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/*
* Copyright (C) 2024, UChicago Argonne, LLC
* Licensed under the 3-clause BSD license. See accompanying LICENSE.txt file
* in the top-level directory.
*/
package Octeres.Bitmask
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import Octeres.Bitmask.BitmaskLite.{LiteBitmaskStruct, getLiteBitmaskZeros, intersection_any, intersection_any_v0, intersection_any_v1, intersection_any_v2, logical_or, toArrayRangeGen, toArrayRangeLimitGen, validateLiteBitmaskSlotsLike}
import org.scalatest.funsuite.AnyFunSuite
import org.scalatest.prop.TableDrivenPropertyChecks._
import org.scalatest.matchers.should.Matchers._
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import org.scalatest.prop.{TableFor2, TableFor3, TableFor4}
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import scala.annotation.tailrec
import scala.collection.immutable.ArraySeq
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import scala.collection.mutable.ListBuffer
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class BitmaskLiteTest extends AnyFunSuite{
test("test_bitmask_logical_or") {
val bitmaskTable: TableFor3[LiteBitmaskStruct, LiteBitmaskStruct, LiteBitmaskStruct] = Table(
("bitmask0", "bitmask1", "bitmask_or"),
(
LiteBitmaskStruct(8, 3, 0, 2, ArraySeq(ArraySeq[Long](0, 2))),
LiteBitmaskStruct(8, 3, 1, 3, ArraySeq(ArraySeq[Long](1, 3))),
LiteBitmaskStruct(8, 4, 0, 3, ArraySeq(ArraySeq[Long](0, 3)))
), (
LiteBitmaskStruct(8, 5, 0, 4, ArraySeq(ArraySeq[Long](0, 4))),
getLiteBitmaskZeros(8),
LiteBitmaskStruct(8, 5, 0, 4, ArraySeq(ArraySeq[Long](0, 4)))
), (
getLiteBitmaskZeros(8),
getLiteBitmaskZeros(8),
getLiteBitmaskZeros(8),
), (
LiteBitmaskStruct(8, 4, 0, 4, ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4))),
LiteBitmaskStruct(8, 2, 1, 2, ArraySeq(ArraySeq[Long](1, 2))),
LiteBitmaskStruct(8, 5, 0, 4, ArraySeq(ArraySeq[Long](0, 4)))
), (
LiteBitmaskStruct(16, 4, 1, 6, ArraySeq(ArraySeq[Long](1, 2), ArraySeq[Long](5, 6))),
LiteBitmaskStruct(16, 4, 3, 8, ArraySeq(ArraySeq[Long](3, 4), ArraySeq[Long](7, 8))),
LiteBitmaskStruct(16, 8, 1, 8, ArraySeq(ArraySeq[Long](1, 8)))
)
)
forAll(bitmaskTable) { (bitmask0, bitmask1, bitmask_or: LiteBitmaskStruct) => {
println(s"bitmask0: ${bitmask0}")
println(s"bitmask1: ${bitmask1}")
println(s"bitmask_or: ${bitmask_or}")
validateLiteBitmaskSlotsLike(bitmask0)
validateLiteBitmaskSlotsLike(bitmask1)
validateLiteBitmaskSlotsLike(bitmask_or)
val bitmask_r = logical_or(bitmask0, bitmask1)
bitmask_r should equal(bitmask_or)
println(intersection_any(bitmask0, bitmask1))
}
}
}
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// test("test_getIntervalBitsGenerator") {
// val bitmaskTable: TableFor3[ArraySeq[ArraySeq[Long]], Long, Long] = Table(
// ("intervals", "bit_idx_first", "bit_idx_last"),
// (ArraySeq(ArraySeq[Long](1, 2), ArraySeq[Long](4, 5)), 0, -1),
// (ArraySeq(ArraySeq[Long](2, 4), ArraySeq[Long](8, 10)), 4, 9),
// (ArraySeq(ArraySeq[Long](1, 2), ArraySeq[Long](5, 6)), 3, 6),
