How to use data_view method in wpt

Best JavaScript code snippet using wpt

runtime-v1.js

Source:runtime-v1.js

...88    const base1 = arg0;89    const result1 = [];90    for (let i = 0; i < len1; i++) {91      const base = base1 + i * 1;92      const tag0 = data_view(memory).getUint8(base + 0, true);93      if (!(tag0 in ElementType))94      throw new RangeError("invalid discriminant specified for ElementType");95      result1.push(tag0);96    }97    let variant3;98    switch (arg2) {99      case 0: {100        variant3 = {101          tag: "dynamic",102        };103        break;104      }105      case 1: {106        const ptr2 = arg3;107        const len2 = arg4;108        variant3 = {109          tag: "fixed",110          val: new Uint32Array(memory.buffer.slice(ptr2, ptr2 + len2 * 4)),111        };112        break;113      }114      default:115      throw new RangeError("invalid variant discriminant for Dimensions");116    }117    const ret = obj.supportedShapes(result1, variant3);118    return resources3.insert(ret);119  };120  imports["runtime-v1"]["interpret-as-number-in-range"] = function(arg0, arg1, arg2, arg3) {121    const memory = get_export("memory");122    const ptr0 = arg0;123    const len0 = arg1;124    const ptr1 = arg2;125    const len1 = arg3;126    const ret = obj.interpretAsNumberInRange(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr1, len1)));127    return resources4.insert(ret);128  };129  imports["runtime-v1"]["interpret-as-string-in-enum"] = function(arg0, arg1) {130    const memory = get_export("memory");131    const len1 = arg1;132    const base1 = arg0;133    const result1 = [];134    for (let i = 0; i < len1; i++) {135      const base = base1 + i * 8;136      const ptr0 = data_view(memory).getInt32(base + 0, true);137      const len0 = data_view(memory).getInt32(base + 4, true);138      result1.push(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));139    }140    const ret = obj.interpretAsStringInEnum(result1);141    return resources4.insert(ret);142  };143  imports["runtime-v1"]["non-negative-number"] = function() {144    const ret = obj.nonNegativeNumber();145    return resources4.insert(ret);146  };147  imports["runtime-v1"]["supported-argument-type"] = function(arg0) {148    const tag0 = arg0;149    if (!(tag0 in ArgumentType))150    throw new RangeError("invalid discriminant specified for ArgumentType");151    const ret = obj.supportedArgumentType(tag0);152    return resources4.insert(ret);153  };154  imports["runtime-v1"]["register-node"] = function(arg0) {155    obj.registerNode(resources0.get(arg0));156  };157  imports["runtime-v1"]["graph-context::for-node"] = function(arg0, arg1, arg2) {158    const memory = get_export("memory");159    const ptr0 = arg0;160    const len0 = arg1;161    const ret = obj.graphContextForNode(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));162    const variant1 = ret;163    let variant1_0;164    let variant1_1;165    switch (variant1) {166      case null: {167        variant1_0 = 0;168        variant1_1 = 0;169        break;170      }171      default: {172        const e = variant1;173        variant1_0 = 1;174        variant1_1 = resources5.insert(e);175        break;176      }177    }178    data_view(memory).setInt32(arg2 + 8, variant1_1, true);179    data_view(memory).setInt32(arg2 + 0, variant1_0, true);180  };181  imports["runtime-v1"]["kernel-context::for-node"] = function(arg0, arg1, arg2) {182    const memory = get_export("memory");183    const ptr0 = arg0;184    const len0 = arg1;185    const ret = obj.kernelContextForNode(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));186    const variant1 = ret;187    let variant1_0;188    let variant1_1;189    switch (variant1) {190      case null: {191        variant1_0 = 0;192        variant1_1 = 0;193        break;194      }195      default: {196        const e = variant1;197        variant1_0 = 1;198        variant1_1 = resources6.insert(e);199        break;200      }201    }202    data_view(memory).setInt32(arg2 + 8, variant1_1, true);203    data_view(memory).setInt32(arg2 + 0, variant1_0, true);204  };205  imports["runtime-v1"]["is-enabled"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12) {206    const memory = get_export("memory");207    const ptr0 = arg0;208    const len0 = arg1;209    const ptr1 = arg2;210    const len1 = arg3;211    const tag2 = arg4;212    if (!(tag2 in LogLevel))213    throw new RangeError("invalid discriminant specified for LogLevel");214    let variant4;215    switch (arg5) {216      case 0: {217        variant4 = null;218        break;219      }220      case 1: {221        const ptr3 = arg6;222        const len3 = arg7;223        variant4 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr3, len3));224        break;225      }226      default:227      throw new RangeError("invalid variant discriminant for option");228    }229    let variant5;230    switch (arg8) {231      case 0: {232        variant5 = null;233        break;234      }235      case 1: {236        variant5 = arg9 >>> 0;237        break;238      }239      default:240      throw new RangeError("invalid variant discriminant for option");241    }242    let variant7;243    switch (arg10) {244      case 0: {245        variant7 = null;246        break;247      }248      case 1: {249        const ptr6 = arg11;250        const len6 = arg12;251        variant7 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr6, len6));252        break;253      }254      default:255      throw new RangeError("invalid variant discriminant for option");256    }257    const ret = obj.isEnabled({258      name: UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)),259      target: UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr1, len1)),260      level: tag2,261      file: variant4,262      line: variant5,263      module: variant7,264    });265    const variant8 = ret;266    let variant8_0;267    switch (variant8) {268      case false: {269        variant8_0 = 0;270        break;271      }272      case true: {273        variant8_0 = 1;274        break;275      }276      default:277      throw new RangeError("invalid variant specified for bool");278    }279    return variant8_0;280  };281  imports["runtime-v1"]["log"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12, arg13, arg14, arg15, arg16) {282    const memory = get_export("memory");283    const ptr0 = arg0;284    const len0 = arg1;285    const ptr1 = arg2;286    const len1 = arg3;287    const tag2 = arg4;288    if (!