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Removed all traces of params

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This commit is contained in:
Henry Cook 2015-10-05 21:41:46 -07:00
parent 908922c1a4
commit 31be6407ec
11 changed files with 456 additions and 425 deletions
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33
uncore/src/main/scala/broadcast.scala
View File

@ -5,19 +5,20 @@ import Chisel._
case object L2StoreDataQueueDepth extends Field[Int]
trait BroadcastHubParameters extends CoherenceAgentParameters {
val sdqDepth = params(L2StoreDataQueueDepth)*innerDataBeats
trait HasBroadcastHubParameters extends HasCoherenceAgentParameters {
val sdqDepth = p(L2StoreDataQueueDepth)*innerDataBeats
val dqIdxBits = math.max(log2Up(nReleaseTransactors) + 1, log2Up(sdqDepth))
val nDataQueueLocations = 3 //Stores, VoluntaryWBs, Releases
}
class DataQueueLocation extends Bundle with BroadcastHubParameters {
class DataQueueLocation(implicit p: Parameters) extends CoherenceAgentBundle()(p)
with HasBroadcastHubParameters {
val idx = UInt(width = dqIdxBits)
val loc = UInt(width = log2Ceil(nDataQueueLocations))
}
object DataQueueLocation {
def apply(idx: UInt, loc: UInt) = {
def apply(idx: UInt, loc: UInt)(implicit p: Parameters) = {
val d = Wire(new DataQueueLocation)
d.idx := idx
d.loc := loc
@ -25,12 +26,12 @@ object DataQueueLocation {
}
}
class L2BroadcastHub extends ManagerCoherenceAgent
with BroadcastHubParameters {
class L2BroadcastHub(implicit p: Parameters) extends ManagerCoherenceAgent()(p)
with HasBroadcastHubParameters {
val internalDataBits = new DataQueueLocation().getWidth
val inStoreQueue :: inVolWBQueue :: inClientReleaseQueue :: Nil = Enum(UInt(), nDataQueueLocations)
val trackerTLParams = params.alterPartial({
val trackerTLParams = p.alterPartial({
case TLDataBits => internalDataBits
case TLWriteMaskBits => innerWriteMaskBits
})
@ -104,10 +105,10 @@ class L2BroadcastHub extends ManagerCoherenceAgent
doInputRouting(io.inner.finish, trackerList.map(_.io.inner.finish))
// Create an arbiter for the one memory port
val outer_arb = Module(new ClientUncachedTileLinkIOArbiter(trackerList.size),
{ case TLId => params(OuterTLId)
val outer_arb = Module(new ClientUncachedTileLinkIOArbiter(trackerList.size)(p.alterPartial(
{ case TLId => p(OuterTLId)
case TLDataBits => internalDataBits
case TLWriteMaskBits => innerWriteMaskBits })
case TLWriteMaskBits => innerWriteMaskBits })))
outer_arb.io.in <> trackerList.map(_.io.outer)
// Get the pending data out of the store data queue
val outer_data_ptr = new DataQueueLocation().fromBits(outer_arb.io.out.acquire.bits.data)
@ -127,15 +128,16 @@ class L2BroadcastHub extends ManagerCoherenceAgent
}
}
class BroadcastXactTracker extends XactTracker {
class BroadcastXactTracker(implicit p: Parameters) extends XactTracker()(p) {
val io = new ManagerXactTrackerIO
}
class BroadcastVoluntaryReleaseTracker(trackerId: Int) extends BroadcastXactTracker {
class BroadcastVoluntaryReleaseTracker(trackerId: Int)
(implicit p: Parameters) extends BroadcastXactTracker()(p) {
val s_idle :: s_outer :: s_grant :: s_ack :: Nil = Enum(UInt(), 4)
val state = Reg(init=s_idle)
val xact = Reg(Bundle(new ReleaseFromSrc, { case TLId => params(InnerTLId); case TLDataBits => 0 }))
val xact = Reg(Bundle(new ReleaseFromSrc, { case TLId => p(InnerTLId); case TLDataBits => 0 }))
val data_buffer = Reg(Vec(io.irel().data, innerDataBeats))
val coh = ManagerMetadata.onReset
@ -210,12 +212,13 @@ class BroadcastVoluntaryReleaseTracker(trackerId: Int) extends BroadcastXactTrac
}
}
class BroadcastAcquireTracker(trackerId: Int) extends BroadcastXactTracker {
class BroadcastAcquireTracker(trackerId: Int)
(implicit p: Parameters) extends BroadcastXactTracker()(p) {
val s_idle :: s_probe :: s_mem_read :: s_mem_write :: s_make_grant :: s_mem_resp :: s_ack :: Nil = Enum(UInt(), 7)
val state = Reg(init=s_idle)
val xact = Reg(Bundle(new AcquireFromSrc, {
case TLId => params(InnerTLId)
case TLId => p(InnerTLId)
case TLDataBits => 0
case TLWriteMaskBits => innerWriteMaskBits
}))

161
uncore/src/main/scala/cache.scala
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@ -18,23 +18,26 @@ case object CacheBlockBytes extends Field[Int]
case object CacheBlockOffsetBits extends Field[Int]
case object ECCCode extends Field[Option[Code]]
abstract trait CacheParameters extends UsesParameters {
val nSets = params(NSets)
val blockOffBits = params(CacheBlockOffsetBits)
trait HasCacheParameters {
implicit val p: Parameters
val nSets = p(NSets)
val blockOffBits = p(CacheBlockOffsetBits)
val idxBits = log2Up(nSets)
val untagBits = blockOffBits + idxBits
val tagBits = params(PAddrBits) - untagBits
val nWays = params(NWays)
val tagBits = p(PAddrBits) - untagBits
val nWays = p(NWays)
val wayBits = log2Up(nWays)
val isDM = nWays == 1
val rowBits = params(RowBits)
val rowBits = p(RowBits)
val rowBytes = rowBits/8
val rowOffBits = log2Up(rowBytes)
val code = params(ECCCode).getOrElse(new IdentityCode)
val code = p(ECCCode).getOrElse(new IdentityCode)
}
abstract class CacheBundle extends Bundle with CacheParameters
abstract class CacheModule extends Module with CacheParameters
abstract class CacheModule(implicit val p: Parameters) extends Module
with HasCacheParameters
abstract class CacheBundle(implicit val p: Parameters) extends ParameterizedBundle()(p)
with HasCacheParameters
class StoreGen(typ: UInt, addr: UInt, dat: UInt) {
val byte = typ === MT_B || typ === MT_BU
@ -66,8 +69,8 @@ class LoadGen(typ: UInt, addr: UInt, dat: UInt, zero: Bool) {