// (ArraySeq(ArraySeq[Long](3, 4), ArraySeq[Long](7, 8)), 3, 6)
// )
//
// forAll(bitmaskTable) { (intervals, bit_idx_first, bit_idx_last) => {
// {
// println(intervals)
// val ii = new IntervalIterator("G", intervals, bit_idx_first, bit_idx_last)
// ii.printState()
// while (!ii.isEmpty) {
// println(s"i: ${ii.get()}")
// }
// }
// }}
// }
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test("test_good") {
val deck = ArraySeq(1, 9)
def toGenerator3(start: Int, end: Int): Iterator[Int] = new Iterator[Int] {
private var current = start
def hasNext: Boolean = {
if (current <= end){
true
} else {
false
}
}
def next(): Int = {
val value = current
current += 1
value
}
}
val lg3a = toGenerator3(10, 11)
while (lg3a.hasNext){
println(lg3a.next())
}
}
test("test_toArrayRangeGen") {
val arrayTable: TableFor2[ArraySeq[ArraySeq[Long]], List[Long]] = Table(
("intervals", "expected"),
(ArraySeq(ArraySeq[Long](0, 2)), List[Long](0, 1, 2)),
(ArraySeq(ArraySeq[Long](0, 0)), List[Long](0)),
(ArraySeq(), List[Long]()),
(ArraySeq(ArraySeq[Long](1, 3)), List[Long](1, 2, 3)),
(ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4)), List[Long](0, 1, 3, 4)),
(ArraySeq.range(0, 10, 2).map(i => ArraySeq(i.toLong, i.toLong)), List[Long](0, 2, 4, 6, 8)),
(ArraySeq.range(1, 11, 2).map(i => ArraySeq(i.toLong, i.toLong)), List[Long](1, 3, 5, 7, 9))
)
forAll(arrayTable) { (interval, expected) => {
println(s"interval: ${interval}")
println(s"expected: ${expected}")
val ag = toArrayRangeGen(interval)
val resultListB: ListBuffer[Long] = ListBuffer()
while (ag.hasNext){
resultListB += ag.next()
}
val resultList = resultListB.toList
println(s"result: ${resultList}")
expected should equal(resultList)
}
}
}
test("test_toArrayRangeLimitGen") {
val arrayTable: TableFor4[ArraySeq[ArraySeq[Long]], Long, Long, List[Long]] = Table(
("intervals", "idx_first", "idx_last", "expected"),
(ArraySeq(ArraySeq[Long](0, 2)), 0L, -2L, List[Long](0, 1, 2)),
(ArraySeq(ArraySeq[Long](0, 0)), 0L, -2L, List[Long](0)),
(ArraySeq(), 0L, -2L, List[Long]()),
(ArraySeq(ArraySeq[Long](1, 3)), 0L, -2L, List[Long](1, 2, 3)),
(ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4)), 0L, -2L, List[Long](0, 1, 3, 4)),
(ArraySeq.range(0, 10, 2).map(i => ArraySeq(i.toLong, i.toLong)), 4L, -2L, List[Long](4, 6, 8)),
(ArraySeq.range(1, 11, 2).map(i => ArraySeq(i.toLong, i.toLong)), 1L, -2L, List[Long](1, 3, 5, 7, 9)),
(ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4), ArraySeq[Long](6, 8)), 3L, 4L, List[Long](3, 4)),
// FIXME: this one pulls in 7 and 8 because of the 6, 8
(ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4), ArraySeq[Long](6, 8)), 3L, 6L, List[Long](3, 4, 6, 7, 8)),
// FIXME: this one pulls in 0 because of the one in the 0, 1
(ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4), ArraySeq[Long](6, 8)), 1L, 6L, List[Long](0, 1, 3, 4, 6, 7, 8)),
)
forAll(arrayTable) { (interval, idx_first, idx_last, expected) => {
