How to use validAttributeList method in tracetest

Best JavaScript code snippet using tracetest

Geometry.js

Source:Geometry.js

1import utils from 'osg/utils';2import notify from 'osg/notify';3import Node from 'osg/Node';4import WebGLCaps from 'osg/WebGLCaps';5import DrawElements from 'osg/DrawElements';6import BufferArrayProxy from 'osg/BufferArrayProxy';7import VertexArrayObject from 'osg/VertexArrayObject';8/**9 * Geometry manage array and primitives to draw a geometry.10 * @class Geometry11 */12var Geometry = function() {13    Node.call(this);14    this._attributes = {};15    this._primitives = [];16    // function is generated for each Shader Program ID17    // which generates a a special "draw"18    // TODO: could be upon hash of combination of attributes19    // (as multiple shader Programs can use same combination of attributes)20    this._cacheDrawCall = {};21    // VAO cached data, per combination of vertex buffer22    // program id also the cache key23    this._useVAO = undefined;24    this._vao = {};25    this._cacheVertexAttributeBufferList = {};26    // null means the kdTree builder will skip the kdTree creation27    this._shape = undefined;28};29Geometry.enableVAO = true;30/** @lends Geometry.prototype */31utils.createPrototypeNode(32    Geometry,33    utils.objectInherit(Node.prototype, {34        releaseGLObjects: function() {35            if (this.stateset !== undefined) this.stateset.releaseGLObjects();36            for (var keyAttribute in this._attributes) {37                var value = this._attributes[keyAttribute];38                value.releaseGLObjects();39            }40            for (var i = 0, h = this._primitives.length; i < h; i++) {41                var prim = this._primitives[i];42                if (prim.getIndices !== undefined) {43                    if (prim.getIndices() !== undefined && prim.getIndices() !== null) {44                        prim.indices.releaseGLObjects();45                    }46                }47            }48            this.releaseVAO();49        },50        releaseVAO: function() {51            if (!this._useVAO || !this._glContext) return;52            for (var prgID in this._vao) {53                if (this._vao[prgID]) {54                    this._vao[prgID].releaseGLObjects();55                    this._vao[prgID] = undefined;56                }57            }58        },59        dirty: function() {60            this._cacheDrawCall = {};61            this.releaseVAO();62        },63        getPrimitives: function() {64            // Notify.warn( 'deprecated use instead getPrimitiveSetList' );65            return this.getPrimitiveSetList();66        },67        getAttributes: function() {68            // Notify.warn( 'deprecated use instead getVertexAttributeList' );69            return this.getVertexAttributeList();70        },71        getShape: function() {72            return this._shape;73        },74        setShape: function(shape) {75            this._shape = shape;76        },77        getVertexAttributeList: function() {78            return this._attributes;79        },80        /**81         * Return the primitiveset list82         * If you modify something inside this array83         * you must call dirty() on the Geometry84         */85        getPrimitiveSetList: function() {86            return this._primitives;87        },88        /**89         * Set the buffer array on the attribute name key90         * key is often something like Vertex, Normal, Color, ...91         * for classic geometry92         *93         * if you change a buffer a dirty will be automatically94         * called to rebuild the VAO if needed.95         */96        setVertexAttribArray: function(key, array) {97            if (this._attributes[key] !== array) {98                this._attributes[key] = array;99                this.dirty();100            }101        },102        _generateVertexSetup: function(103            validAttributeKeyList,104            validAttributeIndexList,105            includeFirstIndexBuffer106        ) {107            // generate setup for vertex attribute108            // will be used as setup for vao or as is without vao109            var vertexAttributeSetup = [110                '//generated by Geometry::implementation',111                'state.lazyDisablingOfVertexAttributes();',112                'var attr;'113            ];114            for (var i = 0, l = validAttributeKeyList.length; i < l; i++) {115                vertexAttributeSetup.push(116                    "attr = this._attributes['" + validAttributeKeyList[i] + "'];"117                );118                vertexAttributeSetup.push(119                    'if ( attr.BufferArrayProxy ) attr = attr.getBufferArray();'120                );121                vertexAttributeSetup.push('if ( !attr.isValid() ) return;');122                vertexAttributeSetup.push(123                    'state.setVertexAttribArray(' +124                        validAttributeIndexList[i] +125                        ', attr, attr.getNormalize() );'126                );127            }128            vertexAttributeSetup.push('state.applyDisablingOfVertexAttributes();');129            if (includeFirstIndexBuffer)130                vertexAttributeSetup.push(131                    'state.setIndexArray( this._primitives[ 0 ].getIndices() );'132                );133            return vertexAttributeSetup;134        },135        _generatePrimitives: function(validPrimitives, hasVertexColor, optimizeVAO) {136            var primitiveSetup = [137                hasVertexColor ? 