1import { NumException } from "../../errors/NumException";
 2import { ValueException } from "../../errors/ValueException";
 3import { SheetColumnRowKey } from "../../models/common/SheetColumnRowKey";
 4import { Complex } from "../../models/common/Types";
 5import { Converters } from "../../utils/Converters";
 6import { AbstractFormula } from "../AbstractFormula";
 7import { FormulaName } from "../FormulaName";
 8
 9export class BIN2HEX extends AbstractFormula {
10  static SELF: BIN2HEX = new BIN2HEX();
11  NAME = FormulaName.BIN2HEX;
12
13  internal(origin: SheetColumnRowKey, ...values: Array<Complex>) {
14    AbstractFormula.checkLengthBetween(values.length, 1, 2, this.NAME);
15    const signedBinaryNumber = Converters.first(this.collateralLookup(origin, values[0]));
16    let significantDigits = 10;
17    if (values.length === 2) {
18      significantDigits = Converters.toNumber(
19        Converters.first(this.collateralLookup(origin, values[1]))
20      );
21    }
22
23    if (typeof signedBinaryNumber === "boolean") {
24      throw new ValueException(
25        `Function BIN2HEX parameter 1 expects text values. But '${signedBinaryNumber}' is a boolean and cannot be coerced to a text.`
26      );
27    }
28    const n = Converters.toText(signedBinaryNumber);
29    if (!/^[01]{1,10}$/.test(n)) {
30      throw new NumException(`Input for BIN2HEX ('${n}') is not a valid binary representation.`);
31    }
32
33    if (n.length === 10 && n.substring(0, 1) === "1") {
34      return (1099511627264 + parseInt(n.substring(1), 2)).toString(16).toUpperCase();
35    }
36
37    if (significantDigits < 1 || significantDigits > 10) {
38      throw new NumException(
39        `Function BIN2HEX parameter 2 value is ${significantDigits}. Valid values are between 1 and 10 inclusive.`
40      );
41    }
42    significantDigits = Math.floor(significantDigits);
43    // Convert decimal number to hexadecimal
44    const result = parseInt(n.toString(), 2).toString(16).toUpperCase();
45    if (significantDigits === 10) {
46      return result;
47    }
48    let str = "";
49    for (let i = 0; i < significantDigits - result.length; i++) {
50      str += "0";
51    }
52    return str + result;
53  }
54}