How to use specifiedTypes method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

ptmTableCVParam.js

Source:ptmTableCVParam.js Github

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1function ProteoSAFeInputModule_ptmTableCVParam(div, id, properties) {2 // set argument properties3 this.div = div;4 this.id = id;5 this.specifiedTypes = new Array();6 this.defaultType = null;7 if (properties != null) {8 // parse out specified PTM types9 if (properties.types != null) {10 var types = properties.types.split(",");11 for (var i=0; i<types.length; i++) {12 var type = types[i];13 // add the specified PTM type if it is a known type14 if (this.knownPTMTypes[type] != null)15 this.specifiedTypes.push(type);16 }17 }18 // set default type, if specified19 if (properties.defaultType != null)20 this.defaultType = properties.defaultType;21 else if (this.specifiedTypes.length > 0)22 this.defaultType = this.specifiedTypes[0];23 }24}2526// TODO: this information should be obtained via web service27ProteoSAFeInputModule_ptmTableCVParam.prototype.knownPTMTypes = {28 fix: "FIXED",29 opt: "VARIABLE"30}3132ProteoSAFeInputModule_ptmTableCVParam.prototype.knownPTMs = {33 OXIDATION: {mass:"+15.994915", residue:"M", type:"opt", label:"Oxidation"},34 LYSINE_METHYLATION: {mass:"+14.015650", residue:"K", type:"opt", label:"Lysine Methylation"},35 PYROGLUTAMATE_FORMATION: {mass:"-17.026549", residue:"Q", type:"opt", label:"Pyroglutamate Formation"},36 PHOSPHORYLATION: {mass:"+79.966331", residue:"STY", type:"opt", label:"Phosphorylation"},37 NTERM_CARBAMYLATION: {mass:"+43.005814", residue:"*", type:"opt", label:"N-terminal Carbamylation"},38 NTERM_ACETYLATION: {mass:"+42.010565", residue:"*", type:"opt", label:"N-terminal Acetylation"},39 DEAMIDATION: {mass:"+0.984016", residue:"NQ", type:"opt", label:"Deamidation"}40}4142ProteoSAFeInputModule_ptmTableCVParam.prototype.init = function() {43 // make sure to declare that this module is loaded regardless of the outcome44 try {45 // get the PTM table46 var table = document.getElementById(this.id + "_PTMTableCVParam");47 if (table == null) {48 // TODO: report error, fail49 return;50 }51 // if no known PTM types are specified, then hide the whole widget52 if (this.specifiedTypes.length < 1) {53 table.style.display = "none";54 return;55 }56 // splice in all relevant fixed PTM (checkbox) fields57 for (var name in this.knownPTMs) {58 var ptm = this.knownPTMs[name];59 // only add this PTM if its type was specified as allowable60 if (this.isTypeAllowed(ptm.type)) {61 var tr = table.insertRow(table.rows.length);62 // add checkbox for this fixed PTM63 var td = tr.insertCell(0);64 var input = document.createElement("input");65 input.type = "checkbox";66 input.name = this.id + "." + name;67 td.appendChild(input);68 td.appendChild(document.createTextNode(" " + ptm.label));69 // add mass, residue and type70 td = tr.insertCell(1);71 td.appendChild(document.createTextNode(ptm.mass));72 td = tr.insertCell(2);73 td.appendChild(document.createTextNode(ptm.residue));74 td = tr.insertCell(3);75 td.appendChild(76 document.createTextNode(this.knownPTMTypes[ptm.type]));77 }78 }79 } finally {80 // indicate that this form element has been81 // properly loaded and initialized82 ProteoSAFeInputUtils.setAsynchronousElementLoaded(this.div, this.id);83 }84}8586ProteoSAFeInputModule_ptmTableCVParam.prototype.isTypeAllowed = function(type) {87 if (type == null)88 return false;89 for (var i=0; i<this.specifiedTypes.length; i++) {90 if (type == this.specifiedTypes[i])91 return true;92 }93 return false;94}9596// register this module constructor to indicate that it has been loaded ...