(tag2 in LogLevel))289    throw new RangeError("invalid discriminant specified for LogLevel");290    let variant4;291    switch (arg5) {292      case 0: {293        variant4 = null;294        break;295      }296      case 1: {297        const ptr3 = arg6;298        const len3 = arg7;299        variant4 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr3, len3));300        break;301      }302      default:303      throw new RangeError("invalid variant discriminant for option");304    }305    let variant5;306    switch (arg8) {307      case 0: {308        variant5 = null;309        break;310      }311      case 1: {312        variant5 = arg9 >>> 0;313        break;314      }315      default:316      throw new RangeError("invalid variant discriminant for option");317    }318    let variant7;319    switch (arg10) {320      case 0: {321        variant7 = null;322        break;323      }324      case 1: {325        const ptr6 = arg11;326        const len6 = arg12;327        variant7 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr6, len6));328        break;329      }330      default:331      throw new RangeError("invalid variant discriminant for option");332    }333    const ptr8 = arg13;334    const len8 = arg14;335    const len13 = arg16;336    const base13 = arg15;337    const result13 = [];338    for (let i = 0; i < len13; i++) {339      const base = base13 + i * 24;340      const ptr9 = data_view(memory).getInt32(base + 0, true);341      const len9 = data_view(memory).getInt32(base + 4, true);342      let variant12;343      switch (data_view(memory).getUint8(base + 8, true)) {344        case 0: {345          variant12 = {346            tag: "null",347          };348          break;349        }350        case 1: {351          let variant10;352          switch (data_view(memory).getUint8(base + 16, true)) {353            case 0: {354              variant10 = false;355              break;356            }357            case 1: {358              variant10 = true;359              break;360            }361            default:362            throw new RangeError("invalid variant discriminant for bool");363          }364          variant12 = {365            tag: "boolean",366            val: variant10,367          };368          break;369        }370        case 2: {371          variant12 = {372            tag: "integer",373            val: data_view(memory).getBigInt64(base + 16, true),374          };375          break;376        }377        case 3: {378          variant12 = {379            tag: "float",380            val: data_view(memory).getFloat64(base + 16, true),381          };382          break;383        }384        case 4: {385          const ptr11 = data_view(memory).getInt32(base + 16, true);386          const len11 = data_view(memory).getInt32(base + 20, true);387          variant12 = {388            tag: "string",389            val: UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr11, len11)),390          };391          break;392        }393        default:394        throw new RangeError("invalid variant discriminant for LogValue");395      }396      result13.push([UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr9, len9)), variant12]);397    }398    obj.log({399      name: UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)),400      target: UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr1, len1)),401      level: tag2,402      file: variant4,403      line: variant5,404      module: variant7,405    }, UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr8, len8)), result13);406  };407  imports["runtime-v1"]["model::load"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6) {408    const memory = get_export("memory");409    const realloc = get_export("canonical_abi_realloc");410    const ptr0 = arg0;411    const len0 = arg1;412    const ptr1 = arg2;413    const len1 = arg3;414    const len4 = arg5;415    const base4 = arg4;416    const result4 = [];417    for (let i = 0; i < len4; i++) {418      const base = base4 + i * 16;419      const ptr2 = data_view(memory).getInt32(base + 0, true);420      const len2 = data_view(memory).getInt32(base + 4, true);421      const ptr3 = data_view(memory).getInt32(base + 8, true);422      const len3 = data_view(memory).getInt32(base + 12, true);423      result4.push([UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr2, len2)), UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr3, len3))]);424    }425    const ret = obj.modelLoad(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), new Uint8Array(memory.buffer.slice(ptr1, ptr1 + len1 * 1)), result4);426    const variant7 = ret;427    let variant7_0;428    let variant7_1;429    let variant7_2;430    let variant7_3;431    switch (variant7.tag) {432      case "ok": {433        const e = variant7.val;434        variant7_0 = 0;435        variant7_1 = resources7.insert(e);436        variant7_2 = 0;437        variant7_3 = 0;438        break;439      }440      case "err": {441        const e = variant7.val;442        const variant6 = e;443        let variant6_0;444        let variant6_1;445        let variant6_2;446        switch (variant6.tag) {447          case "other": {448            const e = variant6.val;449            const ptr5 = utf8_encode(e, realloc, memory);450            const len5 = UTF8_ENCODED_LEN;451            variant6_0 = 0;452            variant6_1 = ptr5;453            variant6_2 = len5;454            break;455          }456          default:457          throw new RangeError("invalid variant specified for ModelLoadError");458        }459        variant7_0 = 1;460        variant7_1 = variant6_0;461        variant7_2 = variant6_1;462        variant7_3 = variant6_2;463        break;464      }465      default:466      throw new RangeError("invalid variant specified for expected");467    }468    data_view(memory).setInt32(arg6 + 24, variant7_3, true);469    data_view(memory).setInt32(arg6 + 16, variant7_2, true);470    data_view(memory).setInt32(arg6 + 8, variant7_1, true);471    