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How to use availableAnimals method in pact-foundation-pact

Best JavaScript code snippet using pact-foundation-pact

AnimalRandom.js

Source:AnimalRandom.js

1ROME = {};2ROME.Animal = function (geometry, parseMorphTargetsNames) {3    var result = ROME.AnimalAnimationData.init(geometry, parseMorphTargetsNames);4    var that = {};5    that.morph = 0.0;6    that.animalA = {7        frames: undefined,8        currentFrame: 0,9        lengthInFrames: 0,10        currentTime: 0,11        lengthInMS: 0,12        timeScale: 1.0,13        name: ""14    };15    that.animalB = {16        frames: undefined,17        currentFrame: 0,18        lengthInFrames: 0,19        currentTime: 0,20        lengthInMS: 0,21        timeScale: 1.0,22        name: ""23    };24    that.availableAnimals = result.availableAnimals;25    that.mesh = new THREE.Mesh(geometry, result.material);26    var isPlaying = false;27    var morphTargetOrder = that.mesh.morphTargetForcedOrder;28    var material = result.material;29    that.play = function (animalA, animalB, morph, startTimeAnimalA, startTimeAnimalB) {30        if (!isPlaying) {31            isPlaying = true;32            that.morph = 0;33            THREE.AnimationHandler.addToUpdate(that);34        }35        animalB = animalB !== undefined ? animalB : animalA;36        morph = morph !== undefined ? morph : 0;37        setAnimalData(animalA, that.animalA);38        setAnimalData(animalB, that.animalB);39        that.animalA.currentTime = startTimeAnimalA ? startTimeAnimalA : 0;40        that.animalB.currentTime = startTimeAnimalB ? startTimeAnimalB : 0;41        that.update(0);42    };43    that.update = function (deltaTimeMS) {44        if (that.mesh._modelViewMatrix) {45            var data, dataNames = ["animalA", "animalB"];46            var d, dl;47            var f, fl;48            var frame, nextFrame;49            var time, nextTime;50            var unloopedTime;51            var lengthInMS;52            var lenghtInFrames;53            var morphTarget;54            var scale;55            for (d = 0, dl = dataNames.length, morphTarget = 0; d < dl; d++) {56                data = that[dataNames[d]];57                unloopedTime = data.currentTime;58                data.currentTime = (data.currentTime + deltaTimeMS * data.timeScale) % data.lengthInMS;59                if (unloopedTime > data.currentTime) {60                    data.currentFrame = 0;61                }62                frame = 0;63                for (f = data.currentFrame, fl = data.lengthInFrames - 1; f < fl; f++) {64                    if (data.currentTime >= data.frames[f].time && data.currentTime < data.frames[f + 1].time) {65                        frame = f;66                        break;67                    }68                }69                data.currentFrame = frame;70                nextFrame = frame + 1 < fl ? frame + 1 : 0;71                morphTargetOrder[morphTarget++] = data.frames[frame].index;72                morphTargetOrder[morphTarget++] = data.frames[nextFrame].index;73                time = data.frames[frame].time;74                nextTime = data.frames[nextFrame].time > time ? data.frames[nextFrame].time : data.frames[nextFrame].time + data.lengthInMS;75                scale = (data.currentTime - time) / (nextTime - time);76                material.uniforms[dataNames[d] + "Interpolation"].value = scale;77            }78            material.uniforms.animalMorphValue.value = that.morph;79            if (material.attributes[that.animalA.name] !== undefined) {80                material.attributes.colorAnimalA.buffer = material.attributes[that.animalA.name].buffer;81            }82            if (material.attributes[that.animalB.name] !== undefined) {83                material.attributes.colorAnimalB.buffer = material.attributes[that.animalB.name].buffer;84            }85        }86    };87    that.setNewTargetAnimal = function (animal, startTimeAnimalB) {88        if (that.morph === 1) {89            for (var property in that.animalA) {90                that.animalA[property] = that.animalB[property];91            }92            that.animalB.currentTime = startTimeAnimalB ? startTimeAnimalB : 0;93            setAnimalData(animal, that.animalB);94            setFrame(that.animalB);95            that.morph = 0;96        } else {97            console.log("Error: Cannot change animal target if morph != 1. Skipping.");98        }99    };100    var setAnimalData = function (name, data) {101        if (ROME.AnimalAnimationData[name] !== undefined) {102            data.frames = ROME.AnimalAnimationData[name];103            data.lengthInFrames = data.frames.length;104            data.lengthInMS = data.frames[data.lengthInFrames - 1].time;105            data.name = name.toLowerCase();106            data.normalsOffset = Math.floor(data.frames.length * 0.5, 10);107        } else {108            console.log("Error: Couldn't find data for animal " + name);109        }110    };111    var setFrame = function (data) {112        var f, fl;113        var currentTime = data.currentTime;114        var frames = data.frames;115        for (f = 0, fl < frames.length; f < fl; f++) {116            if (currentTime >= frames[f].time) {117                data.currentFrame = f;118                return;119            }120        }121    };122    var setCurrentFrame = function (data) {123    };124    return that;125};126ROME.AnimalShader = {127    uniforms: function () {128        return THREE.UniformsUtils.merge([THREE.UniformsLib["common"],129            THREE.UniformsLib["lights"], {130                "animalAInterpolation": {131                    type: "f",132                    value: 0.0133                },134                "animalBInterpolation": {135                    type: "f",136                    value: 0.0137                },138                "animalMorphValue": {139                    type: "f",140                    value: 0.0141                },142                "lightScale": {143                    type: "f",144                    