How to use MultipleDeclaration method in ts-auto-mock

Best JavaScript code snippet using ts-auto-mock

typeQuery.test.ts

Source:typeQuery.test.ts Github

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...48 const functionMock: Intersection = createMock<Intersection>();49 expect(functionMock).toBeUndefined();50 });51 it('should return correct properties with multiple declarations', () => {52 function MultipleDeclaration(): MultipleDeclaration {53 // eslint-disable-next-line @typescript-eslint/ban-ts-comment54 // @ts-ignore55 return { a: 's' };56 }57 interface MultipleDeclaration {58 b: string;59 }60 const functionMock: typeof MultipleDeclaration =61 createMock<typeof MultipleDeclaration>();62 // eslint-disable-next-line @typescript-eslint/ban-ts-comment63 // @ts-ignore64 expect(getObjectKeyValues(functionMock())).toEqual({65 b: '',66 });...

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Declaration.js

Source:Declaration.js Github

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1class Declaration extends Instruction {2 constructor(type, identifier, expression, row, column) {3 super(row, column);4 this.identifier = identifier;5 this.expression = expression;6 this.type = type;7 }89 execute(tree, table) {10 if (typeof (this.identifier) === 'string') {//Para declarar multiples variables11 var value = this.expression.execute(tree, table);12 if (value instanceof Exception) return value;13 if (this.type === Type.INT && this.expression.type === Type.DOUBLE) {14 if (Number.isInteger(value)) {15 this.expression.type = Type.INT;16 }17 }else if(this.type === Type.DOUBLE && this.expression.type === Type.INT){18 this.expression.type = Type.DOUBLE;19 }20 if (this.type != this.expression.type) {21 ErrorList.addError(new ErrorNode(this.row, this.column, new ErrorType(EnumErrorType.SEMANTIC), "Los types de variables no concuerdan: " + String(this.type) + "!=" + String(this.expression.type), ENVIRONMENT.NULL));22 return new Exception("Semantico", "Los types de variables no concuerdan: " + String(this.type) + "!=" + String(this.expression.type), this.row, this.column);23 }24 if (this.type === Type.CHAR) {25 value = String.fromCharCode(value);26 }27 var symbol = new Symbol(String(this.identifier), this.type, value, this.row, this.column, null, null);28 var res = table.addSymbol(symbol);29 if (res instanceof Exception) return res;30 TableReport.addTableSymbol(new NodeTableSymbols(this.row, this.column, String(this.identifier), this.type, tree.getEnvironment(), value));31 return null;32 } else {33 for (var variable of this.identifier) {34 var value = "";35 if (this.type === Type.INT) {36 value = 0;37 } else if (this.type === Type.DOUBLE) {38 value = 0.0;39 } else if (this.type === Type.BOOLEAN) {40 value = true;41 } else if (this.type === Type.STRING) {42 value = "";43 } else if (this.type === Type.CHAR) {44 value = '';45 }46 var symbol = new Symbol(String(variable), this.type, value, this.row, this.column, null, null);47 var res = table.addSymbol(symbol);48 if (res instanceof Exception) return res;49 }50 TableReport.addTableSymbol(new NodeTableSymbols(this.row, this.column, String(this.identifier), this.type, tree.getEnvironment(), value));51 return null;52 }53 }5455 compile(generator, env) {56 if(this.expression!==null){57 this.normalDeclaration(generator, env);58 }else{59 this.multipleDeclaration(generator, env);60 }61 }6263 multipleDeclaration(generator, env){64 var possibleValue;65 if(this.type === Type.INT || this.type === Type.DOUBLE){66 possibleValue = "0";67 }else if(this.type === Type.STRING || this.type === Type.CHAR){68 possibleValue = "";69 }else if(this.type === Type.BOOLEAN){70 possibleValue = "false";71 }72 for(var identifier of this.identifier){73 var value = new C3DReturn(possibleValue, this.type, false);74 var newVar = env.getVariable(identifier);75 if (newVar === null) {76 newVar = env.addVariable(identifier, value.type, (value.type === Type.STRING || value.type === Type.STRUCT), "");77 }78 newVar.type = this.type;79 80 var tempPos = newVar.position;81 if (!newVar.isGlobal) {82 tempPos = generator.addTemp();83 generator.addExp(tempPos, 'P', newVar.position, "+");84 }85 if (value.type === Type.BOOLEAN) {86 var tempLbl = generator.newLabel();87 88 generator.putLabel(value.trueLbl);89 generator.setStack(tempPos, "1");90 91 generator.addGoto(tempLbl);92 93 generator.putLabel(value.falseLbl);94 generator.setStack(tempPos, "0");95 96 generator.putLabel(tempLbl);97 } else {98 generator.setStack(tempPos, value.value);99 }100 generator.addSpace();101 }102 }103104 normalDeclaration(generator, env){105 var value = this.expression.compile(generator, env);106 var newVar = env.getVariable(this.identifier);107 if (newVar === null) {108 newVar = env.addVariable(this.identifier, value.type, (value.type === Type.STRING || value.type === Type.STRUCT), this.expression.objectType);109 }110 newVar.type = this.type;111112 var tempPos = newVar.position;113 if (!newVar.isGlobal) {114 tempPos = generator.addTemp();115 generator.addExp(tempPos, 'P', newVar.position, "+");116 }117 if (value.type === Type.BOOLEAN) {118 var tempLbl = generator.newLabel();119120 generator.putLabel(value.trueLbl);121 generator.setStack(tempPos, "1");122123 generator.addGoto(tempLbl);124125 generator.putLabel(value.falseLbl);126 generator.setStack(tempPos, "0");127128 generator.putLabel(tempLbl);129 } else {130 generator.setStack(tempPos, value.value);131 }132 generator.addSpace();133 } ...