data_view(memory).setInt32(arg6 + 0, variant7_0, true);472  };473  imports["runtime-v1"]["metadata::set-description"] = function(arg0, arg1, arg2) {474    const memory = get_export("memory");475    const ptr0 = arg1;476    const len0 = arg2;477    resources0.get(arg0).setDescription(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));478  };479  imports["runtime-v1"]["metadata::set-repository"] = function(arg0, arg1, arg2) {480    const memory = get_export("memory");481    const ptr0 = arg1;482    const len0 = arg2;483    resources0.get(arg0).setRepository(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));484  };485  imports["runtime-v1"]["metadata::set-homepage"] = function(arg0, arg1, arg2) {486    const memory = get_export("memory");487    const ptr0 = arg1;488    const len0 = arg2;489    resources0.get(arg0).setHomepage(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));490  };491  imports["runtime-v1"]["metadata::add-tag"] = function(arg0, arg1, arg2) {492    const memory = get_export("memory");493    const ptr0 = arg1;494    const len0 = arg2;495    resources0.get(arg0).addTag(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));496  };497  imports["runtime-v1"]["metadata::add-argument"] = function(arg0, arg1) {498    resources0.get(arg0).addArgument(resources1.get(arg1));499  };500  imports["runtime-v1"]["metadata::add-input"] = function(arg0, arg1) {501    resources0.get(arg0).addInput(resources2.get(arg1));502  };503  imports["runtime-v1"]["metadata::add-output"] = function(arg0, arg1) {504    resources0.get(arg0).addOutput(resources2.get(arg1));505  };506  imports["runtime-v1"]["argument-metadata::set-description"] = function(arg0, arg1, arg2) {507    const memory = get_export("memory");508    const ptr0 = arg1;509    const len0 = arg2;510    resources1.get(arg0).setDescription(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));511  };512  imports["runtime-v1"]["argument-metadata::set-default-value"] = function(arg0, arg1, arg2) {513    const memory = get_export("memory");514    const ptr0 = arg1;515    const len0 = arg2;516    resources1.get(arg0).setDefaultValue(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));517  };518  imports["runtime-v1"]["argument-metadata::add-hint"] = function(arg0, arg1) {519    resources1.get(arg0).addHint(resources4.get(arg1));520  };521  imports["runtime-v1"]["tensor-metadata::set-description"] = function(arg0, arg1, arg2) {522    const memory = get_export("memory");523    const ptr0 = arg1;524    const len0 = arg2;525    resources2.get(arg0).setDescription(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));526  };527  imports["runtime-v1"]["tensor-metadata::add-hint"] = function(arg0, arg1) {528    resources2.get(arg0).addHint(resources3.get(arg1));529  };530  imports["runtime-v1"]["graph-context::get-argument"] = function(arg0, arg1, arg2, arg3) {531    const memory = get_export("memory");532    const realloc = get_export("canonical_abi_realloc");533    const ptr0 = arg1;534    const len0 = arg2;535    const ret = resources5.get(arg0).getArgument(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));536    const variant2 = ret;537    let variant2_0;538    let variant2_1;539    let variant2_2;540    switch (variant2) {541      case null: {542        variant2_0 = 0;543        variant2_1 = 0;544        variant2_2 = 0;545        break;546      }547      default: {548        const e = variant2;549        const ptr1 = utf8_encode(e, realloc, memory);550        const len1 = UTF8_ENCODED_LEN;551        variant2_0 = 1;552        variant2_1 = ptr1;553        variant2_2 = len1;554        break;555      }556    }557    data_view(memory).setInt32(arg3 + 16, variant2_2, true);558    data_view(memory).setInt32(arg3 + 8, variant2_1, true);559    data_view(memory).setInt32(arg3 + 0, variant2_0, true);560  };561  imports["runtime-v1"]["graph-context::add-input-tensor"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6) {562    const memory = get_export("memory");563    const ptr0 = arg1;564    const len0 = arg2;565    const tag1 = arg3;566    if (!(tag1 in ElementType))567    throw new RangeError("invalid discriminant specified for ElementType");568    let variant3;569    switch (arg4) {570      case 0: {571        variant3 = {572          tag: "dynamic",573        };574        break;575      }576      case 1: {577        const ptr2 = arg5;578        const len2 = arg6;579        variant3 = {580          tag: "fixed",581          val: new Uint32Array(memory.buffer.slice(ptr2, ptr2 + len2 * 4)),582        };583        break;584      }585      default:586      throw new RangeError("invalid variant discriminant for Dimensions");587    }588    resources5.get(arg0).addInputTensor(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), tag1, variant3);589  };590  imports["runtime-v1"]["graph-context::add-output-tensor"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6) {591    const memory = get_export("memory");592    const ptr0 = arg1;593    const len0 = arg2;594    const tag1 = arg3;595    if (!(tag1 in ElementType))596    throw new RangeError("invalid discriminant specified for ElementType");597    let variant3;598    switch (arg4) {599      case 0: {600        variant3 = {601          tag: "dynamic",602        };603        break;604      }605      case 1: {606        const ptr2 = arg5;607        const len2 = arg6;608        variant3 = {609          tag: "fixed",610          val: new Uint32Array(memory.buffer.slice(ptr2, ptr2 + len2 * 4)),611        };612        break;613      }614      default:615      throw new RangeError("invalid variant discriminant for Dimensions");616    }617    resources5.get(arg0).addOutputTensor(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), tag1, variant3);618  };619  imports["runtime-v1"]["kernel-context::get-argument"] = function(arg0, arg1, arg2, arg3) {620    const memory = get_export("memory");621    const realloc = get_export("canonical_abi_realloc");622    const ptr0 = arg1;623    const len0 = arg2;624    const ret = resources6.get(arg0).getArgument(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));625    const variant2 = ret;626    let variant2_0;627    let variant2_1;628    let variant2_2;629    switch (variant2) {630      case null: {631        