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tests for a variety of objects and scripts (currently 810); minor changes to align with proper object behavior
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30 changed files with 945 additions and 104 deletions
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// Copyright (c) 2017 PSForever
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package objects
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import net.psforever.objects.guid.selector.{RandomSequenceSelector, _}
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import org.specs2.mutable.Specification
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class NumberSelectorTest extends Specification {
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def randArrayGen(n : Int = 26) : Array[Int] = {
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val obj = Array.ofDim[Int](n)
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(0 to 25).foreach(x => { obj(x) = x } )
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obj
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}
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"RandomSequenceSelector" should {
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"construct" in {
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new RandomSequenceSelector
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ok
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}
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"get a number" in {
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val obj = new RandomSequenceSelector
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obj.Get(randArrayGen()) mustNotEqual -1
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}
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"return a number" in {
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val obj = new RandomSequenceSelector
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val ary = randArrayGen()
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val number = obj.Get(ary)
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number mustNotEqual -1
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ary.head mustEqual -1 //regardless of which number we actually got, the head of the array is now -1
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obj.Return(number, ary)
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ary.head mustEqual number //the returned number is at the head of the array
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}
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"get all numbers" in {
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val n = 26
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val obj = new RandomSequenceSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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ok
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}
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"return all numbers" in {
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val n = 26
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val obj = new RandomSequenceSelector
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val ary1 = randArrayGen(n)
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val ary2 = randArrayGen(n)
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(0 until n).foreach(index => { ary2(index) = obj.Get(ary1) } ) //move numbers from ary1 to ary2
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ary2.toSet.diff(ary1.toSet).size mustEqual n //no numbers between ary2 and ary1 match
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(0 until n).foreach(index => { obj.Return(ary2(index), ary1) mustEqual true } ) //return numbers from ary2 to ary1
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ary2.toSet.diff(ary1.toSet).size mustEqual 0 //no difference in the content between ary2 and ary1
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}
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"gets invalid index when exhausted" in {
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val n = 26
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val obj = new RandomSequenceSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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obj.Get(ary) mustEqual -1
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}
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"format an array" in {
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val ary = Array[Int](1, -1, 5, 3, -1, 2)
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(new RandomSequenceSelector).Format(ary)
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ary mustEqual Array[Int](-1, -1, 1, 5, 3, 2)
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}
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}
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"RandomSelector" should {
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"construct" in {
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new RandomSelector
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ok
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}
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"get a number" in {
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val obj = new RandomSelector
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obj.Get(randArrayGen()) mustNotEqual -1
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}
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"return a number" in {
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val obj = new RandomSelector
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val ary = randArrayGen()
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val number = obj.Get(ary)
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number mustNotEqual -1
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ary.head mustEqual -1 //regardless of which number we actually got, the head of the array is now -1
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obj.Return(number, ary)
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ary.head mustEqual number //the returned number is at the head of the array
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}
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"get all numbers" in {
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val n = 26
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val obj = new RandomSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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ok
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}
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"return all numbers" in {
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val n = 26
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val obj = new RandomSelector
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val ary1 = randArrayGen(n)
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val ary2 = randArrayGen(n)
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(0 until n).foreach(index => { ary2(index) = obj.Get(ary1) } ) //move numbers from ary1 to ary2
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ary2.toSet.diff(ary1.toSet).size mustEqual n //no numbers between ary2 and ary1 match
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(0 until n).foreach(index => { obj.Return(ary2(index), ary1) mustEqual true } ) //return numbers from ary2 to ary1
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ary2.toSet.diff(ary1.toSet).size mustEqual 0 //no difference in the content between ary2 and ary1
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}
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"gets invalid index when exhausted" in {
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val n = 26
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val obj = new RandomSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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obj.Get(ary) mustEqual -1
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}
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"format an array" in {
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val ary = Array[Int](1, -1, 5, 3, -1, 2)
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(new RandomSelector).Format(ary)
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ary mustEqual Array[Int](-1, -1, 1, 5, 3, 2)
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}
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}
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"StrictInOrderSelector" should {
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"construct" in {
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new StrictInOrderSelector
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ok
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}
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"get a number" in {
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val obj = new StrictInOrderSelector
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obj.Get(randArrayGen()) mustNotEqual -1
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}
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"return a number" in {
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val obj = new StrictInOrderSelector
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val ary = randArrayGen()
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val number = obj.Get(ary)
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number mustNotEqual -1
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ary.head mustEqual -1 //regardless of which number we actually got, the head of the array is now -1
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obj.Return(number, ary)
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ary.head mustEqual number //the returned number is at the head of the array
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}
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"get all numbers" in {
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val n = 26
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val obj = new StrictInOrderSelector
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val ary = randArrayGen()
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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ok
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}
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"return all numbers" in {
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val n = 26
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val obj = new StrictInOrderSelector
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val ary1 = randArrayGen(n)
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val ary2 = randArrayGen(n)
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(0 until n).foreach(index => { ary2(index) = obj.Get(ary1) } ) //move numbers from ary1 to ary2
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ary2.toSet.diff(ary1.toSet).size mustEqual n //no numbers between ary2 and ary1 match
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(0 until n).foreach(index => { obj.Return(ary2(index), ary1) mustEqual true } ) //return numbers from ary2 to ary1
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ary2.toSet.diff(ary1.toSet).size mustEqual 0 //no difference in the content between ary2 and ary1
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}
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"gets invalid index when exhausted" in {