val byte = Cat(Mux(zero || t.byte, Fill(56, sign && byteShift(7)), half(63,8)), byteShift)
}
class AMOALU extends CacheModule {
val operandBits = params(AmoAluOperandBits)
class AMOALU(implicit p: Parameters) extends CacheModule()(p) {
val operandBits = p(AmoAluOperandBits)
require(operandBits == 64)
val io = new Bundle {
val addr = Bits(INPUT, blockOffBits)
@ -125,23 +128,23 @@ class RandomReplacement(ways: Int) extends ReplacementPolicy {
def hit = {}
}
abstract class Metadata extends CacheBundle {
abstract class Metadata(implicit p: Parameters) extends CacheBundle()(p) {
val tag = Bits(width = tagBits)
val coh: CoherenceMetadata
}
class MetaReadReq extends CacheBundle {
class MetaReadReq(implicit p: Parameters) extends CacheBundle()(p) {
val idx = Bits(width = idxBits)
}
class MetaWriteReq[T <: Metadata](gen: T) extends MetaReadReq {
class MetaWriteReq[T <: Metadata](gen: T)(implicit p: Parameters) extends MetaReadReq()(p) {
val way_en = Bits(width = nWays)
val data = gen.cloneType
override def cloneType = new MetaWriteReq(gen).asInstanceOf[this.type]
override def cloneType = new MetaWriteReq(gen)(p).asInstanceOf[this.type]
}
class MetadataArray[T <: Metadata](makeRstVal: () => T) extends CacheModule {
val rstVal = makeRstVal()
class MetadataArray[T <: Metadata](onReset: () => T)(implicit p: Parameters) extends CacheModule()(p) {
val rstVal = onReset()
val io = new Bundle {
val read = Decoupled(new MetaReadReq).flip
val write = Decoupled(new MetaWriteReq(rstVal)).flip
@ -166,24 +169,24 @@ class MetadataArray[T <: Metadata](makeRstVal: () => T) extends CacheModule {
io.write.ready := !rst
}
abstract trait L2HellaCacheParameters extends CacheParameters with CoherenceAgentParameters {
trait HasL2HellaCacheParameters extends HasCacheParameters with HasCoherenceAgentParameters {
val idxMSB = idxBits-1
val idxLSB = 0
val blockAddrBits = params(TLBlockAddrBits)
val blockAddrBits = p(TLBlockAddrBits)
val refillCyclesPerBeat = outerDataBits/rowBits
val refillCycles = refillCyclesPerBeat*outerDataBeats
val internalDataBeats = params(CacheBlockBytes)*8/rowBits
val internalDataBeats = p(CacheBlockBytes)*8/rowBits
require(refillCyclesPerBeat == 1)
val amoAluOperandBits = params(AmoAluOperandBits)
val amoAluOperandBits = p(AmoAluOperandBits)
require(amoAluOperandBits <= innerDataBits)
require(rowBits == innerDataBits) // TODO: relax this by improving s_data_* states
val nSecondaryMisses = params(NSecondaryMisses)
val nSecondaryMisses = p(NSecondaryMisses)
val isLastLevelCache = true
val ignoresWriteMask = !params(ECCCode).isEmpty
val ignoresWriteMask = !p(ECCCode).isEmpty
}
abstract class L2HellaCacheBundle extends Bundle with L2HellaCacheParameters
abstract class L2HellaCacheModule extends Module with L2HellaCacheParameters {
abstract class L2HellaCacheModule(implicit val p: Parameters) extends Module
with HasL2HellaCacheParameters {
def doInternalOutputArbitration[T <: Data : ClassTag](
out: DecoupledIO[T],
ins: Seq[DecoupledIO[T]]) {
@ -192,39 +195,42 @@ abstract class L2HellaCacheModule extends Module with L2HellaCacheParameters {
arb.io.in <> ins
}
def doInternalInputRouting[T <: HasL2Id](in: ValidIO[T], outs: Seq[ValidIO[T]]) {
def doInternalInputRouting[T <: Bundle with HasL2Id](in: ValidIO[T], outs: Seq[ValidIO[T]]) {
outs.map(_.bits := in.bits)
outs.zipWithIndex.map { case (o,i) => o.valid := in.valid && in.bits.id === UInt(i) }
}
}
trait HasL2Id extends Bundle with CoherenceAgentParameters {
abstract class L2HellaCacheBundle(implicit val p: Parameters) extends ParameterizedBundle()(p)
with HasL2HellaCacheParameters
trait HasL2Id extends HasCoherenceAgentParameters {
val id = UInt(width = log2Up(nTransactors + 1))
}
trait HasL2InternalRequestState extends L2HellaCacheBundle {
trait HasL2InternalRequestState extends HasL2HellaCacheParameters {
val tag_match = Bool()
val meta = new L2Metadata
val way_en = Bits(width = nWays)
}
trait HasL2BeatAddr extends L2HellaCacheBundle {
trait HasL2BeatAddr extends HasL2HellaCacheParameters {
val addr_beat = UInt(width = log2Up(refillCycles))
}
trait HasL2Data extends L2HellaCacheBundle
trait HasL2Data extends HasL2HellaCacheParameters
with HasL2BeatAddr {
val data = UInt(width = rowBits)
def hasData(dummy: Int = 0) = Bool(true)
def hasMultibeatData(dummy: Int = 0) = Bool(refillCycles > 1)
}
class L2Metadata extends Metadata with L2HellaCacheParameters {
class L2Metadata(implicit p: Parameters) extends Metadata()(p) with HasL2HellaCacheParameters {
val coh = new HierarchicalMetadata
}
object L2Metadata {
def apply(tag: Bits, coh: HierarchicalMetadata) = {
def apply(tag: Bits, coh: HierarchicalMetadata)(implicit p: Parameters) = {
val meta = Wire(new L2Metadata)
meta.tag := tag
meta.coh := coh
@ -232,31 +238,33 @@ object L2Metadata {
}
}
class L2MetaReadReq extends MetaReadReq with HasL2Id {
class L2MetaReadReq(implicit p: Parameters) extends MetaReadReq()(p) with HasL2Id {
val tag = Bits(width = tagBits)
}
class L2MetaWriteReq extends MetaWriteReq[L2Metadata](new L2Metadata)
class L2MetaWriteReq(implicit p: Parameters) extends MetaWriteReq[L2Metadata](new L2Metadata)(p)
with HasL2Id {
override def cloneType = new L2MetaWriteReq().asInstanceOf[this.type]
}
class L2MetaResp extends L2HellaCacheBundle
class L2MetaResp(implicit p: Parameters) extends L2HellaCacheBundle()(p)
with HasL2Id
with HasL2InternalRequestState
trait HasL2MetaReadIO extends L2HellaCacheBundle {
trait HasL2MetaReadIO extends HasL2HellaCacheParameters {
val read = Decoupled(new L2MetaReadReq)