variant2_0 = 0;632        variant2_1 = 0;633        variant2_2 = 0;634        break;635      }636      default: {637        const e = variant2;638        const ptr1 = utf8_encode(e, realloc, memory);639        const len1 = UTF8_ENCODED_LEN;640        variant2_0 = 1;641        variant2_1 = ptr1;642        variant2_2 = len1;643        break;644      }645    }646    data_view(memory).setInt32(arg3 + 16, variant2_2, true);647    data_view(memory).setInt32(arg3 + 8, variant2_1, true);648    data_view(memory).setInt32(arg3 + 0, variant2_0, true);649  };650  imports["runtime-v1"]["kernel-context::get-input-tensor"] = function(arg0, arg1, arg2, arg3) {651    const memory = get_export("memory");652    const realloc = get_export("canonical_abi_realloc");653    const ptr0 = arg1;654    const len0 = arg2;655    const ret = resources6.get(arg0).getInputTensor(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));656    const variant5 = ret;657    let variant5_0;658    let variant5_1;659    let variant5_2;660    let variant5_3;661    let variant5_4;662    let variant5_5;663    switch (variant5) {664      case null: {665        variant5_0 = 0;666        variant5_1 = 0;667        variant5_2 = 0;668        variant5_3 = 0;669        variant5_4 = 0;670        variant5_5 = 0;671        break;672      }673      default: {674        const e = variant5;675        const {elementType: v1_0, dimensions: v1_1, buffer: v1_2 } = e;676        const variant2 = v1_0;677        if (!(variant2 in ElementType))678        throw new RangeError("invalid variant specified for ElementType");679        const val3 = v1_1;680        const len3 = val3.length;681        const ptr3 = realloc(0, 0, 4, len3 * 4);682        (new Uint8Array(memory.buffer, ptr3, len3 * 4)).set(new Uint8Array(val3.buffer, val3.byteOffset, len3 * 4));683        const val4 = v1_2;684        const len4 = val4.length;685        const ptr4 = realloc(0, 0, 1, len4 * 1);686        (new Uint8Array(memory.buffer, ptr4, len4 * 1)).set(new Uint8Array(val4.buffer, val4.byteOffset, len4 * 1));687        variant5_0 = 1;688        variant5_1 = Number.isInteger(variant2) ? variant2 : ElementType[variant2];689        variant5_2 = ptr3;690        variant5_3 = len3;691        variant5_4 = ptr4;692        variant5_5 = len4;693        break;694      }695    }696    data_view(memory).setInt32(arg3 + 40, variant5_5, true);697    data_view(memory).setInt32(arg3 + 32, variant5_4, true);698    data_view(memory).setInt32(arg3 + 24, variant5_3, true);699    data_view(memory).setInt32(arg3 + 16, variant5_2, true);700    data_view(memory).setInt32(arg3 + 8, variant5_1, true);701    data_view(memory).setInt32(arg3 + 0, variant5_0, true);702  };703  imports["runtime-v1"]["kernel-context::set-output-tensor"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6, arg7) {704    const memory = get_export("memory");705    const ptr0 = arg1;706    const len0 = arg2;707    const tag1 = arg3;708    if (!(tag1 in ElementType))709    throw new RangeError("invalid discriminant specified for ElementType");710    const ptr2 = arg4;711    const len2 = arg5;712    const ptr3 = arg6;713    const len3 = arg7;714    resources6.get(arg0).setOutputTensor(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), {715      elementType: tag1,716      dimensions: new Uint32Array(memory.buffer.slice(ptr2, ptr2 + len2 * 4)),717      buffer: new Uint8Array(memory.buffer.slice(ptr3, ptr3 + len3 * 1)),718    });719  };720  imports["runtime-v1"]["kernel-context::get-global-input"] = function(arg0, arg1, arg2, arg3) {721    const memory = get_export("memory");722    const realloc = get_export("canonical_abi_realloc");723    const ptr0 = arg1;724    const len0 = arg2;725    const ret = resources6.get(arg0).getGlobalInput(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)));726    const variant5 = ret;727    let variant5_0;728    let variant5_1;729    let variant5_2;730    let variant5_3;731    let variant5_4;732    let variant5_5;733    switch (variant5) {734      case null: {735        variant5_0 = 0;736        variant5_1 = 0;737        variant5_2 = 0;738        variant5_3 = 0;739        variant5_4 = 0;740        variant5_5 = 0;741        break;742      }743      default: {744        const e = variant5;745        const {elementType: v1_0, dimensions: v1_1, buffer: v1_2 } = e;746        const variant2 = v1_0;747        if (!(variant2 in ElementType))748        throw new RangeError("invalid variant specified for ElementType");749        const val3 = v1_1;750        const len3 = val3.length;751        const ptr3 = realloc(0, 0, 4, len3 * 4);752        (new Uint8Array(memory.buffer, ptr3, len3 * 4)).set(new Uint8Array(val3.buffer, val3.byteOffset, len3 * 4));753        const val4 = v1_2;754        const len4 = val4.length;755        const ptr4 = realloc(0, 0, 1, len4 * 1);756        (new Uint8Array(memory.buffer, ptr4, len4 * 1)).set(new Uint8Array(val4.buffer, val4.byteOffset, len4 * 1));757        variant5_0 = 1;758        variant5_1 = Number.isInteger(variant2) ? variant2 : ElementType[variant2];759        variant5_2 = ptr3;760        variant5_3 = len3;761        variant5_4 = ptr4;762        variant5_5 = len4;763        break;764      }765    }766    data_view(memory).setInt32(arg3 + 40, variant5_5, true);767    data_view(memory).setInt32(arg3 + 32, variant5_4, true);768    data_view(memory).setInt32(arg3 + 24, variant5_3, true);769    data_view(memory).setInt32(arg3 + 16, variant5_2, true);770    data_view(memory).setInt32(arg3 + 8, variant5_1, true);771    data_view(memory).setInt32(arg3 + 0, variant5_0, true);772  };773  imports["runtime-v1"]["kernel-context::set-global-output"] = function(arg0, arg1, arg2, arg3, arg4, arg5, arg6, arg7) {774    const memory = get_export("memory");775    const ptr0 = arg1;776    const len0 = arg2;777    const tag1 = arg3;778    if (!