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export_hierarchy.js

Source:export_hierarchy.js Github

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1const { gestalt, gestaltSession } = require('gestalt-fog-sdk')2const ui = require('../lib/gestalt-ui')3const cmd = require('../lib/cmd-base');4const { debug } = require('../lib/debug');5const { doExportHierarchy, getDefaultExportDirectory } = require('./exportHelper');6const fs = require('fs');7exports.command = 'hierarchy [context_path]'8exports.desc = 'Export hierarchy'9exports.builder = {10 context_path: {11 description: 'Context path'12 },13 directory: {14 alias: 'd',15 description: 'Export directory'16 },17 output: {18 alias: 'o',19 description: 'Export format (yaml, json)'20 },21 raw: {22 type: 'boolean',23 description: 'Output raw resources'24 },25 interactive: {26 type: 'boolean',27 default: true,28 description: 'Interactive'29 },30 'resource-types': {31 type: 'string',32 description: 'Resource types to export'33 },34 all: {35 }36}37exports.handler = cmd.handler(async function (argv) {38 const context = await resolveContext(argv);39 const basePath = argv.directory || getDefaultExportDirectory(argv.raw);40 const resourceTypes = await getResourceTypes(argv);41 if (!argv.interactive || await checkIfDirectoryExists(basePath)) {42 if (!argv.output) {43 if (argv.raw) argv.output = 'json';44 }45 await doExportHierarchy(context, resourceTypes, basePath, argv.output, argv.raw);46 } else {47 console.log('Aborted.');48 }49});50async function checkIfDirectoryExists(basePath) {51 const config = gestaltSession.getGlobalConfig();52 if (config['interactive'] == 'false') {53 return true;54 }55 if (fs.existsSync(basePath)) {56 return ui.promptToContinue(`Directory '${basePath}' exists, files may be overwritten. Proceed to export?`, false);57 }58 // Directory doesn't exist, proceed59 return true;60}61async function getResourceTypes(argv) {62 const types = gestalt.getEnvironmentResourceTypes();63 types.push('entitlements');64 if (argv.all && argv['resource-types']) {65 throw Error(`Can only specify one of --all, --resource-types`);66 }67 if (argv.all) {68 return types;69 }70 if (argv['resource-types']) {71 const specifiedTypes = argv['resource-types'].split(',');72 for (const t of specifiedTypes) {73 if (!types.includes(t)) {74 throw Error(`Specified type is not valid: ${t}`);75 }76 }77 return specifiedTypes;78 }79 // otherwise, prompt80 if (argv.interactive) {81 return await ui.selectOptions('Resources to export', types);82 }83 throw Error(`Must specify --resource-types since --interactive is 'false'`);84}85async function resolveContext(argv) {86 let context = null;87 if (argv.context_path) {88 context = await cmd.resolveContextPath(argv.context_path);89 } else {90 context = gestaltSession.getContext();91 const config = gestaltSession.getSessionConfig();92 if (config['interactive'] == 'true') {93 if (!context.environment || !context.environment.id) {94 // No arguments, allow choosing interatively95 console.error("No context configured, choose a context.")96 context = await selectHierarchy.chooseContext({ includeNoSelection: true });97 }98 }99 }100 return context;...

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config.js

Source:config.js Github

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1const processService = require('../../utils/process/process')(process);2const maximiseParallelRun = require('./maximiseParallel');3const definitelyTyped = require('./definitelyTyped')();4const nodeReader = require('../../utils/dataFileSystem/nodeFileReader')();5const dataFileSystemReader = require('../../utils/dataFileSystem/dataFileSystemReader');6const dataReader = dataFileSystemReader(7 process.env.DEFINITELY_TYPED_DATA_URL,8 nodeReader9);10async function getRunConfig() {11 const types = getTypes();12 const batchConfig = await getBatchConfig(types);13 const typesBatch = getBatchToProcess(types, batchConfig);14 const totalTypesCount = typesBatch.length;15 const processesMaximized = maximiseParallelRun(16 getProcessesCount(),17 totalTypesCount18 );19 const sum = processesMaximized.reduce(20 (previous, current) => previous + current.items,21 022 );23 const avg = sum / processesMaximized.length;24 return {25 totalTypesCount: totalTypesCount,26 processes: processesMaximized,27 averageTypesCountPerProcess: avg,28 types: typesBatch,29 ...batchConfig,30 };31}32function getTypes() {33 const typesArgument = processService.getArgument('TYPES');34 if (typesArgument) {35 const specifiedTypes = typesArgument.toString().split(',');36 const typesMap = {};37 definitelyTyped.getTypes().forEach((t) => (typesMap[t] = true));38 return specifiedTypes.filter((t) => typesMap[t]);39 } else {40 return definitelyTyped.getTypes();41 }42}43async function getBatchConfig(types) {44 if (!processService.getArgument('OUTPUT')) {45 return {46 entryToUpdate: null,47 offsetType: 0,48 };49 }50 const listEntry = await dataReader.getDataIds();51 const latestEntry = getLatestEntry(listEntry);52 const entryToUpdate =53 latestEntry && latestEntry.typesProcessed >= types.length54 ? { id: 'NEW_ENTRY' }55 : latestEntry;56 const offsetType =57 entryToUpdate.id === 'NEW_ENTRY' ? 0 : latestEntry.typesProcessed;58 return {59 entryToUpdate,60 offsetType,61 };62}63function getBatchToProcess(types, config) {64 return types.slice(config.offsetType, config.offsetType + getBatchAmount(types, config));65}66function getBatchAmount(types, config) {67 const typesDirectoriesLength = types.length - config.offsetType;68 const typesToProcess = processService.getArgument('TYPES_COUNT');69 if (typesToProcess) {70 const maybeCount = parseInt(typesToProcess);71 if (!Number.isNaN(maybeCount)) {72 return Math.min(typesDirectoriesLength, maybeCount);73 } else if (typesToProcess.toLowerCase() === 'all') {74 return typesDirectoriesLength;75 }76 }77 return 50;78}79function getLatestEntry(latestListEntry) {80 return latestListEntry.sort((a, b) => {81 return a.lastUpdatedDate > b.lastUpdatedDate ? -1 : 1;82 })[0];83}84function getProcessesCount() {85 return processService.getArgument('PROCESS_COUNT') || 1;86}...