val resp = Valid(new L2MetaResp).flip
}
trait HasL2MetaWriteIO extends L2HellaCacheBundle {
trait HasL2MetaWriteIO extends HasL2HellaCacheParameters {
val write = Decoupled(new L2MetaWriteReq)
}
class L2MetaRWIO extends L2HellaCacheBundle with HasL2MetaReadIO with HasL2MetaWriteIO
class L2MetaRWIO(implicit p: Parameters) extends L2HellaCacheBundle()(p)
with HasL2MetaReadIO
with HasL2MetaWriteIO
class L2MetadataArray extends L2HellaCacheModule {
class L2MetadataArray(implicit p: Parameters) extends L2HellaCacheModule()(p) {
val io = new L2MetaRWIO().flip
def onReset = L2Metadata(UInt(0), HierarchicalMetadata.onReset)
@ -274,7 +282,7 @@ class L2MetadataArray extends L2HellaCacheModule {
val s2_tag_match = s2_tag_match_way.orR
val s2_hit_coh = Mux1H(s2_tag_match_way, wayMap((w: Int) => RegEnable(meta.io.resp(w).coh, s1_clk_en)))
val replacer = params(Replacer)()
val replacer = p(Replacer)()
val s1_replaced_way_en = UIntToOH(replacer.way)
val s2_replaced_way_en = UIntToOH(RegEnable(replacer.way, s1_clk_en))
val s2_repl_meta = Mux1H(s2_replaced_way_en, wayMap((w: Int) =>
@ -290,32 +298,36 @@ class L2MetadataArray extends L2HellaCacheModule {
io.resp.bits.way_en := Mux(s2_tag_match, s2_tag_match_way, s2_replaced_way_en)
}
class L2DataReadReq extends L2HellaCacheBundle
class L2DataReadReq(implicit p: Parameters) extends L2HellaCacheBundle()(p)
with HasL2BeatAddr
with HasL2Id {
val addr_idx = UInt(width = idxBits)
val way_en = Bits(width = nWays)
}
class L2DataWriteReq extends L2DataReadReq
class L2DataWriteReq(implicit p: Parameters) extends L2DataReadReq()(p)
with HasL2Data {
val wmask = Bits(width = rowBits/8)
}
class L2DataResp extends L2HellaCacheBundle with HasL2Id with HasL2Data
class L2DataResp(implicit p: Parameters) extends L2HellaCacheBundle()(p)
with HasL2Id
with HasL2Data
trait HasL2DataReadIO extends L2HellaCacheBundle {
trait HasL2DataReadIO extends HasL2HellaCacheParameters {
val read = Decoupled(new L2DataReadReq)
val resp = Valid(new L2DataResp).flip
}
trait HasL2DataWriteIO extends L2HellaCacheBundle {
trait HasL2DataWriteIO extends HasL2HellaCacheParameters {
val write = Decoupled(new L2DataWriteReq)
}
class L2DataRWIO extends L2HellaCacheBundle with HasL2DataReadIO with HasL2DataWriteIO
class L2DataRWIO(implicit p: Parameters) extends L2HellaCacheBundle()(p)
with HasL2DataReadIO
with HasL2DataWriteIO
class L2DataArray(delay: Int) extends L2HellaCacheModule {
class L2DataArray(delay: Int)(implicit p: Parameters) extends L2HellaCacheModule()(p) {
val io = new L2DataRWIO().flip
val array = SeqMem(Vec(Bits(width=8), rowBits/8), nWays*nSets*refillCycles)
@ -333,7 +345,8 @@ class L2DataArray(delay: Int) extends L2HellaCacheModule {
io.write.ready := Bool(true)
}
class L2HellaCacheBank extends HierarchicalCoherenceAgent with L2HellaCacheParameters {
class L2HellaCacheBank(implicit p: Parameters) extends HierarchicalCoherenceAgent()(p)
with HasL2HellaCacheParameters {
require(isPow2(nSets))
require(isPow2(nWays))
@ -347,12 +360,13 @@ class L2HellaCacheBank extends HierarchicalCoherenceAgent with L2HellaCacheParam
data.io <> tshrfile.io.data
}
class TSHRFileIO extends HierarchicalTLIO {
class TSHRFileIO(implicit p: Parameters) extends HierarchicalTLIO()(p) {
val meta = new L2MetaRWIO
val data = new L2DataRWIO
}
class TSHRFile extends L2HellaCacheModule with HasCoherenceAgentWiringHelpers {
class TSHRFile(implicit p: Parameters) extends L2HellaCacheModule()(p)
with HasCoherenceAgentWiringHelpers {
val io = new TSHRFileIO
// Create TSHRs for outstanding transactions
@ -418,15 +432,16 @@ class TSHRFile extends L2HellaCacheModule with HasCoherenceAgentWiringHelpers {
}
class L2XactTrackerIO extends HierarchicalXactTrackerIO {
class L2XactTrackerIO(implicit p: Parameters) extends HierarchicalXactTrackerIO()(p) {
val data = new L2DataRWIO
val meta = new L2MetaRWIO
val wb = new L2WritebackIO
}
abstract class L2XactTracker extends XactTracker with L2HellaCacheParameters {
abstract class L2XactTracker(implicit p: Parameters) extends XactTracker()(p)
with HasL2HellaCacheParameters {
class CacheBlockBuffer { // TODO
val buffer = Reg(Bits(width = params(CacheBlockBytes)*8))
val buffer = Reg(Bits(width = p(CacheBlockBytes)*8))
def internal = Vec(Bits(width = rowBits), internalDataBeats).fromBits(buffer)
def inner = Vec(Bits(width = innerDataBits), innerDataBeats).fromBits(buffer)
@ -440,29 +455,29 @@ abstract class L2XactTracker extends XactTracker with L2HellaCacheParameters {
} else { (UInt(0), inc) }
}
def connectInternalDataBeatCounter[T <: HasL2BeatAddr](
def connectInternalDataBeatCounter[T <: L2HellaCacheBundle with HasL2BeatAddr](
in: DecoupledIO[T],
beat: UInt = UInt(0),
full_block: Bool = Bool(true)): (UInt, Bool) = {
connectDataBeatCounter(in.fire(), in.bits, beat, full_block)
}
def connectInternalDataBeatCounter[T <: HasL2Data](
def connectInternalDataBeatCounter[T <: L2HellaCacheBundle with HasL2Data](
in: ValidIO[T],
full_block: Bool): Bool = {
connectDataBeatCounter(in.valid, in.bits, UInt(0), full_block)._2
}
def addPendingBitInternal[T <: HasL2BeatAddr](in: DecoupledIO[T]) =
def addPendingBitInternal[T <: L2HellaCacheBundle with HasL2BeatAddr](in: DecoupledIO[T]) =
Fill(in.bits.refillCycles, in.fire()) & UIntToOH(in.bits.addr_beat)
def addPendingBitInternal[T <: HasL2BeatAddr](in: ValidIO[T]) =
def addPendingBitInternal[T <: L2HellaCacheBundle with HasL2BeatAddr](in: ValidIO[T]) =
Fill(in.bits.refillCycles, in.valid) & UIntToOH(in.bits.addr_beat)
def dropPendingBit[T <: HasL2BeatAddr] (in: DecoupledIO[T]) =