value: 1.0145                },146                "lightOffset": {147                    type: "v3",148                    value: new THREE.Vector3(0.0, 0.0, 0.0)149                }150            }151        ]);152    },153    attributes: function () {154        return {155            "colorAnimalA": {156                type: "c",157                boundTo: "faces",158                value: []159            },160            "colorAnimalB": {161                type: "c",162                boundTo: "faces",163                value: []164            }165        }166    },167    vertexShader: [168        "uniform 	float	animalAInterpolation;",169        "uniform 	float	animalBInterpolation;",170        "uniform 	float	animalMorphValue;",171        "attribute	vec3	colorAnimalA;",172        "attribute	vec3	colorAnimalB;",173        "varying vec3 vColor;",174        "varying vec3 vLightWeighting;",175        THREE.ShaderChunk["lights_pars_vertex"],176        "uniform float lightScale;",177        "uniform vec3 lightOffset;",178        "void main() {",179        "vec4 mvPosition = modelViewMatrix * vec4( position, 1.0 );",180        "vColor = mix( colorAnimalA, colorAnimalB, animalMorphValue );",181        "vec3 animalA = mix( morphTarget0, morphTarget1, animalAInterpolation );",182        "vec3 animalB = mix( morphTarget2, morphTarget3, animalBInterpolation );",183        "vec3 morphed = mix( animalA,      animalB,      animalMorphValue );",184        "vec3 transformedNormal = normalize( normalMatrix * normal );",185        "vLightWeighting = vec3( 0.2 );",186        "vec4 lDirection = viewMatrix * vec4( vec3( 0.0, 1.0, 1.0 ), 0.0 );",187        "float directionalLightWeighting = max( dot( transformedNormal, normalize( lDirection.xyz ) ), 0.0 );",188        "vLightWeighting += vec3( 1.0 ) * directionalLightWeighting;",189        "gl_Position = projectionMatrix * modelViewMatrix * vec4( morphed, 1.0 );",190        "}"191    ].join("\n"),192    fragmentShader: [193        "uniform vec3 diffuse;",194        "uniform float opacity;",195        THREE.ShaderChunk["fog_pars_fragment"],196        THREE.ShaderChunk["lights_pars_fragment"],197        "varying vec3 vLightWeighting;",198        "varying vec3 vColor;",199        "void main() {",200        "gl_FragColor = vec4( vLightWeighting, 1.0 );",201        "float depth = gl_FragCoord.z / gl_FragCoord.w;",202        "float near = 0.0;",203        "float far = 2400.0;",204        "float fog = 0.0 + smoothstep( near, far, depth );",205        "gl_FragColor = gl_FragColor * vec4( vColor, 1.0 );",206        "gl_FragColor = mix( gl_FragColor, vec4( vec3(0.25,0.54,0.57), gl_FragColor.w ), fog );",207        "}"208    ].join("\n")209}210ROME.AnimalAnimationData = {211    animalNames: ["fisha", "fishb", "fishc", "fishd"],212    colorVariations: {213        "fish": {214            hRange: 0.00,215            sRange: 0.00,216            vRange: 0.00,217            hOffset: 0.00,218            sOffset: 0.00,219            vOffset: 0.00220        }221    },222    animalVariationMap: {223        "fisha": "fish",224        "fishb": "fish",225        "fishc": "fish",226        "fishd": "fish",227    },228    init: function (geometry, parseMorphTargetNames) {229        if (!geometry.initialized) {230            geometry.initialized = true;231            var availableAnimals = [];232            var animal, animalName;233            var charCode, morphTargetName, morphTarget, morphTargets = geometry.morphTargets;234            var a, al, m, ml, currentTime;235            if (parseMorphTargetNames) {236                for (m = 0, ml = morphTargets.length; m < ml; m++) {237                    for (a = 0, al = this.animalNames.length; a < al; a++) {238                        animalName = this.animalNames[a];239                        if (morphTargets[m].name.indexOf(animalName) !== -1) {240                            break;241                        }242                    }243                    if (a === al) {244                        morphTargetName = morphTargets[m].name;245                        for (a = 0; a < morphTargetName.length; a++) {246                            charCode = morphTargetName.charCodeAt(a);247                            if (!((charCode >= 65 && charCode <= 90) ||248                                    (charCode >= 97 && charCode <= 122))) {249                                break;250                            }251                        }252                        this.animalNames.push(morphTargetName.slice(0, a));253                    }254                }255            }256            for (a = 0, al = this.animalNames.length; a < al; a++) {257                animalName = this.animalNames[a];258                animal = this[animalName];259                currentTime = 0;260                if (animal === undefined || animal.length === 0) {261                    animal = this[animalName] = [];262                    for (m = 0, ml = morphTargets.length; m < ml; m++) {263                        if (morphTargets[m].name.indexOf(animalName) !== -1) {264                            animal.push({265                                index: m,266                                time: currentTime267                            });268                            currentTime += parseInt(1000 / 24, 10);269                            if (availableAnimals.indexOf(animalName) === -1) {270                                availableAnimals.push(animalName);271                            }272                        }273                    }274                } else {275                    for (m = 0, ml = morphTargets.length; m < ml; m++) {276                        if (availableAnimals.indexOf(animalName) === -1 && morphTargets[m].name.indexOf(animalName) !