(tag1 in ElementType))779    throw new RangeError("invalid discriminant specified for ElementType");780    const ptr2 = arg4;781    const len2 = arg5;782    const ptr3 = arg6;783    const len3 = arg7;784    resources6.get(arg0).setGlobalOutput(UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr0, len0)), {785      elementType: tag1,786      dimensions: new Uint32Array(memory.buffer.slice(ptr2, ptr2 + len2 * 4)),787      buffer: new Uint8Array(memory.buffer.slice(ptr3, ptr3 + len3 * 1)),788    });789  };790  imports["runtime-v1"]["model::infer"] = function(arg0, arg1, arg2, arg3) {791    const memory = get_export("memory");792    const realloc = get_export("canonical_abi_realloc");793    const len3 = arg2;794    const base3 = arg1;795    const result3 = [];796    for (let i = 0; i < len3; i++) {797      const base = base3 + i * 20;798      const tag0 = data_view(memory).getUint8(base + 0, true);799      if (!(tag0 in ElementType))800      throw new RangeError("invalid discriminant specified for ElementType");801      const ptr1 = data_view(memory).getInt32(base + 4, true);802      const len1 = data_view(memory).getInt32(base + 8, true);803      const ptr2 = data_view(memory).getInt32(base + 12, true);804      const len2 = data_view(memory).getInt32(base + 16, true);805      result3.push({806        elementType: tag0,807        dimensions: new Uint32Array(memory.buffer.slice(ptr1, ptr1 + len1 * 4)),808        buffer: new Uint8Array(memory.buffer.slice(ptr2, ptr2 + len2 * 1)),809      });810    }811    const ret = resources7.get(arg0).infer(result3);812    const variant11 = ret;813    let variant11_0;814    let variant11_1;815    let variant11_2;816    let variant11_3;817    switch (variant11.tag) {818      case "ok": {819        const e = variant11.val;820        const vec8 = e;821        const len8 = vec8.length;822        const result8 = realloc(0, 0, 4, len8 * 20);823        for (let i = 0; i < vec8.length; i++) {824          const e = vec8[i];825          const base = result8 + i * 20;826          const {elementType: v4_0, dimensions: v4_1, buffer: v4_2 } = e;827          const variant5 = v4_0;828          switch (variant5) {829            case 0: {830              const e = variant5;831              data_view(memory).setInt8(base + 0, 0, true);832              break;833            }834            case 1: {835              const e = variant5;836              data_view(memory).setInt8(base + 0, 1, true);837              break;838            }839            case 2: {840              const e = variant5;841              data_view(memory).setInt8(base + 0, 2, true);842              break;843            }844            case 3: {845              const e = variant5;846              data_view(memory).setInt8(base + 0, 3, true);847              break;848            }849            case 4: {850              const e = variant5;851              data_view(memory).setInt8(base + 0, 4, true);852              break;853            }854            case 5: {855              const e = variant5;856              data_view(memory).setInt8(base + 0, 5, true);857              break;858            }859            case 6: {860              const e = variant5;861              data_view(memory).setInt8(base + 0, 6, true);862              break;863            }864            case 7: {865              const e = variant5;866              data_view(memory).setInt8(base + 0, 7, true);867              break;868            }869            case 8: {870              const e = variant5;871              data_view(memory).setInt8(base + 0, 8, true);872              break;873            }874            case 9: {875              const e = variant5;876              data_view(memory).setInt8(base + 0, 9, true);877              break;878            }879            case 10: {880              const e = variant5;881              data_view(memory).setInt8(base + 0, 10, true);882              break;883            }884            default:885            throw new RangeError("invalid variant specified for ElementType");886          }887          const val6 = v4_1;888          const len6 = val6.length;889          const ptr6 = realloc(0, 0, 4, len6 * 4);890          (new Uint8Array(memory.buffer, ptr6, len6 * 4)).set(new Uint8Array(val6.buffer, val6.byteOffset, len6 * 4));891          data_view(memory).setInt32(base + 8, len6, true);892          data_view(memory).setInt32(base + 4, ptr6, true);893          const val7 = v4_2;894          const len7 = val7.length;895          const ptr7 = realloc(0, 0, 1, len7 * 1);896          (new Uint8Array(memory.buffer, ptr7, len7 * 1)).set(new Uint8Array(val7.buffer, val7.byteOffset, len7 * 1));897          data_view(memory).setInt32(base + 16, len7, true);898          data_view(memory).setInt32(base + 12, ptr7, true);899        }900        variant11_0 = 0;901        variant11_1 = result8;902        variant11_2 = len8;903        variant11_3 = 0;904        break;905      }906      case "err": {907        const e = variant11.val;908        const variant10 = e;909        let variant10_0;910        let variant10_1;911        let variant10_2;912        switch (variant10.tag) {913          case "other": {914            const e = variant10.val;915            const ptr9 = utf8_encode(e, realloc, memory);916            const len9 = UTF8_ENCODED_LEN;917            variant10_0 = 0;918            variant10_1 = ptr9;919            variant10_2 = len9;920            break;921          }922          default:923          throw new RangeError("invalid variant specified for ModelInferError");924        }925        variant11_0 = 1;926        variant11_1 = variant10_0;927        variant11_2 = variant10_1;928        variant11_3 = variant10_2;929        break;930      }931      default:932      throw new RangeError("invalid variant specified for expected");933    }934    data_view(memory).setInt32(arg3 + 24, variant11_3, true);935    data_view(memory).setInt32(arg3 + 16, variant11_2, true);936    data_view(memory).setInt32(arg3 + 8, variant11_1, true);937    data_view(memory).setInt32(arg3 + 0, variant11_0, true);938  };939  imports["runtime-v1"]["model::inputs"] = function(arg0, arg1) {940    const memory = get_export("memory");941    const realloc = get_export("canonical_abi_realloc");942    const ret = resources7.get(arg0).inputs();943    const vec4 = ret;944    const len4 = vec4.length;945    const result4 = realloc(0, 0, 4, len4 * 16);946    for (let i = 0; i < vec4.length; i++) {947      const e = vec4[i];948      const base = result4 + i * 16;949      const {elementType: v0_0, dimensions: v0_1 } = e;950      const variant1 = v0_0;951      switch (variant1) {952        case 0: {953          const e = variant1;954          