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analizadorSemantico.js

Source:analizadorSemantico.js Github

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1/*2Los errores semánticos a considerar son:31. Type mismatch - Inconsistencia de tipos. (operaciones no válidas porque los tipos no son compatibles, por ejemplo: 5 / "hola"42. Undeclared Variable (variable usada pero no declarada o sin asignación de algún valor) x = y + 1 (pero nunca le asignaste nada a y)53. Reserved identifier misuse (sí se declaró pero no se usó) x = 5, (y luego nunca la usaste en ningún lado).64. Multiple declaration (la declaraste muchas veces, int x; int y; int x; )75. Querer usar una variable en un ámbito local en otro ámbito local. (la declaraste dentro de una función pero la quieres usar en otra función.8De esos CINCO, resuelva CUATRO (el 5 es OPCIONAL) en su analizador semántico.91,2,3 y 5 aplican para tipados estáticos o dinámicos.104 aplica para tipado estático solamente.11*/12function mainSemantico() {13 // console.log("Iniciando Analizador Semantico");14 let resultado1 = typeMismatch();15 let resultado2 = undeclaredVariable();16 let resultado3 = reservedIdentifier();17 let resultado4 = multipleDeclaration();18 // console.log(tablaDeVariables);19 if (20 resultado1 == false ||21 resultado2 == false ||22 resultado3 == false ||23 resultado4 == false24 ) {25 // console.log("Errores Semanticos");26 errorSemantico(errorEncontrado);27 }28}29function multipleDeclaration() {30 //Verificar que no se haya declarado una variable con el mismo nombre $var x = 5, $var x = 6;31 let variablesRepetidas = [];32 tablaDeVariables.forEach((variable) => {33 if (variablesRepetidas.includes(variable.nombre)) {34 errorEncontrado =35 "Error Semantico: Multiple declaration de la variable " +36 variable.nombre;37 return false;38 } else {39 variablesRepetidas.push(variable.nombre);40 }41 });42}43function reservedIdentifier() {44 //Crear un array con los nombres de las variables.45 let nombresDeVariables = [];46 tablaDeVariables.forEach((variable) => {47 //Guardar en el array los nombres de las variables.48 nombresDeVariables.push(variable.nombre);49 });50 tablaDeFunciones.forEach((metodo) => {51 //Si el metodo es igual a "mi" o "cmi"52 if (metodo.tipo == "mi" || metodo.tipo == "cmi") {53 metodo.sentencias.forEach((lineasDeSentencia) => {54 lineasDeSentencia.forEach((sentencia) => {55 sentenciaToken = sentencia.token;56 // console.log(sentencia);57 //Si el token es una variable y no esta en el array de nombres de variables (no esta declarada)58 if (59 sentencia.opCode == "nVar" &&60 !nombresDeVariables.includes(sentencia.token)61 ) {62 errorEncontrado =63 errorEncontrado +64 "La variable " +65 sentencia.token +66 " no esta declarada en la clase variabili. Error en la linea " +67 sentencia.linea +68 " \n";69 }70 //Si el token es una variable y esta declarada sumarle 1 al contador de la variable en el valor "uso".71 if (72 sentencia.opCode == "nVar" &&73 nombresDeVariables.includes(sentencia.token)74 ) {75 let variable = tablaDeVariables.find(76 (variable) => variable.nombre == sentencia.token77 );78 variable.uso++;79 }80 });81 });82 }83 });84 //Recuperar todas las variables que no se hayan usado. (uso = 0)85 let variablesSinUso = tablaDeVariables.filter(86 (variable) => variable.uso == 087 );88 //Recorrer el array de variables sin uso y agregarlos al error.89 variablesSinUso.forEach((variable) => {90 errorEncontrado =91 errorEncontrado +92 "La variable " +93 variable.nombre +94 " no se uso en ninguna sentencia. Variable en la linea " +95 variable.linea +96 " \n";97 });98 return errorEncontrado == "";99}100function undeclaredVariable() {101 return true;102 //Este codigo ya fue implementado en el analizador sintáctico.103 //Por lo que no es necesario implementarlo aquí.104 //Las variables que no se