def dropPendingBit[T <: L2HellaCacheBundle with HasL2BeatAddr] (in: DecoupledIO[T]) =
~Fill(in.bits.refillCycles, in.fire()) | ~UIntToOH(in.bits.addr_beat)
def dropPendingBitInternal[T <: HasL2BeatAddr] (in: ValidIO[T]) =
def dropPendingBitInternal[T <: L2HellaCacheBundle with HasL2BeatAddr] (in: ValidIO[T]) =
~Fill(in.bits.refillCycles, in.valid) | ~UIntToOH(in.bits.addr_beat)
def addPendingBitWhenBeatHasPartialWritemask(in: DecoupledIO[AcquireFromSrc]): UInt = {
@ -474,10 +489,10 @@ abstract class L2XactTracker extends XactTracker with L2HellaCacheParameters {
def pinAllReadyValidLow[T <: Data](b: Bundle) {
b.elements.foreach {
_._2 match {
case d: DecoupledIO[T] =>
case d: DecoupledIO[_] =>
if(d.ready.dir == OUTPUT) d.ready := Bool(false)
else if(d.valid.dir == OUTPUT) d.valid := Bool(false)
case v: ValidIO[T] => if(v.valid.dir == OUTPUT) v.valid := Bool(false)
case v: ValidIO[_] => if(v.valid.dir == OUTPUT) v.valid := Bool(false)
case b: Bundle => pinAllReadyValidLow(b)
case _ =>
}
@ -485,14 +500,14 @@ abstract class L2XactTracker extends XactTracker with L2HellaCacheParameters {
}
}
class L2VoluntaryReleaseTracker(trackerId: Int) extends L2XactTracker {
class L2VoluntaryReleaseTracker(trackerId: Int)(implicit p: Parameters) extends L2XactTracker()(p) {
val io = new L2XactTrackerIO
pinAllReadyValidLow(io)
val s_idle :: s_meta_read :: s_meta_resp :: s_busy :: s_meta_write :: Nil = Enum(UInt(), 5)
val state = Reg(init=s_idle)
val xact = Reg(Bundle(new ReleaseFromSrc, { case TLId => params(InnerTLId); case TLDataBits => 0 }))
val xact = Reg(Bundle(new ReleaseFromSrc, { case TLId => p(InnerTLId); case TLDataBits => 0 }))
val data_buffer = Reg(init=Vec.fill(innerDataBeats)(UInt(0, width = innerDataBits)))
val xact_way_en = Reg{ Bits(width = nWays) }
val xact_old_meta = Reg{ new L2Metadata }
@ -579,7 +594,7 @@ class L2VoluntaryReleaseTracker(trackerId: Int) extends L2XactTracker {
}
class L2AcquireTracker(trackerId: Int) extends L2XactTracker {
class L2AcquireTracker(trackerId: Int)(implicit p: Parameters) extends L2XactTracker()(p) {
val io = new L2XactTrackerIO
pinAllReadyValidLow(io)
@ -587,7 +602,7 @@ class L2AcquireTracker(trackerId: Int) extends L2XactTracker {
val state = Reg(init=s_idle)
// State holding transaction metadata
val xact = Reg(Bundle(new AcquireFromSrc, { case TLId => params(InnerTLId) }))
val xact = Reg(Bundle(new AcquireFromSrc, { case TLId => p(InnerTLId) }))
val data_buffer = Reg(init=Vec.fill(innerDataBeats)(UInt(0, width = innerDataBits)))
val wmask_buffer = Reg(init=Vec.fill(innerDataBeats)(UInt(0, width = innerDataBits/8)))
val xact_tag_match = Reg{ Bool() }
@ -667,15 +682,15 @@ class L2AcquireTracker(trackerId: Int) extends L2XactTracker {
wmask_buffer(beat) := ~UInt(0, wmask_buffer.head.getWidth)
when(xact.is(Acquire.putAtomicType) && xact.addr_beat === beat) { amo_result := old_data }
}
def mergeDataInternal[T <: HasL2Data with HasL2BeatAddr](in: ValidIO[T]) {
def mergeDataInternal[T <: L2HellaCacheBundle with HasL2Data with HasL2BeatAddr](in: ValidIO[T]) {
when(in.valid) { mergeData(rowBits)(in.bits.addr_beat, in.bits.data) }
}
def mergeDataInner[T <: HasTileLinkData with HasTileLinkBeatId](in: DecoupledIO[T]) {
def mergeDataInner[T <: TLBundle with HasTileLinkData with HasTileLinkBeatId](in: DecoupledIO[T]) {
when(in.fire() && in.bits.hasData()) {
mergeData(innerDataBits)(in.bits.addr_beat, in.bits.data)
}
}
def mergeDataOuter[T <: HasTileLinkData with HasTileLinkBeatId](in: DecoupledIO[T]) {
def mergeDataOuter[T <: TLBundle with HasTileLinkData with HasTileLinkBeatId](in: DecoupledIO[T]) {
when(in.fire() && in.bits.hasData()) {
mergeData(outerDataBits)(in.bits.addr_beat, in.bits.data)
}
@ -956,24 +971,24 @@ class L2AcquireTracker(trackerId: Int) extends L2XactTracker {
"AcquireTracker accepted data beat from different network source than initial request.")
}
class L2WritebackReq extends L2Metadata with HasL2Id {
class L2WritebackReq(implicit p: Parameters) extends L2Metadata()(p) with HasL2Id {
val idx = Bits(width = idxBits)
val way_en = Bits(width = nWays)
}
class L2WritebackResp extends L2HellaCacheBundle with HasL2Id
class L2WritebackResp(implicit p: Parameters) extends L2HellaCacheBundle()(p) with HasL2Id
class L2WritebackIO extends L2HellaCacheBundle {
class L2WritebackIO(implicit p: Parameters) extends L2HellaCacheBundle()(p) {
val req = Decoupled(new L2WritebackReq)
val resp = Valid(new L2WritebackResp).flip
}
class L2WritebackUnitIO extends HierarchicalXactTrackerIO {
class L2WritebackUnitIO(implicit p: Parameters) extends HierarchicalXactTrackerIO()(p) {
val wb = new L2WritebackIO().flip
val data = new L2DataRWIO
}
class L2WritebackUnit(trackerId: Int) extends L2XactTracker {
class L2WritebackUnit(trackerId: Int)(implicit p: Parameters) extends L2XactTracker()(p) {
val io = new L2WritebackUnitIO
pinAllReadyValidLow(io)

82
uncore/src/main/scala/coherence.scala
View File

@ -8,10 +8,10 @@ import Chisel._
* HasClientSideCoherencePolicy, for client coherence agents
* HasManagerSideCoherencePolicy, for manager coherence agents
*/
abstract class CoherencePolicy(val dir: DirectoryRepresentation) extends
HasCustomTileLinkMessageTypes with
HasClientSideCoherencePolicy with
HasManagerSideCoherencePolicy
abstract class CoherencePolicy(val dir: DirectoryRepresentation)
extends HasCustomTileLinkMessageTypes
with HasClientSideCoherencePolicy
with HasManagerSideCoherencePolicy
/** This API defines the custom, coherence-policy-defined message types,
* as opposed to the built-in ones found in tilelink.scala.