== -1) {277                            availableAnimals.push(animalName);278                        }279                    }280                }281            }282            var material = new THREE.MeshShaderMaterial({283                uniforms: ROME.AnimalShader.uniforms(),284                attributes: ROME.AnimalShader.attributes(),285                vertexShader: ROME.AnimalShader.vertexShader,286                fragmentShader: ROME.AnimalShader.fragmentShader,287                lights: true,288                morphTargets: true,289                vertexColors: THREE.VertexColors290            });291            var c, cl, morphColor, morphColors = geometry.morphColors;292            var attributes = material.attributes;293            if (geometry.morphColors && geometry.morphColors.length) {294                for (c = 0, cl = morphColors.length; c < cl; c++) {295                    morphColor = morphColors[c];296                    morphTargetName = morphColor.name;297                    for (a = 0; a < morphTargetName.length; a++) {298                        charCode = morphTargetName.charCodeAt(a);299                        if (!((charCode >= 65 && charCode <= 90) ||300                                (charCode >= 97 && charCode <= 122))) {301                            break;302                        }303                    }304                    morphTargetName = morphTargetName.slice(0, a).toLowerCase();305                    attributes[morphTargetName] = {306                        type: "c",307                        boundTo: "faces",308                        value: morphColor.colors309                    };310                    var variations = this.colorVariations["zero"];311                    if (this.animalVariationMap[morphTargetName] !== undefined) {312                        variations = this.colorVariations[this.animalVariationMap[morphTargetName]];313                    }314                    if (variations.lScale) {315                        material.uniforms.lightScale.value = variations.lScale;316                    } else {317                        material.uniforms.lightScale.value = 0.5;318                    }319                    if (variations.lOffset) {320                        material.uniforms.lightOffset.value.set(variations.lOffset[0], variations.lOffset[1], variations.lOffset[2]);321                    } else {322                        material.uniforms.lightOffset.value.set(0.6, 0.6, 0.6);323                    }324                    randomizeColors(attributes[morphTargetName].value, variations);325                }326                attributes.colorAnimalA.value = morphColors[0].colors;327                attributes.colorAnimalB.value = morphColors[0].colors;328                for (a = 0, al = availableAnimals.length; a < al; a++) {329                    animalName = availableAnimals[a].toLowerCase();330                    for (c = 0, cl = morphColors.length; c < cl; c++) {331                        morphColor = morphColors[c].name.toLowerCase();332                        if (morphColor.indexOf(animalName) !== -1) {333                            break;334                        }335                    }336                    if (c === cl) {337                        console.error("Animal.constructor: Morph Color missing for animal " + animalName + ". Deploying backup plan.");338                        attributes[animalName] = {339                            type: "c",340                            boundTo: "faces",341                            value: []342                        };343                        for (c = 0, cl = geometry.faces.length; c < cl; c++) {344                            attributes[animalName].value.push(new THREE.Color(0xff0000));345                        }346                    }347                }348            } else {349                console.error("Animal.constructor: Morph Colors doesn't exist, deploying fallback!");350                for (c = 0, cl = geometry.faces.length; c < cl; c++) {351                    attributes.colorAnimalA.value.push(new THREE.Color(0xff00ff));352                }353                attributes.colorAnimalB.value = attributes.colorAnimalA.value;354                for (a = 0, al = availableAnimals; a < al; a++) {355                    attributes[availableAnimals[a]] = {356                        type: "c",357                        boundTo: "faces",358                        value: attributes.colorAnimalA.value359                    };360                }361            }362            geometry.availableAnimals = availableAnimals;363            geometry.customAttributes = material.attributes;364        } else {365            var material = new THREE.MeshShaderMaterial({366                uniforms: ROME.AnimalShader.uniforms(),367                attributes: {},368                vertexShader: ROME.AnimalShader.vertexShader,369                fragmentShader: ROME.AnimalShader.fragmentShader,370                fog: true,371                lights: true,372                morphTargets: true373            });374            for (var a in geometry.customAttributes) {375                var srcAttribute = geometry.customAttributes[a];376                if (a === "colorAnimalA" || a === "colorAnimalB") {377                    material.attributes[a] = {378                        type: "c",379                        size: 3,380                        boundTo: srcAttribute.boundTo,381                        value: srcAttribute.value,382                        array: undefined,383                        buffer: undefined,384                        needsUpdate: false,385                        __webglInitialized: true386                    };387                } else {388                    material.attributes[a] = srcAttribute;389                }390            }391        }392        return {393            availableAnimals: geometry.availableAnimals,394            material: material395        };396    }397};398function randomizeColors(colors, variations) {399    var i, il, c, hd, sd, vd;400    for (i = 0, il = colors.length; i < il; i++) {401        c = colors[i];402        hd = variations.hRange * Math.random() + variations.hOffset;403        sd = variations.sRange * Math.random() + variations.sOffset;404        vd = variations.vRange * Math.random() + variations.vOffset;405        THREE.ColorUtils.adjustHSV(c, hd, sd, vd);406    }...