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Using AI Code Generation

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1import { specifiedTypes } from 'ts-auto-mock';2import { specifiedTypes } from 'ts-auto-mock';3import { specifiedTypes } from 'ts-auto-mock';4import { specifiedTypes } from 'ts-auto-mock';5import { specifiedTypes } from 'ts-auto-mock';6import { specifiedTypes } from 'ts-auto-mock';7import { specifiedTypes } from 'ts-auto-mock';8import { specifiedTypes } from 'ts-auto-mock';9import { specifiedTypes } from 'ts-auto-mock';10import { specifiedTypes } from 'ts-auto-mock';11import { specifiedTypes } from 'ts-auto-mock';12import { specifiedTypes } from 'ts-auto-mock';13import { specifiedTypes } from 'ts-auto-mock';14import { specifiedTypes } from 'ts-auto-mock';15import { specifiedTypes } from 'ts-auto-mock';16import { specifiedTypes } from 'ts-auto-mock';

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Using AI Code Generation

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1import { specifiedTypes } from 'ts-auto-mock';2import * as ts from 'typescript';3import * as fs from 'fs';4import * as path from 'path';5import * as ts from 'typescript';6import * as fs from 'fs';7import * as path from 'path';8import * as ts from 'typescript';9import * as fs from 'fs';10import * as path from 'path';11import * as ts from 'typescript';12import * as fs from 'fs';13import * as path from 'path';14import * as ts from 'typescript';15import * as fs from 'fs';16import * as path from 'path';17import * as ts from 'typescript';18import * as fs from 'fs';19import * as path from 'path';20import * as ts from 'typescript';21import * as fs from 'fs';22import * as path from 'path';23import * as ts from 'typescript';24import * as fs from 'fs';25import * as path from 'path';26import * as ts from 'typescript';27import * as fs from 'fs';28import * as path from 'path';29import * as ts from 'typescript';30import

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Using AI Code Generation

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1import { createMock } from 'ts-auto-mock';2type MyType = {3 myProperty: string;4};5export const myMock: MyType = createMock<MyType>();6import { createMock } from 'ts-auto-mock';7type MyType = {8 myProperty: string;9};10export const myMock: MyType = createMock<MyType>();11import { createMock } from 'ts-auto-mock';12type MyType = {13 myProperty: string;14};15export const myMock: MyType = createMock<MyType>();16import { createMock } from 'ts-auto-mock';17type MyType = {18 myProperty: string;19};20export const myMock: MyType = createMock<MyType>();21import { createMock } from 'ts-auto-mock';22type MyType = {23 myProperty: string;24};25export const myMock: MyType = createMock<MyType>();26import { createMock } from 'ts-auto-mock';27type MyType = {28 myProperty: string;29};30export const myMock: MyType = createMock<MyType>();31import { createMock } from 'ts-auto-mock';32type MyType = {33 myProperty: string;34};35export const myMock: MyType = createMock<MyType>();36import { createMock } from 'ts

