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-rw-r--r--examples/scala-js/test-suite/src/test/scala/scala/scalajs/testsuite/typedarray/TypedArrayTest.scala332
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diff --git a/examples/scala-js/test-suite/src/test/scala/scala/scalajs/testsuite/typedarray/TypedArrayTest.scala b/examples/scala-js/test-suite/src/test/scala/scala/scalajs/testsuite/typedarray/TypedArrayTest.scala
deleted file mode 100644
index 1dfbbd4..0000000
--- a/examples/scala-js/test-suite/src/test/scala/scala/scalajs/testsuite/typedarray/TypedArrayTest.scala
+++ /dev/null
@@ -1,332 +0,0 @@
-/* __ *\
-** ________ ___ / / ___ __ ____ Scala.js Test Suite **
-** / __/ __// _ | / / / _ | __ / // __/ (c) 2013, LAMP/EPFL **
-** __\ \/ /__/ __ |/ /__/ __ |/_// /_\ \ http://scala-js.org/ **
-** /____/\___/_/ |_/____/_/ | |__/ /____/ **
-** |/____/ **
-\* */
-package scala.scalajs.testsuite.typedarray
-
-import org.scalajs.jasminetest.JasmineTest
-import org.scalajs.jasmine.JasmineExpectation
-
-import scala.scalajs.js
-import js.typedarray._
-
-/** Shallow test for TypedArrays. Basically just tests that the method exist and
- * return something which could be a right result. It is probably sufficient to
- * test whether a runtime supports TypedArrays.
- */
-object TypedArrayTest extends JasmineTest {
-
- /** Generalized tests for all TypedArrays */
- def tests[V, T <: TypedArray[V, T]](name: String,
- bytesPerElement: => Int,
- lenCtor: Int => T,
- tarrCtor: TypedArray[_, _] => T,
- arrCtor: js.Array[_] => T,
- bufCtor1: (ArrayBuffer) => T,
- bufCtor2: (ArrayBuffer, Int) => T,
- bufCtor3: (ArrayBuffer, Int, Int) => T,
- hasType: Any => Boolean,
- expectV: V => JasmineExpectation,
- intToV: Int => V
- ) = {
-
- when("typedarray").
- describe(name) {
-
- it(s"should allow constructing a new $name with length") {
- val x = lenCtor(10)
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(10)
- }
-
- it(s"should allow constructing a new $name from an Int8Array") {
- val x = tarrCtor(new Float32Array(js.Array(3, 7)))
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(2)
-
- expectV(x(0)).toEqual(3)
- expectV(x(1)).toEqual(7)
- }
-
- it(s"should allow constructing a new $name from a js.Array") {
- val x = arrCtor(js.Array(5,6,7))
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(3)
-
- expectV(x(0)).toEqual(5)
- expectV(x(1)).toEqual(6)
- expectV(x(2)).toEqual(7)
- }
-
- it(s"should allow constructing a new $name from an ArrayBuffer (1 arg)") {
- val buf = arrCtor(js.Array(5, 6, 7, 8)).buffer
- val x = bufCtor1(buf)
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(4)
-
- expectV(x(0)).toEqual(5)
- expectV(x(1)).toEqual(6)
- expectV(x(2)).toEqual(7)
- expectV(x(3)).toEqual(8)
- }
-
- it(s"should allow constructing a new $name from an ArrayBuffer (2 arg)") {
- val buf = arrCtor(js.Array(5, 6, 7, 8)).buffer
- val x = bufCtor2(buf, bytesPerElement)
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(3)
-
- expectV(x(0)).toEqual(6)
- expectV(x(1)).toEqual(7)
- expectV(x(2)).toEqual(8)
- }
-
- it(s"should allow constructing a new $name from an ArrayBuffer (3 arg)") {
