import { Literal } from './literal'; export class ArrayLiteral extends Literal { constructor(type, value) { super(type); this.value = value; } get subtype () { let element = this.value[0]; if (element instanceof ArrayLiteral) { return element.value[0].type; } else { return element.type; } } get lines () { return this.value.length; } get columns () { let element = this.value[0]; if (!(element instanceof ArrayLiteral)){ return null; } else { return element.value.length; } } get isVector () { return this.columns === null; } get isValid () { return this.validateSize() && this.validateType(); } validateType () { let valid = true; // const subtype = this.subtype; // if(this.columns !== null) { // const len = this.lines; // const len2 = this.columns; // for (let i = len - 1; i >= 0 && valid; --i) { // for (let j = len2 - 1; j >= 0 && valid; --j) { // if(!this.value[i].value[j].type.isCompatilbe(subtype)) { // valid = false; // break; // } // } // } // } else { // const len = this.lines; // for (var i = len - 1; i >= 0 && valid; i--) { // if(!this.value[i].type.isCompatilbe(subtype)) { // valid = false; // break; // } // } // } // Cannot validate type since no information on variables literals are available return valid; } validateSize () { let valid = true; // if(this.columns !== null) { // const equalityTest = this.value.map(v => v.value.length) // .reduce((old, next) => { // console.log(next); // if (old == null) { // return next; // } else if (old === next) { // return old // } else { // return -1; // } // }, null); // valid = equalityTest !== -1; // } // check is now made inside IVProgParser.parseVectorList(...) return valid; } toString () { const strList = this.value.map(arrayLiteral => arrayLiteral.toString()); return "{" + strList.join(',') + "}"; } }