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Using AI Code Generation

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1import { createMock } from 'ts-auto-mock';2type MyType = {3 myProperty: string;4};5export const myMock: MyType = createMock<MyType>();6import { createMock } from 'ts-auto-mock';7type MyType = {8 myProperty: string;9};10export const myMock: MyType = createMock<MyType>();11import { createMock } from 'ts-auto-mock';12type MyType = {13 myProperty: string;14};15export const myMock: MyType = createMock<MyType>();16import { createMock } from 'ts-auto-mock';17type MyType = {18 myProperty: string;19};20export const myMock: MyType = createMock<MyType>();21import { createMock } from 'ts-auto-mock';22type MyType = {23 myProperty: string;24};25export const myMock: MyType = createMock<MyType>();26import { createMock } from 'ts-auto-mock';

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Using AI Code Generation

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1import { specifiedTypes } from 'ts-auto-mock';2const types = specifiedTypes(['./test2.ts']);3expect(types).toEqual({4 Test1: {5 test2: {6 test3: {7 test4: {8 test5: {9 test6: {10 test7: {11 test8: {12 test9: {13 test10: {14 test11: {15 test12: {16 test13: {17 test14: {18 test15: {19 test16: {20 test17: {21 test18: {22 test19: {23 test20: {24 test21: {25 test22: {26 test23: {27 test24: {28 test25: {29 test26: {30 test27: {31 test28: {32 test29: {33 test30: {34 test31: {35 test32: {36 test33: {37 test34: {38 test35: {39 test36: {40 test37: {41 test38: {42 test39: {43 test40: {44 test41: {45 test42: {46 test43: {47 test44: {48 test45: {49 test46: {50 test47: {51 test48: {52 test49: {53 test50: {54 test51: {55 test52: {56 test53: {57 test54: {58 test55: {59 test56: {60 test57: {61 test58: {62 test59: {63 test60: {64 test61: {65 test62: {66 test63: {67 test64: {68 test65: {69 test66: {70 test67: {71 test68: {72 test69: {73 test70: {74 test71: {75 test72: {76 test73: {77 test74: {78 test75: {79 test76: {80 test77: {81 test78: {82 test79: {83 test80: {84 test81: {85 test82: {86 test83: {87 test84: {88 test85: {89type MyType = {90 myProperty: string;91};92export const myMock: MyType = createMock<MyType>();93import { createMock } from 'ts-auto-mock';94type MyType = {95 myProperty: string;96};97export const myMock: MyType = createMock<MyType>();98import { createMock } from 'ts

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Using AI Code Generation

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1import { specifiedTypes } from "ts-auto-mock";2console.log(specifiedTypes());3import { specifiedTypes } from "ts-auto-mock";4console.log(specifiedTypes());5import { specifiedTypes } from "ts-auto-mock";6console.log(specifiedTypes());7import { specifiedTypes } from "ts-auto-mock";8console.log(specifiedTypes());9import { specifiedTypes } from "ts-auto-mock";10console.log(specifiedTypes());

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Using AI Code Generation

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1import { specifiedTypes } from 'ts-auto-mock';2const types = specifiedTypes(['./test2.ts']);3expect(types).toEqual({4 Test1: {5 test2: {6 test3: {7 test4: {8 test5: {9 test6: {10 test7: {11 test8: {12 test9: {13 test10: {14 test11: {15 test12: {16 test13: {17 test14: {18 test15: {19 test16: {20 test17: {21 test18: {22 test19: {23 test20: {24 test21: {25 test22: {26 test23: {27 test24: {28 test25: {29 test26: {30 test27: {31 test28: {32 test29: {33 test30: {34 test31: {35 test32: {36 test33: {37 test34: {38 test35: {39 test36: {40 test37: {41 test38: {42 test39: {43 test40: {44 test41: {45 test42: {46 test43: {47 test44: {48 test45: {49 test46: {50 test47: {51 test48: {52 test49: {53 test50: {54 test51: {55 test52: {56 test53: {57 test54: {58 test55: {59 test56: {60 test57: {61 test58: {62 test59: {63 test60: {64 test61: {65 test62: {66 test63: {67 test64: {68 test65: {69 test66: {70 test67: {71 test68: {72 test69: {73 test70: {74 test71: {75 test72: {76 test73: {77 test74: {78 test75: {79 test76: {80 test77: {81 test78: {82 test79: {83 test80: {84 test81: {85 test82: {86 test83: {87 test84: {88 test85: {

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