@ -73,7 +73,6 @@ trait HasClientSideCoherencePolicy {
def getReleaseType(p: Probe, meta: ClientMetadata): UInt
// Mutate ClientMetadata based on messages or cmds
def clientMetadataOnReset: ClientMetadata
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata): ClientMetadata
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata): ClientMetadata
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata): ClientMetadata
@ -101,12 +100,11 @@ trait HasManagerSideCoherencePolicy extends HasDirectoryRepresentation {
def getExclusiveGrantType(): UInt
// Mutate ManagerMetadata based on messages or cmds
def managerMetadataOnReset: ManagerMetadata
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata): ManagerMetadata
def managerMetadataOnGrant(outgoing: Grant, dst: UInt, meta: ManagerMetadata) =
ManagerMetadata(sharers=Mux(outgoing.isBuiltInType(), // Assumes all built-ins are uncached
meta.sharers,
dir.push(meta.sharers, dst)))
dir.push(meta.sharers, dst)))(meta.p)
//state = meta.state) TODO: Fix 0-width wires in Chisel
}
@ -158,19 +156,17 @@ class MICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
probeInvalidate -> getReleaseType(M_FLUSH, meta),
probeCopy -> getReleaseType(M_CLEAN, meta)))
def clientMetadataOnReset = ClientMetadata(clientInvalid)
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata) = meta
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(Mux(cmd === M_FLUSH, clientInvalid, meta.state))
ClientMetadata(Mux(cmd === M_FLUSH, clientInvalid, meta.state))(meta.p)
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata) =
ClientMetadata(Mux(incoming.isBuiltInType(), clientInvalid, clientValid))
ClientMetadata(Mux(incoming.isBuiltInType(), clientInvalid, clientValid))(meta.p)
def clientMetadataOnProbe(incoming: Probe, meta: ClientMetadata) =
ClientMetadata(Mux(incoming.p_type === probeInvalidate,
clientInvalid, meta.state))
clientInvalid, meta.state))(meta.p)
// Manager states and functions:
val nManagerStates = 0 // We don't actually need any states for this protocol
@ -196,10 +192,8 @@ class MICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
def getGrantType(a: Acquire, meta: ManagerMetadata): UInt = grantExclusive
def getExclusiveGrantType(): UInt = grantExclusive
def managerMetadataOnReset = ManagerMetadata()
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata) = {
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))(meta.p)
MuxBundle(meta, Array(
incoming.is(releaseInvalidateData) -> popped,
incoming.is(releaseInvalidateAck) -> popped))
@ -252,28 +246,26 @@ class MEICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
probeDowngrade -> getReleaseType(M_PRODUCE, meta),
probeCopy -> getReleaseType(M_CLEAN, meta)))
def clientMetadataOnReset = ClientMetadata(clientInvalid)
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))(meta.p)
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
MuxLookup(cmd, meta.state, Array(
M_FLUSH -> clientInvalid,
M_CLEAN -> Mux(meta.state === clientExclusiveDirty, clientExclusiveClean, meta.state))))
M_CLEAN -> Mux(meta.state === clientExclusiveDirty, clientExclusiveClean, meta.state))))(meta.p)
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
Mux(incoming.isBuiltInType(), clientInvalid,
Mux(isWrite(cmd), clientExclusiveDirty, clientExclusiveClean)))
Mux(isWrite(cmd), clientExclusiveDirty, clientExclusiveClean)))(meta.p)
def clientMetadataOnProbe(incoming: Probe, meta: ClientMetadata) =
ClientMetadata(
MuxLookup(incoming.p_type, meta.state, Array(
probeInvalidate -> clientInvalid,
probeDowngrade -> clientExclusiveClean,
probeCopy -> meta.state)))
probeCopy -> meta.state)))(meta.p)
// Manager states and functions:
val nManagerStates = 0 // We don't actually need any states for this protocol
@ -299,10 +291,8 @@ class MEICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
def getGrantType(a: Acquire, meta: ManagerMetadata): UInt = grantExclusive
def getExclusiveGrantType(): UInt = grantExclusive
def managerMetadataOnReset = ManagerMetadata()
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata) = {
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))(meta.p)
MuxBundle(meta, Array(
incoming.is(releaseInvalidateData) -> popped,
incoming.is(releaseInvalidateAck) -> popped))
@ -355,17 +345,15 @@ class MSICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
probeDowngrade -> getReleaseType(M_PRODUCE, meta),
probeCopy -> getReleaseType(M_CLEAN, meta)))
def clientMetadataOnReset = ClientMetadata(clientInvalid)
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))(meta.p)
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
MuxLookup(cmd, meta.state, Array(
M_FLUSH -> clientInvalid,
M_PRODUCE -> Mux(clientStatesWithWritePermission.contains(meta.state),
clientShared, meta.state))))
clientShared, meta.state))))(meta.p)
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
@ -373,14 +361,14 @@ class MSICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
MuxLookup(incoming.g_type, clientInvalid, Array(
grantShared -> clientShared,
grantExclusive -> clientExclusiveDirty,
grantExclusiveAck -> clientExclusiveDirty))))
grantExclusiveAck -> clientExclusiveDirty))))(meta.p)
def clientMetadataOnProbe(incoming: Probe, meta: ClientMetadata) =
ClientMetadata(
MuxLookup(incoming.p_type, meta.state, Array(
probeInvalidate -> clientInvalid,
probeDowngrade -> clientShared,
probeCopy -> meta.state)))
probeCopy -> meta.state)))(meta.p)
// Manager states and functions:
val nManagerStates = 0 // TODO: We could add a Shared state to avoid probing
@ -418,10 +406,8 @@ class MSICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
grantExclusive)
def getExclusiveGrantType(): UInt = grantExclusive
def managerMetadataOnReset = ManagerMetadata()
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata) = {
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))(meta.p)
MuxBundle(meta, Array(
incoming.is(releaseInvalidateData) -> popped,
incoming.is(releaseInvalidateAck) -> popped))
@ -474,10 +460,8 @@ class MESICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
probeDowngrade -> getReleaseType(M_PRODUCE, meta),
probeCopy -> getReleaseType(M_CLEAN, meta)))
def clientMetadataOnReset = ClientMetadata(clientInvalid)