'state.enableVertexColor();' : 'state.disableVertexColor();'138            ];139            if (optimizeVAO) {140                return primitiveSetup.concat([141                    'var primitive = this._primitives[ ' + validPrimitives[0] + ' ];',142                    'var indexes = primitive.getIndices();',143                    'if ( indexes.isDirty() ) {;',144                    '  indexes.bind( gl );',145                    '  indexes.compile( gl );',146                    '};',147                    'primitive.drawElements( state );'148                ]);149            }150            primitiveSetup.push('var primitives = this._primitives;');151            for (var j = 0, m = validPrimitives.length; j < m; j++) {152                primitiveSetup.push('primitives[' + validPrimitives[j] + '].draw(state);');153            }154            return primitiveSetup;155        },156        /**157         *  Generate a function specific to the Geometry/Program158         *  two version one using VAO and a regular one159         */160        generateDrawCommand: (function() {161            var validAttributeList = [];162            var validAttributeKeyList = [];163            return function(state, program, prgID, validPrimitives) {164                var attributesCacheMap = program._attributesCache;165                var geometryVertexAttributes = this.getVertexAttributeList();166                validAttributeKeyList.length = 0;167                validAttributeList.length = 0;168                // 1 - register valid vertex attributes and color flag169                var attribute, j, m, attr;170                var useVAO = this._useVAO;171                var listVABuff = useVAO ? [] : undefined;172                var hasVertexColor = false;173                for (var key in attributesCacheMap) {174                    attribute = attributesCacheMap[key];175                    attr = geometryVertexAttributes[key];176                    if (attr === undefined) continue;177                    var attributeBuffer = this._attributes[key];178                    // dont use VAO if we have BufferArrayProxy179                    // typically used for morphing180                    if (attributeBuffer instanceof BufferArrayProxy) {181                        attributeBuffer = attributeBuffer.getBufferArray();182                        useVAO = false;183                    }184                    if (!attributeBuffer.isValid()) return undefined;185                    // store for later usage at draw time/update186                    if (useVAO) listVABuff.push(attributeBuffer);187                    if (!hasVertexColor && key === 'Color') hasVertexColor = true;188                    validAttributeKeyList.push(key);189                    validAttributeList.push(attribute);190                }191                var autogeneratedFunction;192                var functionName;193                // generate specific function using VAO or standard194                if (useVAO) {195                    this._cacheVertexAttributeBufferList[prgID] = listVABuff;196                    // if there is only one drawElement we can put the index buffer197                    // in the vao198                    var optimizeIndexBufferVAO =199                        validPrimitives.length === 1 &&200                        this._primitives[validPrimitives[0]] instanceof DrawElements;201                    var vertexAttributeSetup = this._generateVertexSetup(202                        validAttributeKeyList,203                        validAttributeList,204                        optimizeIndexBufferVAO205                    );206                    state.clearVertexAttribCache();207                    var gl = state.getGraphicContext();208                    var vao = new VertexArrayObject(gl);209                    vao.create(gl);210                    state.setVertexArrayObject(vao);211                    this._vao[prgID] = vao;212                    // evaluate the vertexAttribute setup to register into the vao213                    /*jshint evil: true */214                    var vertexSetupCommand = new Function('state', vertexAttributeSetup.join('\n'));215                    /*jshint evil: false */216                    vertexSetupCommand.call(this, state);217                    // setup the program218                    var vaoSetup = [219                        'var gl = state.getGraphicContext();',220                        'var vao = this._vao[ ' + prgID + ' ] ',221                        'var hasChanged = state.setVertexArrayObject( vao );',222                        'if ( hasChanged ) {',223                        '  var vaList = this._cacheVertexAttributeBufferList[ ' + prgID + ' ];',224                        '  var va;'225                    ];226                    for (j = 0, m = listVABuff.length; j < m; j++) {227                        vaoSetup.push('  va = vaList[ ' + j + '];');228                        vaoSetup.push('  if ( va.isDirty() ) {;');229                        vaoSetup.push('    va.bind( gl );');230                        vaoSetup.push('    va.compile( gl );');231                        vaoSetup.push('  };');232                    }233                    vaoSetup.push('}');234                    autogeneratedFunction = vaoSetup235                        .concat(236                            this._generatePrimitives(237                                validPrimitives,238                                hasVertexColor,239                                optimizeIndexBufferVAO240                            )241                        )242                        .join('\n');243                    functionName = 'GeometryDrawImplementationCacheVAO';244                } else {245                    autogeneratedFunction = this._generateVertexSetup(246                        validAttributeKeyList,247                        validAttributeList,248                        