println(s"interval: ${interval} ${idx_first} ${idx_last}")
println(s"expected: ${expected}")
val ag = toArrayRangeLimitGen(interval, idx_first, idx_last)
val resultListB: ListBuffer[Long] = ListBuffer()
while (ag.hasNext){
resultListB += ag.next()
}
val resultList = resultListB.toList
println(s"result: ${resultList}")
expected should equal(resultList)
}
}
}
test("test_bitmask_intersection_any") {
val bitmaskTable: TableFor3[LiteBitmaskStruct, LiteBitmaskStruct, Boolean] = Table(
("bitmask0", "bitmask1", "logical_truth"),
(
LiteBitmaskStruct(8, 3, 0, 2, ArraySeq(ArraySeq[Long](0, 2))),
LiteBitmaskStruct(8, 3, 1, 3, ArraySeq(ArraySeq[Long](1, 3))),
true
), (
LiteBitmaskStruct(8, 5, 0, 4, ArraySeq(ArraySeq[Long](0, 4))),
getLiteBitmaskZeros(8),
false
), (
getLiteBitmaskZeros(8),
getLiteBitmaskZeros(8),
false
), (
LiteBitmaskStruct(8, 4, 0, 4, ArraySeq(ArraySeq[Long](0, 1), ArraySeq[Long](3, 4))),
LiteBitmaskStruct(8, 2, 1, 2, ArraySeq(ArraySeq[Long](1, 2))),
true
), (
LiteBitmaskStruct(16, 4, 1, 6, ArraySeq(ArraySeq[Long](1, 2), ArraySeq[Long](5, 6))),
LiteBitmaskStruct(16, 4, 3, 8, ArraySeq(ArraySeq[Long](3, 4), ArraySeq[Long](7, 8))),
false
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), (
LiteBitmaskStruct(128, 7, 11, 106, ArraySeq(ArraySeq[Long](11, 11), ArraySeq[Long](13, 13), ArraySeq[Long](62, 63), ArraySeq[Long](104, 106))),
LiteBitmaskStruct(128, 64, 0, 126, ArraySeq.range(0, 128, 2).map(i => ArraySeq(i.toLong, i.toLong))),
true
), (
LiteBitmaskStruct(4392, 10, 2911, 3006, ArraySeq(ArraySeq[Long](2911, 2911), ArraySeq[Long](2913, 2913), ArraySeq[Long](2962, 2963), ArraySeq[Long](2965, 2965), ArraySeq[Long](2970, 2971), ArraySeq[Long](3004, 3006))),
LiteBitmaskStruct(4392, 2196, 0, 4390, ArraySeq.range(0, 4392, 2).map(i => ArraySeq(i.toLong, i.toLong))),
true
), (
LiteBitmaskStruct(128, 1, 0, 0, ArraySeq(ArraySeq[Long](0, 0))),
LiteBitmaskStruct(128, 64, 1, 127, ArraySeq.range(1, 128, 2).map(i => ArraySeq(i.toLong, i.toLong))),
false
), (
LiteBitmaskStruct(128, 1, 0, 0, ArraySeq(ArraySeq[Long](0, 0))),
LiteBitmaskStruct(128, 64, 0, 126, ArraySeq.range(0, 128, 2).map(i => ArraySeq(i.toLong, i.toLong))),
true
)
)
forAll(bitmaskTable) { (bitmask0, bitmask1, logical_truth: Boolean) => {
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// println(s"bitmask0: ${bitmask0}")
// println(s"bitmask1: ${bitmask1}")
validateLiteBitmaskSlotsLike(bitmask0)
validateLiteBitmaskSlotsLike(bitmask1)
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intersection_any_v0(bitmask0, bitmask1) should equal(logical_truth)
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intersection_any_v1(bitmask0, bitmask1) should equal(logical_truth)
intersection_any_v2(bitmask0, bitmask1) should equal(logical_truth)
val truth = intersection_any(bitmask0, bitmask1)
println(s"truth: ${truth}")
truth should equal(logical_truth)
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// intersection_any_v0(bitmask0, bitmask1) should equal(intersection_any_v1(bitmask0, bitmask1))