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))
ClientMetadata(Mux(isWrite(cmd), clientExclusiveDirty, meta.state))(meta.p)
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
@ -485,7 +469,8 @@ class MESICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
M_FLUSH -> clientInvalid,
M_PRODUCE -> Mux(clientStatesWithWritePermission.contains(meta.state),
clientShared, meta.state),
M_CLEAN -> Mux(meta.state === clientExclusiveDirty, clientExclusiveClean, meta.state))))
M_CLEAN -> Mux(meta.state === clientExclusiveDirty,
clientExclusiveClean, meta.state))))(meta.p)
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
@ -493,14 +478,14 @@ class MESICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
MuxLookup(incoming.g_type, clientInvalid, Array(
grantShared -> clientShared,
grantExclusive -> Mux(isWrite(cmd), clientExclusiveDirty, clientExclusiveClean),
grantExclusiveAck -> clientExclusiveDirty))))
grantExclusiveAck -> clientExclusiveDirty))))(meta.p)
def clientMetadataOnProbe(incoming: Probe, meta: ClientMetadata) =
ClientMetadata(
MuxLookup(incoming.p_type, meta.state, Array(
probeInvalidate -> clientInvalid,
probeDowngrade -> clientShared,
probeCopy -> meta.state)))
probeCopy -> meta.state)))(meta.p)
// Manager states and functions:
val nManagerStates = 0 // TODO: We could add a Shared state to avoid probing
@ -538,10 +523,8 @@ class MESICoherence(dir: DirectoryRepresentation) extends CoherencePolicy(dir) {
grantExclusive)
def getExclusiveGrantType(): UInt = grantExclusive
def managerMetadataOnReset = ManagerMetadata()
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata) = {
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))(meta.p)
MuxBundle(meta, Array(
incoming.is(releaseInvalidateData) -> popped,
incoming.is(releaseInvalidateAck) -> popped))
@ -605,14 +588,12 @@ class MigratoryCoherence(dir: DirectoryRepresentation) extends CoherencePolicy(d
Mux(dirty, with_data, without_data)
}
def clientMetadataOnReset = ClientMetadata(clientInvalid)
def clientMetadataOnHit(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
Mux(isWrite(cmd), MuxLookup(meta.state, clientExclusiveDirty, Array(
clientExclusiveClean -> clientExclusiveDirty,
clientMigratoryClean -> clientMigratoryDirty)),
meta.state))
meta.state))(meta.p)
def clientMetadataOnCacheControl(cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
@ -622,7 +603,7 @@ class MigratoryCoherence(dir: DirectoryRepresentation) extends CoherencePolicy(d
clientShared, meta.state),
M_CLEAN -> MuxLookup(meta.state, meta.state, Array(
clientExclusiveDirty -> clientExclusiveClean,
clientMigratoryDirty -> clientMigratoryClean)))))
clientMigratoryDirty -> clientMigratoryClean)))))(meta.p)
def clientMetadataOnGrant(incoming: Grant, cmd: UInt, meta: ClientMetadata) =
ClientMetadata(
@ -631,7 +612,8 @@ class MigratoryCoherence(dir: DirectoryRepresentation) extends CoherencePolicy(d
grantShared -> clientShared,
grantExclusive -> Mux(isWrite(cmd), clientExclusiveDirty, clientExclusiveClean),
grantExclusiveAck -> clientExclusiveDirty,
grantReadMigratory -> Mux(isWrite(cmd), clientMigratoryDirty, clientMigratoryClean)))))
grantReadMigratory -> Mux(isWrite(cmd),
clientMigratoryDirty, clientMigratoryClean)))))(meta.p)
def clientMetadataOnProbe(incoming: Probe, meta: ClientMetadata) =
ClientMetadata(
@ -644,7 +626,7 @@ class MigratoryCoherence(dir: DirectoryRepresentation) extends CoherencePolicy(d
clientExclusiveDirty -> clientSharedByTwo,
clientSharedByTwo -> clientShared,
clientMigratoryClean -> clientSharedByTwo,
clientMigratoryDirty -> clientInvalid)))))
clientMigratoryDirty -> clientInvalid)))))(meta.p)
// Manager states and functions:
val nManagerStates = 0 // TODO: we could add some states to reduce the number of message types
@ -681,10 +663,8 @@ class MigratoryCoherence(dir: DirectoryRepresentation) extends CoherencePolicy(d
acquireInvalidateOthers -> grantExclusiveAck)) //TODO: add this to MESI for broadcast?
def getExclusiveGrantType(): UInt = grantExclusive
def managerMetadataOnReset = ManagerMetadata()
def managerMetadataOnRelease(incoming: Release, src: UInt, meta: ManagerMetadata) = {
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))
val popped = ManagerMetadata(sharers=dir.pop(meta.sharers, src))(meta.p)
MuxBundle(meta, Array(
incoming.is(releaseInvalidateData) -> popped,
incoming.is(releaseInvalidateAck) -> popped,

101
uncore/src/main/scala/htif.scala
View File

@ -4,57 +4,58 @@ package uncore
import Chisel._
import Chisel.ImplicitConversions._
import junctions.SMIIO
import junctions._
case object HTIFWidth extends Field[Int]
case object HTIFNSCR extends Field[Int]
case object HTIFOffsetBits extends Field[Int]
case object HTIFNCores extends Field[Int]
case object HTIFSCRDataBits extends Field[Int]
case object HtifKey extends Field[HtifParameters]
abstract trait HTIFParameters extends UsesParameters {
val dataBits = params(TLDataBits)
val dataBeats = params(TLDataBeats)
val w = params(HTIFWidth)
val nSCR = params(HTIFNSCR)
val scrAddrBits = log2Up(nSCR)
val scrDataBits = params(HTIFSCRDataBits)
val scrDataBytes = scrDataBits / 8
val offsetBits = params(HTIFOffsetBits)
val nCores = params(HTIFNCores)
case class HtifParameters(width: Int, nCores: Int, offsetBits: Int, nSCR: Int = 64)
trait HasHtifParameters {
implicit val p: Parameters
lazy val external = p(HtifKey)
lazy val dataBits = p(TLDataBits)
lazy val dataBeats = p(TLDataBeats)
lazy val w = external.width
lazy val nSCR = external.nSCR
lazy val scrAddrBits = log2Up(nSCR)
lazy val scrDataBits = 64
lazy val scrDataBytes = scrDataBits / 8
lazy val offsetBits = external.offsetBits
lazy val nCores = external.nCores
}
abstract class HTIFBundle extends Bundle with HTIFParameters
abstract class HtifModule(implicit val p: Parameters) extends Module with HasHtifParameters
abstract class HtifBundle(implicit val p: Parameters) extends ParameterizedBundle()(p)
with HasHtifParameters
class HostIO extends HTIFBundle
{
class HostIO(implicit p: Parameters) extends HtifBundle()(p) {
val clk = Bool(OUTPUT)
val clk_edge = Bool(OUTPUT)
val in = Decoupled(Bits(width = w)).flip
val out = Decoupled(Bits(width = w))
val debug_stats_pcr = Bool(OUTPUT)
val debug_stats_csr = Bool(OUTPUT)
}