animalReducer.js

Source:animalReducer.js

1import {hasValue, verboseOutput} from "./projectReducer";2import {3    ANIMAL_ASSIGNED,4    ANIMAL_LIST_FILTERED,5    ANIMAL_LIST_RECEIVED,6    ANIMAL_LIST_REQUEST_FAILED, ASSIGNED_ANIMAL_LIST_FILTERED,7    AVAILABLE_ANIMAL_LIST_FILTERED, UPDATE_ASSIGNED_ANIMALS8} from "../actions/dataActions";9export default (state = { }, action) => {10    let nextState = { ...state };11    nextState.errors = [];12    switch (action.type) {13        case ANIMAL_LIST_RECEIVED:14            // action payload is the animal array15            nextState.allAnimals = action.payload.map((row) => {16                let newRow = {};17                for (let [key, value] of Object.entries(row)) {18                    newRow[key] = value.value;19                }20                newRow.assigned = false;21                return newRow;22            });23            nextState.availableAnimals = nextState.allAnimals.map(row => {return row});24            nextState.assignedAnimals = [];25            break;26        case ANIMAL_LIST_REQUEST_FAILED:27            // action payload is the exception28            nextState.allAnimals = [];29            nextState.availableAnimals = [];30            nextState.assignedAnimals = [];31            nextState.errors.push(action.payload);32            break;33        case ANIMAL_ASSIGNED:34            // action payload is the exception35            nextState.availableAnimals = [];36            nextState.errors.push(action.payload);37            break;38        case UPDATE_ASSIGNED_ANIMALS:39            // action payload is the timelineAnimalItems40            nextState.assignedAnimals = [];41            nextState.availableAnimals = [];42            if (nextState.allAnimals) {43                nextState.allAnimals.forEach(animal => {44                    const assigned = action.payload.find(item => {45                        return item.AnimalId === animal.Id && !item.IsDeleted;46                    })47                    if (assigned) {48                        nextState.assignedAnimals.push({...animal, EndDate: assigned.EndDate});49                        animal.assigned = true;50                    }51                    else {52                        nextState.availableAnimals.push({...animal});53                    }54                })55            }56            break;57        case AVAILABLE_ANIMAL_LIST_FILTERED:58            // action payload is the filter value59            const value = (action.payload + '').toUpperCase();60            nextState.availableAnimals = nextState.allAnimals.filter((animal) => {61                if (value !== '') {62                    return (!animal.assigned && hasValue(animal.Id, value))63                }64                else {65                    return (!animal.assigned)66                }67            })68            break;69        case ASSIGNED_ANIMAL_LIST_FILTERED:70            // action payload is the filter value71            const search = (action.payload + '').toUpperCase();72            nextState.assignedAnimals = nextState.allAnimals.filter((animal) => {73                if (search !== '') {74                    return (animal.assigned && hasValue(animal.Id, search))75                }76                else {77                    return (animal.assigned);78                }79            });80            break;81    }82    if (verboseOutput) {83        console.log('animalReducer() -> ' + action.type + '\nnext state:');84        console.log(nextState);85    }86    return nextState;...

