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// See README.md for license details.
package chiselTests
import chisel3._
import chisel3.experimental._
import org.scalatest.{FreeSpec, Matchers}
class ScalaIntervalSimulatorSpec extends FreeSpec with Matchers {
"clip tests" - {
"Should work for closed ranges" in {
val sim = ScalaIntervalSimulator(range"[2,4]")
sim.clip(BigDecimal(1.0)) should be (2.0)
sim.clip(BigDecimal(2.0)) should be (2.0)
sim.clip(BigDecimal(3.0)) should be (3.0)
sim.clip(BigDecimal(4.0)) should be (4.0)
sim.clip(BigDecimal(5.0)) should be (4.0)
}
"Should work for closed ranges with binary point" in {
val sim = ScalaIntervalSimulator(range"[2,6].2")
sim.clip(BigDecimal(1.75)) should be (2.0)
sim.clip(BigDecimal(2.0)) should be (2.0)
sim.clip(BigDecimal(2.25)) should be (2.25)
sim.clip(BigDecimal(2.5)) should be (2.5)
sim.clip(BigDecimal(5.75)) should be (5.75)
sim.clip(BigDecimal(6.0)) should be (6.0)
sim.clip(BigDecimal(6.25)) should be (6.0)
sim.clip(BigDecimal(6.5)) should be (6.0)
sim.clip(BigDecimal(8.5)) should be (6.0)
}
"Should work for open ranges" in {
val sim = ScalaIntervalSimulator(range"(2,4)")
sim.clip(BigDecimal(1.0)) should be (3.0)
sim.clip(BigDecimal(2.0)) should be (3.0)
sim.clip(BigDecimal(3.0)) should be (3.0)
sim.clip(BigDecimal(4.0)) should be (3.0)
sim.clip(BigDecimal(5.0)) should be (3.0)
}
"Should work for open ranges with binary point" in {
val sim = ScalaIntervalSimulator(range"(2,6).2")
sim.clip(BigDecimal(1.75)) should be (2.25)
sim.clip(BigDecimal(2.0)) should be (2.25)
sim.clip(BigDecimal(2.25)) should be (2.25)
sim.clip(BigDecimal(2.5)) should be (2.5)
sim.clip(BigDecimal(5.75)) should be (5.75)
sim.clip(BigDecimal(6.0)) should be (5.75)
sim.clip(BigDecimal(6.25)) should be (5.75)
sim.clip(BigDecimal(6.5)) should be (5.75)
sim.clip(BigDecimal(8.5)) should be (5.75)
}
}
"wrap tests" - {
"Should work for closed ranges" in {
val sim = ScalaIntervalSimulator(range"[2,6]")
sim.wrap(BigDecimal(1.0)) should be (6.0)
sim.wrap(BigDecimal(2.0)) should be (2.0)
sim.wrap(BigDecimal(3.0)) should be (3.0)
sim.wrap(BigDecimal(4.0)) should be (4.0)
sim.wrap(BigDecimal(5.0)) should be (5.0)
sim.wrap(BigDecimal(6.0)) should be (6.0)
sim.wrap(BigDecimal(7.0)) should be (2.0)
}
"Should work for closed ranges with binary point" in {
val sim = ScalaIntervalSimulator(range"[2,6].2")
sim.wrap(BigDecimal(1.75)) should be (6.0)
sim.wrap(BigDecimal(2.0)) should be (2.0)
sim.wrap(BigDecimal(2.25)) should be (2.25)
sim.wrap(BigDecimal(2.5)) should be (2.5)
sim.wrap(BigDecimal(5.75)) should be (5.75)
sim.wrap(BigDecimal(6.0)) should be (6.0)
sim.wrap(BigDecimal(6.25)) should be (2.0)
sim.wrap(BigDecimal(6.5)) should be (2.25)
}
"Should work for open ranges" in {
val sim = ScalaIntervalSimulator(range"(2,6)")
sim.wrap(BigDecimal(1.0)) should be (4.0)
sim.wrap(BigDecimal(2.0)) should be (5.0)
sim.wrap(BigDecimal(3.0)) should be (3.0)
sim.wrap(BigDecimal(4.0)) should be (4.0)
sim.wrap(BigDecimal(5.0)) should be (5.0)
sim.wrap(BigDecimal(6.0)) should be (3.0)
sim.wrap(BigDecimal(7.0)) should be (4.0)
}
"Should work for open ranges with binary point" in {
val sim = ScalaIntervalSimulator(range"(2,6).2")
sim.wrap(BigDecimal(1.75)) should be (5.5)
sim.wrap(BigDecimal(2.0)) should be (5.75)
sim.wrap(BigDecimal(2.25)) should be (2.25)
sim.wrap(BigDecimal(2.5)) should be (2.5)
sim.wrap(BigDecimal(5.75)) should be (5.75)
sim.wrap(BigDecimal(6.0)) should be (2.25)
sim.wrap(BigDecimal(6.25)) should be (2.5)
sim.wrap(BigDecimal(7.0)) should be (3.25)
}
}
}
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