package PrimitivesTests

@Test
function testClamp()
	(-1).toInt().clamp(0, 10).assertEquals(0)
	(11).toInt().clamp(0, 10).assertEquals(10)
	(5).toInt().clamp(0, 10).assertEquals(5)
	(-1.5).clamp(-0.5, 1.5).assertEquals(-0.5)
	(2.5).clamp(-0.5, 1.5).assertEquals(1.5)
	(1.0).clamp(-0.5, 1.5).assertEquals(1.0)

@Test
function testR2SW()
	(1.213124.toString()).assertEquals("1.213124")
	(1.213124.toString(3)).assertEquals("1.213")

@Test
function testArithmetics()
	(12314123 + 56235424).assertEquals(68549547)
	(99 * 99).assertEquals(9801)

	(1. / 100.).assertEquals(0.01)

	(-2.).abs().assertEquals(2)

	(4. .squared()).assertEquals(4.*4.)

@Test
function testBoolean()
	(true).assertEquals(true)
	(false).assertEquals(false)

	(true.toInt()).assertEquals(1)
	(false.toInt()).assertEquals(0)

	(true.toString()).assertEquals("true")
	(false.toString()).assertEquals("false")

	(42 .toBool()).assertEquals(true)
	(0 .toBool()).assertEquals(false)

	("true".toBool()).assertEquals(true)
	("1".toBool()).assertEquals(true)
	("nottrue".toBool()).assertEquals(false)

@Test
function testArrayLength()
	let x = [1, 2, 3]
	print("length: " + x.length.toString())
	x.length.assertEquals(3)

@Test
function testParity()
	(0).isEven().assertEquals(true)
	(5113).isEven().assertEquals(false)

@Test
function testXor()
	xor(true, true).assertEquals(false)
	xor(true, false).assertEquals(true)
	xor(false, true).assertEquals(true)
	xor(false, false).assertEquals(false)