- val buf = arrCtor(js.Array(5, 6, 7, 8)).buffer
- val x = bufCtor3(buf, bytesPerElement, 2)
- expect(hasType(x)).toBeTruthy
- expect(x.length).toBe(2)
-
- expectV(x(0)).toEqual(6)
- expectV(x(1)).toEqual(7)
- }
-
- it("should allow retrieving the length") {
- val x = lenCtor(100)
- expect(x.length).toBe(100)
- }
-
- it("should allow retrieving an element") {
- val x = arrCtor(js.Array(5))
- expectV(x(0)).toBe(5)
- }
-
- it("should allow setting an element") {
- val x = lenCtor(2)
-
- x(0) = intToV(5)
- x(1) = intToV(10)
-
- expectV(x(0)).toBe(5)
- expectV(x(1)).toBe(10)
- }
-
- it("should provide `get`") {
- val x = arrCtor(js.Array(10))
- expectV(x.get(0)).toBe(10)
- }
-
- it("should provide `set` for a single element") {
- val x = lenCtor(10)
- x.set(0, intToV(5))
- x.set(1, intToV(6))
-
- expectV(x(0)).toBe(5)
- expectV(x(1)).toBe(6)
- expectV(x(2)).toBe(0)
- }
-
- it("should provide `set` for a js.Array with one arguments") {
- val x = lenCtor(10)
- x.set(js.Array(5,6,7))
- expectV(x(0)).toBe(5)
- expectV(x(1)).toBe(6)
- expectV(x(2)).toBe(7)
- expectV(x(3)).toBe(0)
- expectV(x(4)).toBe(0)
- expectV(x(5)).toBe(0)
- }
-
- it("should provide `set` for a js.Array with two arguments") {
- val x = lenCtor(10)
- x.set(js.Array(5,6,7), 2)
- expectV(x(0)).toBe(0)
- expectV(x(1)).toBe(0)
- expectV(x(2)).toBe(5)
- expectV(x(3)).toBe(6)
- expectV(x(4)).toBe(7)
- expectV(x(5)).toBe(0)
- }
-
- it("should provide `set` for a TypedArray with one argument") {
- val x = lenCtor(10)
- x.set(new Int8Array(js.Array(5,6,7)))
- expectV(x(0)).toBe(5)
- expectV(x(1)).toBe(6)
- expectV(x(2)).toBe(7)
- expectV(x(3)).toBe(0)
- expectV(x(4)).toBe(0)
- expectV(x(5)).toBe(0)
- }
-
- it("should provide `set` for a TypedArray with two arguments") {
- val x = lenCtor(10)
- x.set(new Int8Array(js.Array(5,6,7)), 2)
- expectV(x(0)).toBe(0)
- expectV(x(1)).toBe(0)
- expectV(x(2)).toBe(5)
- expectV(x(3)).toBe(6)
- expectV(x(4)).toBe(7)
- expectV(x(5)).toBe(0)
- }
-
- it("should provide `subarray` with one argument") {
- val x = arrCtor(js.Array(1,2,3,4,5,6,7,8,9))
- val y = x.subarray(2)
-
- expect(y.length).toBe(7)
- expectV(y(0)).toBe(3)
-
- x(2) = intToV(100)
-
- expectV(y(0)).toBe(100)
- }
-
- it("should provide `subarray` with two arguments") {
- val x = arrCtor(js.Array(1,2,3,4,5,6,7,8,9))
- val y = x.subarray(2, 4)
-
- expect(y.length).toBe(2)
- expectV(y(0)).toBe(3)
-
- x(2) = intToV(100)
-
- expectV(y(0)).toBe(100)
- }
-
- it("should provide `buffer`") {
- val x = arrCtor(js.Array(1,2,3,4,5,6,7,8,9))
- val y = bufCtor3(x.buffer, 0, 2)
-
- expect(x.buffer eq y.buffer).toBeTruthy
- }
-
- it("should provide `byteLength`") {
- val x = arrCtor(js.Array(0 until bytesPerElement * 4: _*))
- val y = bufCtor3(x.buffer, bytesPerElement, 3)
-
- expect(y.byteLength).toBe(3 * bytesPerElement)
- }
-
- it("should provide `byteOffset`") {
- val x = arrCtor(js.Array(0 until bytesPerElement * 4: _*))
- val y = bufCtor3(x.buffer, bytesPerElement, 3)
-
- expect(y.byteOffset).toBe(bytesPerElement)
- }
-
- }
- }
-
- tests("Int8Array",
- Int8Array.BYTES_PER_ELEMENT,
- len => new Int8Array(len),
- tarr => new Int8Array(tarr),