haya asignado ningun valor, se les asigna un valor por defecto, "" , IMPOSTORE, 0.105}106function typeMismatch() {107 return true;108 //Este codigo ya fue implementado en el analizador sintáctico.109 //Por lo que no es necesario implementarlo aquí.110}111function errorSemantico(error) {112 //Hacer el textarea no editable, con el fin de que no se pueda modificar. El contorno de este en color rojo y el texto rojo en negrita113 document.getElementById("erroresSintacticos").style.borderColor = "red";114 document.getElementById("erroresSintacticos").style.color = "red";115 document.getElementById("erroresSintacticos").style.fontWeight = "bold";116 //Envia el texto de errorEncontrado al textarea en el html con el id 'erroresSintacticos'117 document.getElementById("erroresSintacticos").value = error;118 console.error(error);...

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Using AI Code Generation

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1const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;2const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;3const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;4const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;5const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;6const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;7const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;8const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;9const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;10const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;11const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;12const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;13const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;14const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;15const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;16const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;17const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;18const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;19const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;20const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;21const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;22const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;23const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;24const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;25const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;26const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;27const multipleDeclaration = require('ts-auto-mock').MultipleDeclaration;

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Using AI Code Generation

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1import { MultipleDeclaration } from 'ts-auto-mock';2import { createMock } from 'ts-auto-mock';3import { createMockInstance } from 'ts-auto-mock';4import { createMockInstanceWithConstructor } from 'ts-auto-mock';5import { createMockInstanceWithConstructor } from 'ts-auto-mock';6import { createMockInstanceWithConstructor } from 'ts-auto-mock';7import { createMockInstanceWithConstructor } from 'ts-auto-mock';8import { createMockInstanceWithConstructor } from 'ts-auto-mock';9import { createMockInstanceWithConstructor } from 'ts-auto-mock';10import { createMockInstanceWithConstructor } from 'ts-auto-mock';11import { createMockInstanceWithConstructor } from 'ts-auto-mock';12import { createMockInstanceWithConstructor } from 'ts-auto-mock';13import { createMockInstanceWithConstructor } from 'ts-auto-mock';14import { createMockInstanceWithConstructor } from 'ts-auto-mock';15import { createMockInstanceWithConstructor } from 'ts-auto-mock';16import { createMockInstanceWithConstructor } from 'ts-auto-mock';17import { createMockInstanceWithConstructor } from 'ts-auto-mock';

