Bump utility (#146)

* use BigInt for initValue of Constantin.createRecord

src/main/scala/coupledL2/prefetch/BestOffsetPrefetch.scala

@@ -200,8 +200,8 @@ class OffsetScoreTable(name: String = "")(implicit p: Parameters) extends BOPMod
   val ptr = RegInit(0.U(scoreTableIdxBits.W))
   val round = RegInit(0.U(roundBits.W))
 
-  val badscoreConstant = WireInit(Constantin.createRecord(name+"BadScore", bopParams.badScore.U))
-  val initscoreConstant = WireInit(Constantin.createRecord(name+"InitScore", (bopParams.badScore+1).U))
+  val badscoreConstant = Constantin.createRecord(name+"BadScore", bopParams.badScore)
+  val initscoreConstant = Constantin.createRecord(name+"InitScore", bopParams.badScore + 1)
   val bestOffset = RegInit(2.U(offsetWidth.W)) // the entry with the highest score while traversing
   val bestScore = RegInit(10.U)
   val testOffset = offList(ptr)
@@ -404,7 +404,7 @@ class PrefetchReqBuffer(implicit p: Parameters) extends BOPModule{
     val out_req = DecoupledIO(new PrefetchReq)
   })
 
-  val firstTlbReplayCnt = WireInit(Constantin.createRecord("firstTlbReplayCnt", bopParams.tlbReplayCnt.U))
+  val firstTlbReplayCnt = Constantin.createRecord("firstTlbReplayCnt", bopParams.tlbReplayCnt)
 
   def wayMap[T <: Data](f: Int => T) = VecInit((0 until REQ_FILTER_SIZE).map(f))
   def get_flag(vaddr: UInt) = get_block_vaddr(vaddr)
@@ -586,7 +586,7 @@ class DelayQueue(name: String = "")(implicit p: Parameters) extends  BOPModule{
   val outValid = !empty && !queue(head).cnt.orR && valids(head)
 
   /* In & Out */
-  var setDqLatency = WireInit(Constantin.createRecord("DelayQueueLatency"+name, dQLatency.U))
+  var setDqLatency = Constantin.createRecord("DelayQueueLatency"+name, dQLatency)
   when(io.in.valid && !full) {
     // if queue is full, we drop the new request
     queue(tail).addrNoOffset := io.in.bits

src/main/scala/coupledL2/prefetch/TemporalPrefetch.scala

@@ -140,19 +140,19 @@ class TemporalPrefetch(implicit p: Parameters) extends TPModule {
   require(cacheParams.hartIds.size == 1)
   val hartid = cacheParams.hartIds.head
   // 0 / 1: whether to enable temporal prefetcher
-  private val enableTP = WireInit(Constantin.createRecord("enableTP"+hartid.toString, initValue = 1.U))
+  private val enableTP = Constantin.createRecord("enableTP"+hartid.toString, initValue = 1)
   // 0 ~ N: throttle cycles for each prefetch request
-  private val tpThrottleCycles = WireInit(Constantin.createRecord("tp_throttleCycles"+hartid.toString, initValue = 4.U(3.W)))
+  private val tpThrottleCycles = Constantin.createRecord("tp_throttleCycles"+hartid.toString, initValue = 4)
   // 0 / 1: whether request to set as trigger on meta hit
-  private val hitAsTrigger = WireInit(Constantin.createRecord("tp_hitAsTrigger"+hartid.toString, initValue = 1.U))
+  private val hitAsTrigger = Constantin.createRecord("tp_hitAsTrigger"+hartid.toString, initValue = 1)
   // 1 ~ triggerQueueDepth: enqueue threshold for triggerQueue
-  private val triggerThres = WireInit(Constantin.createRecord("tp_triggerThres"+hartid.toString, initValue = 1.U(3.W)))
+  private val triggerThres = Constantin.createRecord("tp_triggerThres"+hartid.toString, initValue = 1)
   // 1 ~ tpEntryMaxLen: record threshold for recorder and sender (storage size will not be affected)
-  private val recordThres = WireInit(Constantin.createRecord("tp_recordThres"+hartid.toString, initValue = tpEntryMaxLen.U))
+  private val recordThres = Constantin.createRecord("tp_recordThres"+hartid.toString, initValue = tpEntryMaxLen)
   // 0 / 1: whether to train on vaddr
-  private val trainOnVaddr = WireInit(Constantin.createRecord("tp_trainOnVaddr"+hartid.toString, initValue = 0.U))
+  private val trainOnVaddr = Constantin.createRecord("tp_trainOnVaddr"+hartid.toString, initValue = 0)
   // 0 / 1: whether to eliminate L1 prefetch request training
-  private val trainOnL1PF = WireInit(Constantin.createRecord("tp_trainOnL1PF"+hartid.toString, initValue = 0.U))
+  private val trainOnL1PF = Constantin.createRecord("tp_trainOnL1PF"+hartid.toString, initValue = 0)
 
   if (vaddrBitsOpt.isEmpty) {
     assert(!trainOnVaddr)