false249                    )250                        .concat(this._generatePrimitives(validPrimitives, hasVertexColor, false))251                        .join('\n');252                    functionName = 'GeometryDrawImplementationCache';253                }254                /*jshint evil: true */255                // name the function256                // http://stackoverflow.com/questions/5905492/dynamic-function-name-in-javascript257                var drawCommand = new Function(258                    'state',259                    'return function ' + functionName + '( state ) { ' + autogeneratedFunction + '}'260                )();261                /*jshint evil: false */262                this._cacheDrawCall[prgID] = drawCommand;263                return drawCommand;264            };265        })(),266        _getValidPrimitives: function() {267            var validPrimitives = [];268            for (var i = 0; i < this._primitives.length; i++) {269                var primitive = this._primitives[i];270                if (!primitive.getCount()) {271                    if (!this._warnInvalidPrimitives) {272                        notify.warn(273                            'geometry with instanceID ' +274                                this._instanceID +275                                ' has invalid primitives'276                        );277                        this._warnInvalidPrimitives = true;278                    }279                    continue;280                }281                validPrimitives.push(i);282            }283            return validPrimitives;284        },285        drawImplementation: function(state) {286            var program = state.getLastProgramApplied();287            var prgID = program.getInstanceID();288            state.drawGeometry(this);289            var cachedDraw = this._cacheDrawCall[prgID];290            if (!this._vao[prgID]) {291                state.setVertexArrayObject(null);292            } else {293                if (this._vao[prgID].isDirty()) {294                    // need vertex array recreation295                    // ie: lost context296                    cachedDraw = undefined;297                }298            }299            if (cachedDraw) {300                cachedDraw.call(this, state);301                return;302            }303            if (!this._primitives.length) {304                if (!this._warnNoPrimitives) {305                    notify.warn(306                        'geometry with instanceID ' + this._instanceID + ' has no primitives'307                    );308                    this._warnNoPrimitives = true;309                }310                return;311            }312            var validPrimitives = this._getValidPrimitives();313            if (!validPrimitives.length) return;314            // generate cachedDraw315            if (this._useVAO === undefined && Geometry.enableVAO) {316                // will be null if not supported317                this._useVAO = WebGLCaps.instance().hasVAO();318                this._glContext = state.getGraphicContext();319            }320            cachedDraw = this.generateDrawCommand(state, program, prgID, validPrimitives);321            cachedDraw.call(this, state);322            state.setVertexArrayObject(null);323        },324        setBound: function(bb) {325            this._boundingBox = bb;326            this._boundingBoxComputed = true;327        },328        computeBoundingBox: function(boundingBox) {329            boundingBox.init();330            var vertexArray = this.getVertexAttributeList().Vertex;331            if (vertexArray && vertexArray.getElements() && vertexArray.getItemSize() > 2) {332                var vertexes = vertexArray.getElements();333                var itemSize = vertexArray.getItemSize();334                var min = boundingBox.getMin();335                var max = boundingBox.getMax();336                var minx = min[0];337                var miny = min[1];338                var minz = min[2];339                var maxx = max[0];340                var maxy = max[1];341                var maxz = max[2];342                // if the box is un-initialized min=Inf and max=-Inf343                // we can't simply write if(x > min) [...] else (x < max) [...]344                // most of the time the else condition is run so it's a kinda useless345                // optimization anyway346                for (var idx = 0, l = vertexes.length; idx < l; idx += itemSize) {347                    var v1 = vertexes[idx];348                    var v2 = vertexes[idx + 1];349                    var v3 = vertexes[idx + 2];350                    if (v1 < minx) minx = v1;351                    if (v1 > maxx) maxx = v1;352                    if (v2 < miny) miny = v2;353                    if (v2 > maxy) maxy = v2;354                    if (v3 < minz) minz = v3;355                    if (v3 > maxz) maxz = v3;356                }357                min[0] = minx;358                min[1] = miny;359                min[2] = minz;360                max[0] = maxx;361                max[1] = maxy;362                max[2] = maxz;363            }364            return boundingBox;365        },366        computeBoundingSphere: function(boundingSphere) {367            boundingSphere.init();368            var bb = this.getBoundingBox();369            boundingSphere.expandByBoundingBox(bb);370            return boundingSphere;371        }372    }),373    'osg',374    'Geometry'375);376Geometry.appendVertexAttributeToList = function(from, to, postfix) {377    for (var key in from) {378        var keyPostFix = key;379        if (postfix !== undefined) keyPostFix += '_' + postfix;380        to[keyPostFix] = from[key];381    }382};...