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val n = 26
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val obj = new StrictInOrderSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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obj.Get(ary) mustEqual -1
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}
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"wait until number is available" in {
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val n = 26
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val obj = new StrictInOrderSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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obj.Get(ary) mustEqual -1
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obj.Return(1, ary) //return a number that isn't the one StrictOrder is waiting on
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obj.Get(ary) mustEqual -1
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obj.Return(0, ary) //return the number StrictOrder wants
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obj.Get(ary) mustEqual 0
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obj.Get(ary) mustEqual 1
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}
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"format an array" in {
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val ary = Array[Int](1, -1, 5, 3, -1, 2)
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(new StrictInOrderSelector).Format(ary)
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ary mustEqual Array[Int](-1, 1, 2, 3, -1, 5)
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}
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}
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"OpportunisticSelector" should {
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"construct" in {
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new OpportunisticSelector
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ok
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}
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"get a number" in {
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val obj = new OpportunisticSelector
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obj.Get(randArrayGen()) mustNotEqual -1
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}
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"return a number" in {
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val obj = new OpportunisticSelector
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val ary = randArrayGen()
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val number = obj.Get(ary)
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number mustNotEqual -1
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ary.head mustEqual -1 //regardless of which number we actually got, the head of the array is now -1
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obj.Return(number, ary)
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ary.head mustEqual number //the returned number is at the head of the array
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}
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"get all numbers" in {
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val obj = new OpportunisticSelector
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val ary = randArrayGen()
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(0 to 25).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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ok
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}
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"return all numbers" in {
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val n = 26
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val obj = new OpportunisticSelector
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val ary1 = randArrayGen(n)
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val ary2 = randArrayGen(n)
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(0 until n).foreach(index => { ary2(index) = obj.Get(ary1) } ) //move numbers from ary1 to ary2
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ary2.toSet.diff(ary1.toSet).size mustEqual n //no numbers between ary2 and ary1 match
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(0 until n).foreach(index => { obj.Return(ary2(index), ary1) mustEqual true } ) //return numbers from ary2 to ary1
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ary2.toSet.diff(ary1.toSet).size mustEqual 0 //no difference in the content between ary2 and ary1
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}
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"gets invalid index when exhausted" in {
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val n = 26
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val obj = new OpportunisticSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(_ => { obj.Get(ary) mustNotEqual -1 } )
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obj.Get(ary) mustEqual -1
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}
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"format an array" in {
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val ary = Array[Int](1, -1, 5, 3, -1, 2)
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(new OpportunisticSelector).Format(ary)
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ary mustEqual Array[Int](-1, -1, 1, 5, 3, 2)
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}
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}
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"SpecificSelector" should {
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"construct" in {
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new SpecificSelector
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ok
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}
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"get a number" in {
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val obj = new SpecificSelector
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val ary = randArrayGen()
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obj.SelectionIndex = 5
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obj.Get(ary) mustEqual 5
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obj.Get(ary) mustEqual -1 //now that 5 has been selected, the selector will only get a -1 from that position
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}
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"return a number" in {
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val obj = new SpecificSelector
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val ary = randArrayGen()
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obj.SelectionIndex = 5
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val number = obj.Get(ary)
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number mustEqual 5
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obj.Get(ary) mustEqual -1
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obj.Return(number, ary)
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obj.Get(ary) mustEqual number //the returned number is at the head of the array
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}
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"return a number (2)" in {
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val obj = new SpecificSelector
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val ary = randArrayGen()
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obj.SelectionIndex = 5
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val number = obj.Get(ary)
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number mustEqual 5
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obj.Get(ary) mustEqual -1
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ary(number) mustEqual -1
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obj.SelectionIndex = 10 //even if we move the selection index, the number will return to its last position
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obj.Return(number, ary)
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ary(number) mustEqual number //the returned number at the original index
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obj.Get(ary) mustEqual 10 //of course, with the selection index changed, we will not get the same position next time
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}
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"get all numbers" in {
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val n = 26
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val obj = new SpecificSelector
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val ary = randArrayGen(n)
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(0 until n).foreach(i => {
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obj.SelectionIndex = i
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obj.Get(ary) mustEqual i
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})
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ok
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}
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"return all numbers" in {
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val n = 26
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val obj = new SpecificSelector
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val ary1 = randArrayGen(n)
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val ary2 = randArrayGen(n)
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(0 until n).foreach(index => {
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obj.SelectionIndex = index
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ary2(index) = obj.Get(ary1)
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}) //move numbers from ary1 to ary2
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ary2.toSet.diff(ary1.toSet).size mustEqual n //no numbers between ary2 and ary1 match
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(0 until n).foreach(index => { obj.Return(ary2(index), ary1) mustEqual true } ) //return numbers from ary2 to ary1
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ary2.toSet.diff(ary1.toSet).size mustEqual 0 //no difference in the content between ary2 and ary1
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}
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"gets invalid index when exhausted" in {
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val obj = new SpecificSelector
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val ary = randArrayGen()
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obj.SelectionIndex = 5
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obj.Get(ary) mustEqual 5
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obj.Get(ary) mustEqual -1 //yes, it really is that simple
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}
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"format an array" in {
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val ary = Array[Int](1, -1, 5, 3, -1, 2)
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(new SpecificSelector).Format(ary)
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ary mustEqual Array[Int](-1, 1, 2, 3, -1, 5)
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}
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}
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}
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