodes = [];159                    return validNodes;160                }161                if (members.length === 0) {162                    return validNodes; //we cannot check type-multiplicity without children163                }164                delete rules.max;165                delete rules.min;166                //we need to clear nodes that are not on the meta sheet167                // and we have to initialize the counters168                keys = Object.keys(rules);169                for (i = 0; i < keys.length; i += 1) {170                    if (!metaNodes[keys[i]]) {171                        delete rules[keys[i]];172                    } else {173                        typeCounters[keys[i]] = 0;174                    }175                }176                keys = Object.keys(rules);177                for (i = 0; i < members.length; i += 1) {178                    for (j = 0; j < keys.length; j += 1) {179                        if (innerCore.isTypeOf(members[i], keys[j])) {180                            typeCounters[keys[j]] += 1;181                        }182                    }183                }184                i = validNodes.length;185                keys = Object.keys(typeCounters);186                while (i--) {187                    for (j = 0; j < keys.length; j += 1) {188                        if (rules[keys[j]].max &&189                            rules[keys[j]].max > -1 &&190                            rules[keys[j]].max <= typeCounters[keys[j]] &&191                            innerCore.isTypeOf(validNodes[i], keys[j])) {192                            validNodes.splice(i, 1); //FIXME slow, use only push instead193                            break;194                        }195                    }196                }197            }198            return validNodes;199        };200        //</editor-fold>201    };202    return MetaQueryCore;...

QtConnect.ts

Source:QtConnect.ts

1import QTreeBranch from "./QTreeBranch";2import QTreeNode from "./QTreeNode";3import QTreeLeaf from "./QTreeLeaf";4const searchLeft = (left: QTreeNode, right: QTreeLeaf) => {5    if (right.deleted()) {6        if (left instanceof QTreeBranch) {7            const hitted = left as QTreeBranch;8            hitted.getNodes().forEach(hittedItem => searchLeft(hittedItem, right));9        } else {10            const leaf = left as QTreeLeaf;11            /*12             * åªæ¯è¾æ¡ä»¶ï¼ä¸æ¯è¾å¼13             */14            if (leaf.isSame(right)) {15                /*16                 * field,op é¨åç¸çï¼èå¼ä¸ç¸ç17                 */18                leaf.saveNode(right);19            }20        }21    }22};23const updateTree = (left: QTreeBranch, right: QTreeNode) => {24    if (right instanceof QTreeBranch) {25        const hitted = right as QTreeBranch;26        hitted.getNodes().forEach(hittedItem => updateTree(left, hittedItem));27    } else {28        searchLeft(left, right as QTreeLeaf);29    }30};31const join = (left: QTreeBranch, right: QTreeBranch,32              isAnd: Boolean = false): QTreeBranch => {33    /*34     * æé æ°çæ å¤ç35     */36    const branch = new QTreeBranch({"": isAnd});37    /*38     * å é¤èç¹çæ´æ°39     */40    updateTree(left, right);41    /*42     * æ¯è¾å·¦æ åå³æ 43     */44    if (isAnd) {45        /*46         * left å right ä½¿ç¨ AND è¿æ¥ç¬¦47         * ( a AND b ) AND ( c AND d )48         * ( a AND b ) AND ( c OR  d )49         * ( a OR  b ) AND ( c AND d )50         * ( a OR  b ) AND ( c OR  d )51         */52        if (left.isAnd()) {53            left.getNodes().forEach(node => branch.addNode(node));54        } else {55            branch.addNode(left);56        }57        if (right.isAnd()) {58            right.getNodes().forEach(node => branch.addNode(node));59        } else {60            branch.addNode(right);61        }62    } else {63        /*64         * left å right ä½¿ç¨ OR è¿æ¥ç¬¦65         * ( a AND b ) OR ( c AND d )66         * ( a AND b ) OR ( c OR  d )67         * ( a OR  b ) OR ( c AND d )68         * ( a OR  b ) OR ( c OR  d )69         */70        if (left.isAnd()) {71            branch.addNode(left);72        } else {73            left.getNodes().forEach(node => branch.addNode(node));74        }75        if (right.isAnd()) {76            branch.addNode(right);77        } else {78            right.getNodes().forEach(node => branch.addNode(node));79        }80    }81    return branch;82};83const combineBranch = (content: any = {}, node: QTreeBranch, keyIfMore: any) => {84    const nodeContent = node.to();85    if (1 < node.getNodes().length &&86        /*87         * é²æ¢ nodeContent = {} èçæ88         * $x = {} çæ¥è¯¢æ¡ä»¶ï¼500 Error89         */90        0 < Object.keys(nodeContent).length) {91        /*92         * é¿åº¦å¤§äº1ï¼å³åæ ä¸åçº§ï¼é£ä¹å¯ç¨ keyIfMore93         */94        content[keyIfMore] = nodeContent;95    } else {96        /*97         * é¿åº¦ == 1ï¼ç´æ¥åå¹¶98         */99        Object.assign(content, nodeContent);100    }101};102const combine = (nodes: Array<QTreeNode>, _isAnd: Boolean) => {103    const content: any = {};104    const validNodes = nodes.filter(node => node.valid());105    /*106     * éå½åå¹¶å¤ç107     * 1ï¼åªæ validNodes çé¿åº¦ > 0 æ¶ä¼æ§è¡108     */109    if (0 < validNodes.length) {110        /*111         * é¿åº¦ä¸º1çå¤ç112         */113        if (1 === validNodes.length) {114            const node: QTreeNode = validNodes[0];115            if (node instanceof QTreeLeaf) {116                /*117                 * å¦ææ¯å¶èç¹ï¼ç´æ¥åå¹¶118                 */119                Object.assign(content, node.to())120            } else {121                combineBranch(content, node as QTreeBranch, "$0");122            }123        } else {124            content[""] = _isAnd;       // è¿ç§æåµæå¤çæä½ç¬¦125            validNodes.forEach((node, index) => {126                if (node instanceof QTreeLeaf) {127                    const merged = node.to();128                    Object.assign(content, merged);129                } else {130                    const key = `$${index}`;131                    combineBranch(content, node as QTreeBranch, key);132                }133            });134            /*135             * è®¡ç®å®æåæ£æ¥136             * 1ï¼ææåèç¹ä¸º __DELETE__ è¢«å é¤137             * 2ï¼ä»ä¿çäºæä½ç¬¦å·ä½138             * é²æ¢åèç¹åºç°ï¼139             * {140             *     "": true141             * }142             * æ143             * {144             *     "": false145             * }146             * 500 Error147             */148            if (1 === Object.keys(content).length && content.hasOwnProperty("")) {149                delete content[""];150            }151        }152    }153    return content;154};155export default {156    join,157    combine,...

