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- // FIXME: Some of the test cases below are duplicated, presumably to test
- // uppercase as well which then got lowercased by Prettier at some point.
- test("hex literals", () => {
- expect(0xff).toBe(255);
- expect(0xff).toBe(255);
- });
- test("octal literals", () => {
- expect(0o10).toBe(8);
- expect(0o10).toBe(8);
- expect(010).toBe(8);
- expect(089).toBe(89);
- });
- test("binary literals", () => {
- expect(0b10).toBe(2);
- expect(0b10).toBe(2);
- });
- test("exponential literals", () => {
- expect(1e3).toBe(1000);
- expect(1e3).toBe(1000);
- expect(1e-3).toBe(0.001);
- expect(1e1).toBe(10);
- expect(0.1e1).toBe(1);
- expect(0.1e1).toBe(1);
- expect(0.1e1).toBe(1);
- expect(0.1e1).toBe(1);
- });
- test("decimal numbers", () => {
- expect(1).toBe(1);
- expect(0.1).toBe(0.1);
- });
- test("accessing properties of decimal numbers", () => {
- Number.prototype.foo = "foo";
- expect((1).foo).toBe("foo");
- expect((1.1).foo).toBe("foo");
- expect((0.1).foo).toBe("foo");
- });
- test("invalid numeric literals", () => {
- expect("1e").not.toEval();
- expect("0x").not.toEval();
- expect("0b").not.toEval();
- expect("0o").not.toEval();
- expect("'use strict'; 0755").not.toEval();
- expect("1in[]").not.toEval();
- expect("2instanceof foo").not.toEval();
- });
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