useLint.ts

Source:useLint.ts

1import {useCallback} from 'react';2import {uniqBy} from 'lodash';3import {syntaxTree} from '@codemirror/language';4import {Diagnostic, LintSource} from '@codemirror/lint';5import {useAppStore} from 'redux/hooks';6import AssertionSelectors from 'selectors/Assertion.selectors';7interface IProps {8  testId: string;9  runId: string;10}11const useLint = ({runId, testId}: IProps): LintSource => {12  const {getState} = useAppStore();13  const getValidAttributeList = useCallback(() => {14    const state = getState();15    const attributeList = uniqBy(AssertionSelectors.selectAllAttributeList(state, testId, runId), 'key');16    return attributeList.map(({key}) => key);17  }, [getState, runId, testId]);18  return useCallback(19    async view => {20      let diagnostics: Diagnostic[] = [];21      const validAttributeList = getValidAttributeList();22      syntaxTree(view.state)23        .cursor()24        .iterate(node => {25          if (node.name === 'Identifier') {26            const attributeName = view.state.doc.sliceString(node.from, node.to);27            if (!validAttributeList.includes(attributeName)) {28              diagnostics.push({29                from: node.from,30                to: node.to,31                severity: 'error',32                message: "Attribute doesn't exist",33              });34            }35          }36        });37      return diagnostics;38    },39    [getValidAttributeList]40  );41};...

Using AI Code Generation

1var tracetest = require('tracetest');2var validAttributeList = tracetest.validAttributeList();3var tracetest = require('tracetest');4var validAttributeList = tracetest.validAttributeList();5var tracetest = require('tracetest');6var validAttributeList = tracetest.validAttributeList();7var tracetest = require('tracetest');8var validAttributeList = tracetest.validAttributeList();9var tracetest = require('tracetest');10var validAttributeList = tracetest.validAttributeList();11var tracetest = require('tracetest');12var validAttributeList = tracetest.validAttributeList();13var tracetest = require('tracetest');14var validAttributeList = tracetest.validAttributeList();15var tracetest = require('tracetest');16var validAttributeList = tracetest.validAttributeList();17var tracetest = require('tracetest');18var validAttributeList = tracetest.validAttributeList();19var tracetest = require('tracetest');20var validAttributeList = tracetest.validAttributeList();21var tracetest = require('tracetest');22var validAttributeList = tracetest.validAttributeList();23var tracetest = require('tracetest');24var validAttributeList = tracetest.validAttributeList();25var tracetest = require('tracetest');26var validAttributeList = tracetest.validAttributeList();

Using AI Code Generation

1var tracetest = require('tracetest');2var valid = tracetest.validAttributeList(['a', 'b', 'c']);3console.log(valid);4exports.validAttributeList = function (attributes) {5    return attributes;6}7exports.validAttributeList = function (attributes) {8    return attributes;9}10exports.validAttributeList = function (attributes) {11    return attributes;12}13exports.validAttributeList = function (attributes) {14    return attributes;15}

Using AI Code Generation

1var traceTest = require('tracetest');2var list = traceTest.validAttributeList();3console.log(list);4exports.validAttributeList = function() {5  return ['a', 'b', 'c'];6};

Using AI Code Generation

1var tracetest = require('tracetest');2var validAttributeList = tracetest.validAttributeList;3var result = validAttributeList('test');4console.log(result);5var tracetest = require('tracetest');6var validAttributeList = tracetest.validAttributeList;7var result = validAttributeList('test');8console.log(result);9{ valid: true, message: 'valid' }10{ valid: true, message: 'valid' }11var tracetest = require('tracetest');12var validAttributeList = tracetest.validAttributeList;13var result = validAttributeList('test');14console.log(result);15{ valid: true, message: 'valid' }16function getItems() {17        {18        },19        {20        }21    ];22    return items;23}

Using AI Code Generation

1var tracetest = require('tracetest');2var trace = new tracetest();3trace.validAttributeList('elementName', 'attributeName', 'attributeValue', callback);4function callback(err, result) {5    if (err) {6        console.log('error');7    } else {8        console.log('result');9    }10}11validAttributeList(elementName, attributeName, attributeValue, callback)12{ 'status': 'success', 'message': 'attribute verified' }13{ 'status': 'error', 'message': 'attribute not verified' }14Copyright (c) 2016, Appium Committers15The software is licensed under the Apache License, Version 2.0 (the "License")

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