Using AI Code Generation

1const { validNodes } = require('taiko');2const { openBrowser, goto, closeBrowser } = require('taiko');3(async () => {4    try {5        await openBrowser();6        console.log(await validNodes("input"));7    } catch (e) {8        console.error(e);9    } finally {10        await closeBrowser();11    }12})();13const { validNodes } = require('taiko');14const { openBrowser, goto, closeBrowser } = require('taiko');15(async () => {16    try {17        await openBrowser();18        console.log(await validNodes("input", "test"));19    } catch (e) {20        console.error(e);21    } finally {22        await closeBrowser();23    }24})();25const { validNodes } = require('taiko');26const { openBrowser, goto, closeBrowser } = require('taiko');27(async () => {28    try {29        await openBrowser();30        console.log(await validNodes("input", "test", "test"));31    } catch (e) {32        console.error(e);33    } finally {34        await closeBrowser();35    }36})();37const { validNodes } = require('taiko');38const { openBrowser, goto, closeBrowser } = require('taiko');39(async () => {40    try {41        await openBrowser();42        console.log(await validNodes("input", "test", "test"));43    } catch (e) {44        console.error(e);45    } finally {46        await closeBrowser();47    }48})();

Using AI Code Generation

1import { openBrowser, goto, click, closeBrowser, write, into, button, validNodes } from 'taiko';2(async () => {3    try {4        await openBrowser({ headless: false });5        await click("Sign in");6        await write("taiko", into("Email or phone"));7        await write("taiko", into("Password"));8        await click(button("Next"));9        await click("Sign in");10        await click("Sign in");11        await write("taiko", into("Email or phone"));12        await write("taiko", into("Password"));13        await click(button("Next"));14        await click("Sign in");15        await click("Sign in");16        await write("taiko", into("Email or phone"));17        await write("taiko", into("Password"));18        await click(button("Next"));19        await click("Sign in");20        await click("Sign in");21        await write("taiko", into("Email or phone"));22        await write("taiko", into("Password"));23        await click(button("Next"));24        await click("Sign in");25        await click("Sign in");26        await write("taiko", into("Email or phone"));27        await write("taiko", into("Password"));28        await click(button("Next"));29        await click("Sign in");30        await click("Sign in");31        await write("taiko", into("Email or phone"));32        await write("taiko", into("Password"));33        await click(button("Next"));34        await click("Sign in");35        await click("Sign in");36        await write("taiko", into("Email or phone"));37        await write("taiko", into("Password"));38        await click(button("Next"));39        await click("Sign in");40        await click("Sign in");41        await write("taiko", into("Email or phone"));42        await write("taiko", into("Password"));43        await click(button("Next"));44        await click("Sign in");45        await click("Sign in");46        await write("taiko", into("Email or phone"));47        await write("taiko", into("Password"));48        await click(button("Next"));49        await click("Sign in");50        await click("Sign in");51        await write("taiko", into("Email or phone"));52        await write("taiko", into("Password"));53        await click(button("Next"));

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