class HTIFIO extends HTIFBundle {
class HtifIO(implicit p: Parameters) extends HtifBundle()(p) {
val reset = Bool(INPUT)
val id = UInt(INPUT, log2Up(nCores))
val pcr = new SMIIO(scrDataBits, 12).flip
val csr = new SMIIO(scrDataBits, 12).flip
val ipi_req = Decoupled(Bits(width = log2Up(nCores)))
val ipi_rep = Decoupled(Bool()).flip
val debug_stats_pcr = Bool(OUTPUT)
val debug_stats_csr = Bool(OUTPUT)
// wired directly to stats register
// expected to be used to quickly indicate to testbench to do logging b/c in 'interesting' work
}
class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
class Htif(csr_RESET: Int)(implicit val p: Parameters) extends Module with HasHtifParameters {
val io = new Bundle {
val host = new HostIO
val cpu = Vec(new HTIFIO, nCores).flip
val cpu = Vec(new HtifIO, nCores).flip
val mem = new ClientUncachedTileLinkIO
val scr = new SMIIO(scrDataBits, scrAddrBits)
}
io.host.debug_stats_pcr := io.cpu.map(_.debug_stats_pcr).reduce(_||_)
io.host.debug_stats_csr := io.cpu.map(_.debug_stats_csr).reduce(_||_)
// system is 'interesting' if any tile is 'interesting'
val short_request_bits = 64
@ -93,9 +94,9 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
val cmd_readmem :: cmd_writemem :: cmd_readcr :: cmd_writecr :: cmd_ack :: cmd_nack :: Nil = Enum(UInt(), 6)
val pcr_addr = addr(io.cpu(0).pcr.req.bits.addr.getWidth-1, 0)
val pcr_coreid = addr(log2Up(nCores)-1+20+1,20)
val pcr_wdata = packet_ram(0)
val csr_addr = addr(io.cpu(0).csr.req.bits.addr.getWidth-1, 0)
val csr_coreid = addr(log2Up(nCores)-1+20+1,20)
val csr_wdata = packet_ram(0)
val bad_mem_packet = size(offsetBits-1-3,0).orR || addr(offsetBits-1-3,0).orR
val nack = Mux(cmd === cmd_readmem || cmd === cmd_writemem, bad_mem_packet,
@ -114,7 +115,7 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
val tx_size = Mux(!nack && (cmd === cmd_readmem || cmd === cmd_readcr || cmd === cmd_writecr), size, UInt(0))
val tx_done = io.host.out.ready && tx_subword_count.andR && (tx_word_count === tx_size || tx_word_count > UInt(0) && packet_ram_raddr.andR)
val state_rx :: state_pcr_req :: state_pcr_resp :: state_mem_rreq :: state_mem_wreq :: state_mem_rresp :: state_mem_wresp :: state_tx :: Nil = Enum(UInt(), 8)
val state_rx :: state_csr_req :: state_csr_resp :: state_mem_rreq :: state_mem_wreq :: state_mem_rresp :: state_mem_wresp :: state_tx :: Nil = Enum(UInt(), 8)
val state = Reg(init=state_rx)
val (cnt, cnt_done) = Counter((state === state_mem_wreq && io.mem.acquire.ready) ||
@ -123,7 +124,7 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
when (state === state_rx && rx_done) {
state := Mux(rx_cmd === cmd_readmem, state_mem_rreq,
Mux(rx_cmd === cmd_writemem, state_mem_wreq,
Mux(rx_cmd === cmd_readcr || rx_cmd === cmd_writecr, state_pcr_req,
Mux(rx_cmd === cmd_readcr || rx_cmd === cmd_writecr, state_csr_req,
state_tx)))
}
when (state === state_mem_wreq) {
@ -171,17 +172,17 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
GetBlock(addr_block = init_addr))
io.mem.grant.ready := Bool(true)
val pcrReadData = Reg(Bits(width = io.cpu(0).pcr.resp.bits.getWidth))
val csrReadData = Reg(Bits(width = io.cpu(0).csr.resp.bits.getWidth))
for (i <- 0 until nCores) {
val my_reset = Reg(init=Bool(true))
val my_ipi = Reg(init=Bool(false))
val cpu = io.cpu(i)
val me = pcr_coreid === UInt(i)
cpu.pcr.req.valid := state === state_pcr_req && me && pcr_addr != UInt(pcr_RESET)
cpu.pcr.req.bits.rw := cmd === cmd_writecr
cpu.pcr.req.bits.addr := pcr_addr
cpu.pcr.req.bits.data := pcr_wdata
val me = csr_coreid === UInt(i)
cpu.csr.req.valid := state === state_csr_req && me && csr_addr != UInt(csr_RESET)
cpu.csr.req.bits.rw := cmd === cmd_writecr
cpu.csr.req.bits.addr := csr_addr
cpu.csr.req.bits.data := csr_wdata
cpu.reset := my_reset
when (cpu.ipi_rep.ready) {
@ -195,32 +196,32 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
}
}
when (cpu.pcr.req.fire()) { state := state_pcr_resp }
when (cpu.csr.req.fire()) { state := state_csr_resp }
when (state === state_pcr_req && me && pcr_addr === UInt(pcr_RESET)) {
when (state === state_csr_req && me && csr_addr === UInt(csr_RESET)) {
when (cmd === cmd_writecr) {
my_reset := pcr_wdata(0)
my_reset := csr_wdata(0)
}
pcrReadData := my_reset.toBits
csrReadData := my_reset.toBits
state := state_tx
}
cpu.pcr.resp.ready := Bool(true)
when (state === state_pcr_resp && cpu.pcr.resp.valid) {
pcrReadData := cpu.pcr.resp.bits
cpu.csr.resp.ready := Bool(true)
when (state === state_csr_resp && cpu.csr.resp.valid) {
csrReadData := cpu.csr.resp.bits
state := state_tx
}
}
io.scr.req.valid := (state === state_pcr_req && pcr_coreid.andR)
io.scr.req.valid := (state === state_csr_req && csr_coreid.andR)
io.scr.req.bits.addr := addr(scrAddrBits - 1, 0).toUInt
io.scr.req.bits.data := pcr_wdata
io.scr.req.bits.data := csr_wdata
io.scr.req.bits.rw := (cmd === cmd_writecr)
io.scr.resp.ready := Bool(true)
when (io.scr.req.fire()) { state := state_pcr_resp }
when (state === state_pcr_resp && io.scr.resp.valid) {
pcrReadData := io.scr.resp.bits
when (io.scr.req.fire()) { state := state_csr_resp }
when (state === state_csr_resp && io.scr.resp.valid) {
csrReadData := io.scr.resp.bits
state := state_tx
}
@ -228,7 +229,7 @@ class HTIF(pcr_RESET: Int) extends Module with HTIFParameters {
val tx_cmd_ext = Cat(Bits(0, 4-tx_cmd.getWidth), tx_cmd)
val tx_header = Cat(addr, seqno, tx_size, tx_cmd_ext)
val tx_data = Mux(tx_word_count === UInt(0), tx_header,
Mux(cmd === cmd_readcr || cmd === cmd_writecr, pcrReadData,
Mux(cmd === cmd_readcr || cmd === cmd_writecr, csrReadData,
packet_ram(packet_ram_raddr)))
io.host.in.ready := state === state_rx

58
uncore/src/main/scala/metadata.scala
View File

@ -4,9 +4,8 @@ package uncore
import Chisel._
/** Base class to represent coherence information in clients and managers */
abstract class CoherenceMetadata extends Bundle {
val co = params(TLCoherencePolicy)
val id = params(TLId)
abstract class CoherenceMetadata(implicit p: Parameters) extends TLBundle()(p) {
val co = tlCoh
}
/** Stores the client-side coherence information,
@ -14,7 +13,7 @@ abstract class CoherenceMetadata extends Bundle {
* Its API can be used to make TileLink messages in response to
* memory operations or [[uncore.Probe]] messages.