getSchedule.js

Source:getSchedule.js

1const data = require('../data/zoo_data');2const getDayScheduleElse = (scheduleTarget, availableAnimals) => {3  const string = `Open from ${data.hours[scheduleTarget].open}am until `;4  const string2 = `${data.hours[scheduleTarget].close}pm`;5  const getFunctionResultDay = {6    [scheduleTarget]: {7      officeHour: string + string2,8      exhibition: availableAnimals,9    },10  };11  return getFunctionResultDay;12};13const getDaySchedule = (scheduleTarget) => {14  let result;15  const availableAnimals = data.species.filter((element) =>16    element.availability.includes(scheduleTarget)).map((element) => element.name);17  if (scheduleTarget === 'Monday') {18    result = {19      [scheduleTarget]: {20        officeHour: 'CLOSED',21        exhibition: 'The zoo will be closed!',22      },23    };24  } else {25    result = getDayScheduleElse(scheduleTarget, availableAnimals);26  }27  return result;28};29function getSchedule(scheduleTarget) {30  const days = Object.keys(data.hours);31  const specie = data.species.map((element) => element.name);32  let getFunctionResult = {};33  if (days.includes(scheduleTarget)) {34    getFunctionResult = getDaySchedule(scheduleTarget);35  } else if (specie.includes(scheduleTarget)) {36    getFunctionResult = data.species.find((element) => element.name === scheduleTarget)37      .availability;38  } else {39    let object;40    days.forEach((day) => {41      object = getDaySchedule(day);42      getFunctionResult[day] = object[day];43    });44  }45  return getFunctionResult;46}...

Using AI Code Generation

1const {Pact} = require('@pact-foundation/pact');2const path = require('path');3const {expect} = require('chai');4describe('Pact', () => {5  describe('availableAnimals', () => {6    it('returns a list of available animals', () => {7      const animals = Pact.availableAnimals();8      expect(animals).to.include('Cat');9      expect(animals).to.include('Dog');10      expect(animals).to.include('Pig');11    });12  });13});14const {Pact} = require('@pact-foundation/pact');15const path = require('path');16const {expect} = require('chai');17describe('Pact', () => {18  describe('availableAnimals', () => {19    it('returns a list of available animals', () => {20      const animals = Pact.availableAnimals();21      expect(animals).to.include('Cat');22      expect(animals).to.include('Dog');23      expect(animals).to.include('Pig');24    });25  });26});27const {Pact} = require('@pact-foundation/pact');28const path = require('path');29const {expect} = require('chai');30describe('Pact', () => {31  describe('availableAnimals', () => {32    it('returns a list of available animals', () => {33      const animals = Pact.availableAnimals();34      expect(animals).to.include('Cat');35      expect(animals).to.include('Dog');36      expect(animals).to.include('Pig');37    });38  });39});40const {Pact} = require('@pact-foundation/pact');41const path = require('path');42const {expect} = require('chai');43describe('Pact', () => {44  describe('availableAnimals', () => {45    it('returns a list of available animals', () => {46      const animals = Pact.availableAnimals();47      expect(animals).to.include('Cat');48      expect(animals).to.include('Dog');49      expect(animals).to.include('Pig');50    });51  });52});