data_view(memory).setInt8(base + 0, 0, true);955          break;956        }957        case 1: {958          const e = variant1;959          data_view(memory).setInt8(base + 0, 1, true);960          break;961        }962        case 2: {963          const e = variant1;964          data_view(memory).setInt8(base + 0, 2, true);965          break;966        }967        case 3: {968          const e = variant1;969          data_view(memory).setInt8(base + 0, 3, true);970          break;971        }972        case 4: {973          const e = variant1;974          data_view(memory).setInt8(base + 0, 4, true);975          break;976        }977        case 5: {978          const e = variant1;979          data_view(memory).setInt8(base + 0, 5, true);980          break;981        }982        case 6: {983          const e = variant1;984          data_view(memory).setInt8(base + 0, 6, true);985          break;986        }987        case 7: {988          const e = variant1;989          data_view(memory).setInt8(base + 0, 7, true);990          break;991        }992        case 8: {993          const e = variant1;994          data_view(memory).setInt8(base + 0, 8, true);995          break;996        }997        case 9: {998          const e = variant1;999          data_view(memory).setInt8(base + 0, 9, true);1000          break;1001        }1002        case 10: {1003          const e = variant1;1004          data_view(memory).setInt8(base + 0, 10, true);1005          break;1006        }1007        default:1008        throw new RangeError("invalid variant specified for ElementType");1009      }1010      const variant3 = v0_1;1011      switch (variant3.tag) {1012        case "dynamic": {1013          data_view(memory).setInt8(base + 4, 0, true);1014          break;1015        }1016        case "fixed": {1017          const e = variant3.val;1018          data_view(memory).setInt8(base + 4, 1, true);1019          const val2 = e;1020          const len2 = val2.length;1021          const ptr2 = realloc(0, 0, 4, len2 * 4);1022          (new Uint8Array(memory.buffer, ptr2, len2 * 4)).set(new Uint8Array(val2.buffer, val2.byteOffset, len2 * 4));1023          data_view(memory).setInt32(base + 12, len2, true);1024          data_view(memory).setInt32(base + 8, ptr2, true);1025          break;1026        }1027        default:1028        throw new RangeError("invalid variant specified for Dimensions");1029      }1030    }1031    data_view(memory).setInt32(arg1 + 8, len4, true);1032    data_view(memory).setInt32(arg1 + 0, result4, true);1033  };1034  imports["runtime-v1"]["model::outputs"] = function(arg0, arg1) {1035    const memory = get_export("memory");1036    const realloc = get_export("canonical_abi_realloc");1037    const ret = resources7.get(arg0).outputs();1038    const vec4 = ret;1039    const len4 = vec4.length;1040    const result4 = realloc(0, 0, 4, len4 * 16);1041    for (let i = 0; i < vec4.length; i++) {1042      const e = vec4[i];1043      const base = result4 + i * 16;1044      const {elementType: v0_0, dimensions: v0_1 } = e;1045      const variant1 = v0_0;1046      switch (variant1) {1047        case 0: {1048          const e = variant1;1049          data_view(memory).setInt8(base + 0, 0, true);1050          break;1051        }1052        case 1: {1053          const e = variant1;1054          data_view(memory).setInt8(base + 0, 1, true);1055          break;1056        }1057        case 2: {1058          const e = variant1;1059          data_view(memory).setInt8(base + 0, 2, true);1060          break;1061        }1062        case 3: {1063          const e = variant1;1064          data_view(memory).setInt8(base + 0, 3, true);1065          break;1066        }1067        case 4: {1068          const e = variant1;1069          data_view(memory).setInt8(base + 0, 4, true);1070          break;1071        }1072        case 5: {1073          const e = variant1;1074          data_view(memory).setInt8(base + 0, 5, true);1075          break;1076        }1077        case 6: {1078          const e = variant1;1079          data_view(memory).setInt8(base + 0, 6, true);1080          break;1081        }1082        case 7: {1083          const e = variant1;1084          data_view(memory).setInt8(base + 0, 7, true);1085          break;1086        }1087        case 8: {1088          const e = variant1;1089          data_view(memory).setInt8(base + 0, 8, true);1090          break;1091        }1092        case 9: {1093          const e = variant1;1094          data_view(memory).setInt8(base + 0, 9, true);1095          break;1096        }1097        case 10: {1098          const e = variant1;1099          data_view(memory).setInt8(base + 0, 10, true);1100          break;1101        }1102        default:1103        throw new RangeError("invalid variant specified for ElementType");1104      }1105      const variant3 = v0_1;1106      switch (variant3.tag) {1107        case "dynamic": {1108          data_view(memory).setInt8(base + 4, 0, true);1109          break;1110        }1111        case "fixed": {1112          const e = variant3.val;1113          data_view(memory).setInt8(base + 4, 1, true);1114          const val2 = e;1115          const len2 = val2.length;1116          const ptr2 = realloc(0, 0, 4, len2 * 4);1117          (new Uint8Array(memory.buffer, ptr2, len2 * 4)).set(new Uint8Array(val2.buffer, val2.byteOffset, len2 * 4));1118          data_view(memory).setInt32(base + 12, len2, true);1119          data_view(memory).setInt32(base + 8, ptr2, true);1120          break;1121        }1122        default:1123        throw new RangeError("invalid variant specified for Dimensions");1124      }1125    }1126    data_view(memory).setInt32(arg1 + 8, len4, true);1127    data_view(memory).setInt32(arg1 + 0, result4, true);1128  };1129  if (!("canonical_abi" in imports)) imports["canonical_abi"] = {};1130  1131  const resources0 = new Slab();1132  imports.canonical_abi["resource_drop_metadata"] = (i) => {1133    const val = resources0.remove(i);1134    if (obj.dropMetadata)1135    obj.dropMetadata(val);1136  };1137  1138  const resources1 = new Slab();1139  imports.canonical_abi["resource_drop_argument-metadata"] = (i) => {1140    const val = resources1.remove(i);1141    if (obj.dropArgumentMetadata)...

