import { normalizeCellNumbers } from "../normalizeCellNumbers";

test("normalizes if numbers are within the same tenth magnitude", () => {
  expect(normalizeCellNumbers([{ a: "123456" }, { a: "456789" }])).toEqual([
    { a: "123K" },
    { a: "457K" },
  ]);
});

test("does not normalize if the value is too close to the magnitude boundary", () => {
  expect(normalizeCellNumbers([{ a: "1234" }, { a: "4567" }])).toEqual([
    { a: "1234" },
    { a: "4567" },
  ]);
});

test("normalizes if numbers are within the same suffix magnitude", () => {
  expect(normalizeCellNumbers([{ a: "12345" }, { a: "456789" }])).toEqual([
    { a: "12K" },
    { a: "457K" },
  ]);
  expect(normalizeCellNumbers([{ a: "12345" }, { a: "4567890" }])).toEqual([
    { a: "12K" },
    { a: "4568K" },
  ]);
});

test("normalizes if there are short numbers, keeps short numbers short", () => {
  expect(
    normalizeCellNumbers([{ a: "1" }, { a: "12345" }, { a: "456789" }]),
  ).toEqual([{ a: "1" }, { a: "12K" }, { a: "457K" }]);
  expect(
    normalizeCellNumbers([{ a: "" }, { a: "12345" }, { a: "456789" }]),
  ).toEqual([{ a: "" }, { a: "12K" }, { a: "457K" }]);
});

test("normalizes large number with small suffix if needed", () => {
  expect(normalizeCellNumbers([{ a: "12345" }, { a: "123456789" }])).toEqual([
    { a: "12K" },
    { a: "123457K" },
  ]);
  expect(
    normalizeCellNumbers([{ a: "123456789" }, { a: "123456789012" }]),
  ).toEqual([{ a: "123M" }, { a: "123457M" }]);
});