Using AI Code Generation

1var Pact = require('pact-foundation-pact');2var pact = Pact();3var availableAnimals = pact.availableAnimals();4console.log(availableAnimals);5var Pact = require('pact-foundation-pact');6var pact = Pact();7var availableAnimals = pact.availableAnimals();8console.log(availableAnimals);9var Pact = require('pact-foundation-pact');10var pact = Pact();11var availableAnimals = pact.availableAnimals();12console.log(availableAnimals);13var Pact = require('pact-foundation-pact');14var pact = Pact();15var availableAnimals = pact.availableAnimals();16console.log(availableAnimals);17var Pact = require('pact-foundation-pact');18var pact = Pact();19var availableAnimals = pact.availableAnimals();20console.log(availableAnimals);21var Pact = require('pact-foundation-pact');22var pact = Pact();23var availableAnimals = pact.availableAnimals();24console.log(availableAnimals);25var Pact = require('pact-foundation-pact');26var pact = Pact();27var availableAnimals = pact.availableAnimals();28console.log(availableAnimals);29var Pact = require('pact-foundation-pact');30var pact = Pact();31var availableAnimals = pact.availableAnimals();32console.log(availableAnimals);33var Pact = require('pact-foundation-pact');34var pact = Pact();35var availableAnimals = pact.availableAnimals();36console.log(availableAnimals);

Using AI Code Generation

1const pact = require('pact-foundation/pact');2const path = require('path');3const expect = require('chai').expect;4const getMeSomeAnimals = require('./getMeSomeAnimals');5describe('Pact with Animals API', () => {6  const port = 1234;7  const provider = pact({8    log: path.resolve(process.cwd(), 'logs', 'pact.log'),9    dir: path.resolve(process.cwd(), 'pacts'),10  });11  before(() => provider.setup());12  after(() => provider.finalize());13  afterEach(() => provider.verify());14  describe('get a list of animals', () => {15    beforeEach(done => {16      const interaction = {17        withRequest: {18          headers: {19          }20        },21        willRespondWith: {22          headers: {23            'Content-Type': 'application/json; charset=utf-8'24          },25          body: pact.eachLike({26            animalType: pact.like('Dog'),27            legs: pact.integer(4)28          })29        }30      };31      provider.addInteraction(interaction)32        .then(() => done());33    });34    it('returns a successful body', done => {35      getMeSomeAnimals(url, port).then(response => {36        expect(response.data.length).to.be.above(0);37        done();38      });39    });40  });41});42const axios = require('axios');43const url = require('url');44module.exports = (baseUrl, port) => {45  const config = {46    headers: {47    }48  };49  const urlObj = {50  };51  return axios.get(url.format(urlObj), config);52};

Using AI Code Generation

1var pact = require('pact-foundation-pact');2var availableAnimals = pact.availableAnimals();3console.log(availableAnimals);4var pact = require('pact-foundation-pact');5var availableAnimals = pact.availableAnimals();6console.log(availableAnimals);7var pact = require('pact-foundation-pact');8var availableAnimals = pact.availableAnimals();9console.log(availableAnimals);10var pact = require('pact-foundation-pact');11var availableAnimals = pact.availableAnimals();12console.log(availableAnimals);13var pact = require('pact-foundation-pact');14var availableAnimals = pact.availableAnimals();15console.log(availableAnimals);16var pact = require('pact-foundation-pact');17var availableAnimals = pact.availableAnimals();18console.log(availableAnimals);19var pact = require('pact-foundation-pact');20var availableAnimals = pact.availableAnimals();21console.log(availableAnimals);22var pact = require('pact-foundation-pact');23var availableAnimals = pact.availableAnimals();24console.log(availableAnimals);

Using AI Code Generation

1var pact = require('pact-foundation/pact');2pact.availableAnimals(function (error, animals) {3  if (error) {4    console.log(error);5  } else {6    console.log(animals);7  }8});9var pact = require('pact-foundation/pact');10pact.availableAnimals().then(function (animals) {11  console.log(animals);12}, function (error) {13  console.log(error);14});15var pact = require('pact-foundation/pact');16pact.availableAnimals(function (error, animals) {17  if (error) {18    console.log(error);19  } else {20    console.log(animals.indexOf('cat') >= 0);21  }22});23var pact = require('pact-foundation/pact');24pact.availableAnimals(function (error, animals) {25  if (error) {26    console.log(error);27  } else {28    console.log(animals);29  }30});31var pact = require('pact-foundation/pact');32pact.availableAnimals(function (error, animals) {33  if (error) {34    console.log(error);35  } else {36    console.log(animals.indexOf('cat') >= 0);37  }38});

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