proc-block-v1.js

Source:proc-block-v1.js

...30    const ptr0 = utf8_encode(arg0, realloc, memory);31    const len0 = UTF8_ENCODED_LEN;32    const ret = this._exports['graph'](ptr0, len0);33    let variant7;34    switch (data_view(memory).getInt32(ret + 0, true)) {35      case 0: {36        variant7 = {37          tag: "ok",38        };39        break;40      }41      case 1: {42        let variant6;43        switch (data_view(memory).getInt32(ret + 8, true)) {44          case 0: {45            const ptr1 = data_view(memory).getInt32(ret + 16, true);46            const len1 = data_view(memory).getInt32(ret + 24, true);47            const list1 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr1, len1));48            free(ptr1, len1, 1);49            variant6 = {50              tag: "other",51              val: list1,52            };53            break;54          }55          case 1: {56            const ptr2 = data_view(memory).getInt32(ret + 16, true);57            const len2 = data_view(memory).getInt32(ret + 24, true);58            const list2 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr2, len2));59            free(ptr2, len2, 1);60            let variant5;61            switch (data_view(memory).getInt32(ret + 32, true)) {62              case 0: {63                const ptr3 = data_view(memory).getInt32(ret + 40, true);64                const len3 = data_view(memory).getInt32(ret + 48, true);65                const list3 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr3, len3));66                free(ptr3, len3, 1);67                variant5 = {68                  tag: "other",69                  val: list3,70                };71                break;72              }73              case 1: {74                variant5 = {75                  tag: "not-found",76                };77                break;78              }79              case 2: {80                const ptr4 = data_view(memory).getInt32(ret + 40, true);81                const len4 = data_view(memory).getInt32(ret + 48, true);82                const list4 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr4, len4));83                free(ptr4, len4, 1);84                variant5 = {85                  tag: "invalid-value",86                  val: list4,87                };88                break;89              }90              default:91              throw new RangeError("invalid variant discriminant for BadArgumentReason");92            }93            variant6 = {94              tag: "invalid-argument",95              val: {96                name: list2,97                reason: variant5,98              },99            };100            break;101          }102          case 2: {103            variant6 = {104              tag: "missing-context",105            };106            break;107          }108          default:109          throw new RangeError("invalid variant discriminant for GraphError");110        }111        variant7 = {112          tag: "err",113          val: variant6,114        };115        break;116      }117      default:118      throw new RangeError("invalid variant discriminant for expected");119    }120    return variant7;121  }122  kernel(arg0) {123    const memory = this._exports.memory;124    const realloc = this._exports["canonical_abi_realloc"];125    const free = this._exports["canonical_abi_free"];126    const ptr0 = utf8_encode(arg0, realloc, memory);127    const len0 = UTF8_ENCODED_LEN;128    const ret = this._exports['kernel'](ptr0, len0);129    let variant11;130    switch (data_view(memory).getInt32(ret + 0, true)) {131      case 0: {132        variant11 = {133          tag: "ok",134        };135        break;136      }137      case 1: {138        let variant10;139        switch (data_view(memory).getInt32(ret + 8, true)) {140          case 0: {141            const ptr1 = data_view(memory).getInt32(ret + 16, true);142            const len1 = data_view(memory).getInt32(ret + 24, true);143            const list1 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr1, len1));144            free(ptr1, len1, 1);145            variant10 = {146              tag: "other",147              val: list1,148            };149            break;150          }151          case 1: {152            const ptr2 = data_view(memory).getInt32(ret + 16, true);153            const len2 = data_view(memory).getInt32(ret + 24, true);154            const list2 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr2, len2));155            free(ptr2, len2, 1);156            let variant5;157            switch (data_view(memory).getInt32(ret + 32, true)) {158              case 0: {159                const ptr3 = data_view(memory).getInt32(ret + 40, true);160                const len3 = data_view(memory).getInt32(ret + 48, true);161                const list3 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr3, len3));162                free(ptr3, len3, 1);163                variant5 = {164                  tag: "other",165                  val: list3,166                };167                break;168              }169              case 1: {170                variant5 = {171                  tag: "not-found",172                };173                break;174              }175              case 2: {176                const ptr4 = data_view(memory).getInt32(ret + 40, true);177                const len4 = data_view(memory).getInt32(ret + 48, true);178                const list4 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr4, len4));179                free(ptr4, len4, 1);180                variant5 = {181                  tag: "invalid-value",182                  val: list4,183                };184                break;185              }186              default:187              throw new RangeError("invalid variant discriminant for BadArgumentReason");188            }189            variant10 = {190              tag: "invalid-argument",191              val: {192                name: list2,193                reason: variant5,194              },195            };196            break;197          }198          case 2: {199            const ptr6 = data_view(memory).getInt32(ret + 16, true);200            const len6 = data_view(memory).getInt32(ret + 24, true);201            const list6 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr6, len6));202            free(ptr6, len6, 1);203            let variant9;204            switch (data_view(memory).getInt32(ret + 32, true)) {205              case 0: {206                const ptr7 = data_view(memory).getInt32(ret + 40, true);207                const len7 = data_view(memory).getInt32(ret + 48, true);208                const list7 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr7, len7));209                free(ptr7, len7, 1);210                variant9 = {211                  tag: "other",212                  val: list7,213                };214                break;215              }216              case 1: {217                variant9 = {218                  tag: "not-found",219                };220                break;221              }222              case 2: {223                const ptr8 = data_view(memory).getInt32(ret + 40, true);224                const len8 = data_view(memory).getInt32(ret + 48, true);225                const list8 = UTF8_DECODER.decode(new Uint8Array(memory.buffer, ptr8, len8));226                free(ptr8, len8, 1);227                variant9 = {228                  tag: "invalid-value",229                  val: list8,230                };231                break;232              }233              case 3: {234                variant9 = {235                  tag: "unsupported-shape",236                };237                break;238              }...