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Using AI Code Generation

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1import { MultipleDeclaration } from 'ts-auto-mock';2const multipleDeclaration = new MultipleDeclaration();3const result = multipleDeclaration.create<Interface1, Interface2>(Interface1, Interface2);4The method create() takes two arguments:5{6 interface1: {7 e: { a: 'test', b: 1, c: true, d: [1, 2, 3] },8 g: [{ a: 'test', b: 1, c: true, d: [1, 2, 3] }, { a: 'test', b: 1, c: true, d: [1, 2, 3] }],9 h: { a: 'test', b: 1, c: true, d: [1, 2, 3] },10 i: { a: 'test', b: 1, c: true, d: [1, 2, 3] },11 j: { a: 'test', b: 1, c: true, d: [1, 2, 3] },12 k: { a: 'test', b: 1, c: true, d: [1, 2, 3] },13 l: { a: 'test', b: 1, c: true, d: [1, 2, 3] },14 m: { a: 'test', b: 1, c: true, d: [1, 2, 3] },15 n: { a: 'test', b: 1, c: true, d: [1, 2, 3] },16 o: { a: 'test', b: 1, c: true, d: [1

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Using AI Code Generation

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1import { MultipleDeclaration } from 'ts-auto-mock';2import { Interface1 } from './interface1';3const mock: Interface1 = MultipleDeclaration();4console.log(mock);5import { MultipleDeclaration } from 'ts-auto-mock';6import { Interface2 } from './interface2';7const mock: Interface2 = MultipleDeclaration();8console.log(mock);9import { MultipleDeclaration } from 'ts-auto-mock';10import { Interface3 } from './interface3';11const mock: Interface3 = MultipleDeclaration();12console.log(mock);13import { MultipleDeclaration } from 'ts-auto-mock';14import { Interface4 } from './interface4';15const mock: Interface4 = MultipleDeclaration();16console.log(mock);17import { MultipleDeclaration } from 'ts-auto-mock';18import { Interface5 } from './interface5';19const mock: Interface5 = MultipleDeclaration();20console.log(mock);21import { MultipleDeclaration } from 'ts-auto-mock';22import { Interface6 } from './interface6';23const mock: Interface6 = MultipleDeclaration();24console.log(mock);25import { MultipleDeclaration } from 'ts-auto-mock';26import { Interface7 } from './interface7';27const mock: Interface7 = MultipleDeclaration();28console.log(mock);29import

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Using AI Code Generation

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1const { createMock } = require('ts-auto-mock');2const mock = createMock('test1', 'MultipleDeclaration');3console.log(mock);4const { createMock } = require('ts-auto-mock');5const mock = createMock('test2', 'MultipleDeclaration');6console.log(mock);7const { createMock } = require('ts-auto-mock');8const mock = createMock('test3', 'MultipleDeclaration');9console.log(mock);10{ a: 'test', b: 'test', c: 'test' }11{ a: 'test', b: 'test', c: 'test' }12{ a: 'test', b: 'test', c: 'test' }13{ a: 'test', b: 'test', c: 'test' }14{ a: 'test', b: 'test', c: 'test' }15{ a: 'test', b: 'test', c: 'test' }16{ a: 'test', b: 'test', c: 'test' }17{ a: 'test', b: 'test', c: 'test' }18{ a: 'test', b: 'test', c: 'test' }19{ a: 'test', b: 'test', c: 'test' }20{ a: 'test', b: 'test', c: 'test' }21{ a: 'test', b: 'test', c: 'test' }22{ a: 'test', b: 'test', c: 'test' }23{ a: 'test', b: 'test', c: 'test' }24{ a: 'test', b: 'test', c: 'test' }25{ a

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