- arr => new Int8Array(arr),
- buf => new Int8Array(buf),
- (buf, start) => new Int8Array(buf, start),
- (buf, start, end) => new Int8Array(buf, start, end),
- _.isInstanceOf[Int8Array],
- expect (_: Byte),
- _.toByte)
-
- tests("Uint8Array",
- Uint8Array.BYTES_PER_ELEMENT,
- len => new Uint8Array(len),
- tarr => new Uint8Array(tarr),
- arr => new Uint8Array(arr),
- buf => new Uint8Array(buf),
- (buf, start) => new Uint8Array(buf, start),
- (buf, start, end) => new Uint8Array(buf, start, end),
- _.isInstanceOf[Uint8Array],
- expect (_: Short),
- _.toShort)
-
- tests("Uint8ClampedArray",
- Uint8ClampedArray.BYTES_PER_ELEMENT,
- len => new Uint8ClampedArray(len),
- tarr => new Uint8ClampedArray(tarr),
- arr => new Uint8ClampedArray(arr),
- buf => new Uint8ClampedArray(buf),
- (buf, start) => new Uint8ClampedArray(buf, start),
- (buf, start, end) => new Uint8ClampedArray(buf, start, end),
- _.isInstanceOf[Uint8ClampedArray],
- expect (_: Int),
- _.toInt)
-
- tests("Int16Array",
- Int16Array.BYTES_PER_ELEMENT,
- len => new Int16Array(len),
- tarr => new Int16Array(tarr),
- arr => new Int16Array(arr),
- buf => new Int16Array(buf),
- (buf, start) => new Int16Array(buf, start),
- (buf, start, end) => new Int16Array(buf, start, end),
- _.isInstanceOf[Int16Array],
- expect (_: Short),
- _.toShort)
-
- tests("Uint16Array",
- Uint16Array.BYTES_PER_ELEMENT,
- len => new Uint16Array(len),
- tarr => new Uint16Array(tarr),
- arr => new Uint16Array(arr),
- buf => new Uint16Array(buf),
- (buf, start) => new Uint16Array(buf, start),
- (buf, start, end) => new Uint16Array(buf, start, end),
- _.isInstanceOf[Uint16Array],
- expect (_: Int),
- _.toInt)
-
- tests("Int32Array",
- Int32Array.BYTES_PER_ELEMENT,
- len => new Int32Array(len),
- tarr => new Int32Array(tarr),
- arr => new Int32Array(arr),
- buf => new Int32Array(buf),
- (buf, start) => new Int32Array(buf, start),
- (buf, start, end) => new Int32Array(buf, start, end),
- _.isInstanceOf[Int32Array],
- expect (_: Int),
- _.toInt)
-
- tests("Uint32Array",
- Uint32Array.BYTES_PER_ELEMENT,
- len => new Uint32Array(len),
- tarr => new Uint32Array(tarr),
- arr => new Uint32Array(arr),
- buf => new Uint32Array(buf),
- (buf, start) => new Uint32Array(buf, start),
- (buf, start, end) => new Uint32Array(buf, start, end),
- _.isInstanceOf[Uint32Array],
- expect (_: Double),
- _.toDouble)
-
- tests("Float32Array",
- Float32Array.BYTES_PER_ELEMENT,
- len => new Float32Array(len),
- tarr => new Float32Array(tarr),
- arr => new Float32Array(arr),
- buf => new Float32Array(buf),
- (buf, start) => new Float32Array(buf, start),
- (buf, start, end) => new Float32Array(buf, start, end),
- _.isInstanceOf[Float32Array],
- expect (_: Float),
- _.toFloat)
-
- tests("Float64Array",
- Float64Array.BYTES_PER_ELEMENT,
- len => new Float64Array(len),
- tarr => new Float64Array(tarr),
- arr => new Float64Array(arr),
- buf => new Float64Array(buf),
- (buf, start) => new Float64Array(buf, start),
- (buf, start, end) => new Float64Array(buf, start, end),
- _.isInstanceOf[Float64Array],
- expect (_: Double),
- _.toDouble)
-
-}
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