scoa_adapter.js

Source:scoa_adapter.js

1/**2 * Copyright 2014 NetSuite Inc.  User may not copy, modify, distribute, or re-bundle or otherwise make available this code.3 */4var TAF = TAF || {};5TAF.SCOA = TAF.SCOA || {};67TAF.SCOA.Adaptor = function() {8	this.toDataView = _ToDataView;9	this.toAccounts = _ToAccounts;10	11	function _ToDataView(raw_data) {12		var data_view = {account_types:{}, accounts:{}};13		14		if (raw_data.subsidiaries) {15		    data_view.subsidiaries = {};16		    17			for (var sub in raw_data.subsidiaries) {18				data_view.subsidiaries[sub] = {name:raw_data.subsidiaries[sub].getName()};19			}20			21			data_view.subsidiaries[raw_data.selected_subsidiary] ? 22			    data_view.subsidiaries[raw_data.selected_subsidiary].is_selected = true : 23		        data_view.subsidiaries[Object.keys(raw_data.subsidiaries)[0]].is_selected = true;24		}25		26		if (raw_data.account_types) {27			for (var type in raw_data.account_types) {28				data_view.account_types[type] = {name:raw_data.account_types[type].getName()};29			}30			31			if (data_view.account_types[raw_data.selected_account_type]) {32			    data_view.account_types[raw_data.selected_account_type].is_selected = true;33			} 34		}35		36		if (raw_data.accounts) {37			for (var account in raw_data.accounts) {38			    data_view.accounts[account] = {39			        account:account,40					account_name:raw_data.accounts[account].getAccountName(),41					scoa_id:raw_data.accounts[account].getSCOAId(),42					scoa_name:raw_data.accounts[account].getSCOAName(),43					scoa_number:raw_data.accounts[account].getSCOANumber()44				};45			}46		}47		48		data_view.mode = raw_data.mode;49		data_view.message = raw_data.message;50		51		return data_view;52	}53	54	function _ToAccounts(data_view) {55		var accounts = {};56		for (var id in data_view) {57			var account = new TAF.Account(id);58			account.setSCOAId(data_view[id].scoa_id);59			account.setSCOAName(data_view[id].scoa_name);60			account.setSCOANumber(data_view[id].scoa_number);61			account.setSubsidiary(data_view[id].subsidiary);62			accounts[id] = account;63		}64		return accounts;65	}
...

Using AI Code Generation

1var wpt = require('wpt');2wpt.data_view('www.google.com', function(err, data) {3  if (err) {4    console.log(err);5  } else {6    console.log(data);7  }8});9var wpt = require('wpt');10wpt.data_view('www.google.com', {f: 'json', test: 1}, function(err, data) {11  if (err) {12    console.log(err);13  } else {14    console.log(data);15  }16});17var wpt = require('wpt');18wpt.data_view('www.google.com', {f: 'json', test: 1, location: 'Dulles_IE11'}, function(err, data) {19  if (err) {20    console.log(err);21  } else {22    console.log(data);23  }24});

Using AI Code Generation

1var wpt = require('wpt.js');2wpt.data_view('test', function(err, data) {3  if (err) {4    console.log(err);5  } else {6    console.log(data);7  }8});9var wpt = require('wpt.js');10wpt.data_view('test', function(err, data) {11  if (err) {12    console.log(err);13  } else {14    console.log(data);15  }16});17var wpt = require('wpt.js');18wpt.data_view('test', function(err, data) {19  if (err) {20    console.log(err);21  } else {22    console.log(data);23  }24});25var wpt = require('wpt.js');26wpt.data_view('test', function(err, data) {27  if (err) {28    console.log(err);29  } else {30    console.log(data);31  }32});33var wpt = require('wpt.js');34wpt.data_view('test', function(err, data) {35  if (err) {36    console.log(err);37  } else {38    console.log(data);39  }40});41var wpt = require('wpt.js');42wpt.data_view('test', function(err, data) {43  if (err) {44    console.log(err);45  } else {46    console.log(data);47  }48});49var wpt = require('wpt.js');50wpt.data_view('test', function(err, data) {51  if (err) {52    console.log(err);53  } else {54    console.log(data);55  }56});57var wpt = require('wpt.js');58wpt.data_view('test', function(err, data) {59  if (err) {60    console.log(err);61  } else {62    console.log(data);63  }64});

Using AI Code Generation

1var wptb = require('wptb');2var data_view = wptb.data_view;3var data = [1,2,3,4,5,6,7,8,9,10];4data_view(data, 3, 5);5data_view(data, 3);6data_view(data, 0, 10);7data_view(data, 0, 0);8data_view(data, 10, 10);9data_view(data, 10, 0);10data_view(data, 0, 100);11data_view(data, 100, 0);12data_view(data, 100, 100);13data_view(data, 100, 10);14data_view(data, 10, 100);15data_view(data, -1, -1);16data_view(data, 0, -1);17data_view(data, -1, 0);18data_view(data, -1, 10);19data_view(data, 10, -1);20data_view(data, 0, 1);21data_view(data, 0, 2);22data_view(data, 0, 3);23data_view(data, 0, 4);24data_view(data, 0, 5);25data_view(data, 0, 6);26data_view(data,

Using AI Code Generation

1var wptools = require('wptools');2var fs = require('fs');3var path = require('path');4var wiki = require('wikijs').default;5var request = require('request');6var cheerio = require('cheerio');7var _ = require('lodash');8var async = require('async');9var data = [];10var data_view = function (page) {11    return new Promise(function (resolve, reject) {12        wptools.page(page).get(function (err, resp) {13            if (err) {14                reject(err);15            } else {16                var infobox = resp.data['infobox'];17                var title = resp.data['title'];18                var description = resp.data['description'];19                var url = resp.data['url'];20                var image = resp.data['image'];21                var data = {22                }23                resolve(data);24            }25        });26    })27}28var data_view2 = function (page) {29    return new Promise(function (resolve, reject) {30        wptools.page(page).get(function (err, resp) {31            if (err) {32                reject(err);33            } else {34                var infobox = resp.data['infobox'];35                var title = resp.data['title'];36                var description = resp.data['description'];37                var url = resp.data['url'];38                var image = resp.data['image'];39                var data = {40                }41                resolve(data);42            }43        });44    })45}46var data_view3 = function (page) {47    return new Promise(function (resolve, reject) {48        wptools.page(page).get(function (err, resp) {49            if (err) {50                reject(err);51            } else {52                var infobox = resp.data['infobox'];53                var title = resp.data['title'];54                var description = resp.data['description'];

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6b7c6b1c7d6e8c0e3a3b3c3b4c4d4e');3  if (err) return console.error(err);4  wpt.data_view(data.data.testId, 'pagespeed', function(err, data) {5    if (err) return console.error(err);6    console.log(data);7  });8});9{ [Error: Invalid test ID]10  data: { response: 'Invalid test ID' } }

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.