*/
class ClientMetadata extends CoherenceMetadata {
class ClientMetadata(implicit p: Parameters) extends CoherenceMetadata()(p) {
/** Actual state information stored in this bundle */
val state = UInt(width = co.clientStateWidth)
@ -53,8 +52,7 @@ class ClientMetadata extends CoherenceMetadata {
a_type = co.getAcquireType(op_code, this),
client_xact_id = client_xact_id,
addr_block = addr_block,
union = Cat(op_code, Bool(true))),
{ case TLId => id })
union = Cat(op_code, Bool(true)))(p))
}
/** Constructs a Release message based on this metadata on cache control op
@ -76,7 +74,7 @@ class ClientMetadata extends CoherenceMetadata {
client_xact_id = client_xact_id,
addr_block = addr_block,
addr_beat = addr_beat,
data = data), { case TLId => id })
data = data)(p))
}
/** Constructs a Release message based on this metadata on an eviction
@ -114,7 +112,7 @@ class ClientMetadata extends CoherenceMetadata {
client_xact_id = UInt(0),
addr_block = prb.addr_block,
addr_beat = addr_beat,
data = data), { case TLId => id })
data = data)(p))
}
/** New metadata after receiving a [[uncore.Grant]]
@ -123,38 +121,38 @@ class ClientMetadata extends CoherenceMetadata {
* @param pending the mem op that triggered this transaction
*/
def onGrant(incoming: Grant, pending: UInt): ClientMetadata =
Bundle(co.clientMetadataOnGrant(incoming, pending, this), { case TLId => id })
co.clientMetadataOnGrant(incoming, pending, this)
/** New metadata after receiving a [[uncore.Probe]]
*
* @param incoming the incoming [[uncore.Probe]]
*/
def onProbe(incoming: Probe): ClientMetadata =
Bundle(co.clientMetadataOnProbe(incoming, this), { case TLId => id })
co.clientMetadataOnProbe(incoming, this)
/** New metadata after a op_code hits this block
*
* @param op_code a memory operation from [[uncore.constants.MemoryOpConstants]]
*/
def onHit(op_code: UInt): ClientMetadata =
Bundle(co.clientMetadataOnHit(op_code, this), { case TLId => id })
co.clientMetadataOnHit(op_code, this)
/** New metadata after op_code releases permissions on this block
*
* @param op_code a memory operation from [[uncore.constants.MemoryOpConstants]]
*/
def onCacheControl(op_code: UInt): ClientMetadata =
Bundle(co.clientMetadataOnCacheControl(op_code, this), { case TLId => id })
co.clientMetadataOnCacheControl(op_code, this)
}
/** Factories for ClientMetadata, including on reset */
object ClientMetadata {
def apply(state: UInt) = {
def apply(state: UInt)(implicit p: Parameters) = {
val meta = Wire(new ClientMetadata)
meta.state := state
meta
}
def onReset = new ClientMetadata().co.clientMetadataOnReset
def onReset(implicit p: Parameters) = ClientMetadata(UInt(0))(p) // TODO: assumes clientInvalid === 0
}
/** Stores manager-side information about the status
@ -162,7 +160,7 @@ object ClientMetadata {
*
* Its API can be used to create [[uncore.Probe]] and [[uncore.Grant]] messages.
*/
class ManagerMetadata extends CoherenceMetadata {
class ManagerMetadata(implicit p: Parameters) extends CoherenceMetadata()(p) {
// Currently no coherence policies assume manager-side state information
// val state = UInt(width = co.masterStateWidth) TODO: Fix 0-width wires in Chisel
@ -191,7 +189,7 @@ class ManagerMetadata extends CoherenceMetadata {
* @param acq Acquire message triggering this Probe
*/
def makeProbe(dst: UInt, acq: Acquire): ProbeToDst =
Bundle(Probe(dst, co.getProbeType(acq, this), acq.addr_block), { case TLId => id })
Bundle(Probe(dst, co.getProbeType(acq, this), acq.addr_block)(p))
/** Construct an appropriate [[uncore.ProbeToDst]] for a given mem op
*
@ -200,7 +198,7 @@ class ManagerMetadata extends CoherenceMetadata {
* @param addr_block address of the cache block being probed
*/
def makeProbe(dst: UInt, op_code: UInt, addr_block: UInt): ProbeToDst =
Bundle(Probe(dst, co.getProbeType(op_code, this), addr_block), { case TLId => id })
Bundle(Probe(dst, co.getProbeType(op_code, this), addr_block)(p))
/** Construct an appropriate [[uncore.ProbeToDst]] for an eviction
*
@ -221,7 +219,7 @@ class ManagerMetadata extends CoherenceMetadata {
is_builtin_type = Bool(true),
g_type = Grant.voluntaryAckType,
client_xact_id = rel.client_xact_id,
manager_xact_id = manager_xact_id), { case TLId => id })
manager_xact_id = manager_xact_id)(p))
}
/** Construct an appropriate [[uncore.GrantToDst]] to respond to an [[uncore.Acquire]]
@ -247,7 +245,7 @@ class ManagerMetadata extends CoherenceMetadata {
client_xact_id = acq.client_xact_id,
manager_xact_id = manager_xact_id,
addr_beat = addr_beat,
data = data), { case TLId => id })
data = data)(p))
}
/** Construct an [[uncore.GrantToDst]] to respond to an [[uncore.Acquire]] with some overrides
@ -275,31 +273,31 @@ class ManagerMetadata extends CoherenceMetadata {
* @param incoming the incoming [[uncore.ReleaseFromSrc]]
*/
def onRelease(incoming: ReleaseFromSrc): ManagerMetadata =
Bundle(co.managerMetadataOnRelease(incoming, incoming.client_id, this), { case TLId => id })
co.managerMetadataOnRelease(incoming, incoming.client_id, this)
/** New metadata after sending a [[uncore.GrantToDst]]
*
* @param outgoing the outgoing [[uncore.GrantToDst]]
*/
def onGrant(outgoing: GrantToDst): ManagerMetadata =
Bundle(co.managerMetadataOnGrant(outgoing, outgoing.client_id, this), { case TLId => id })
co.managerMetadataOnGrant(outgoing, outgoing.client_id, this)
}
/** Factories for ManagerMetadata, including on reset */
object ManagerMetadata {
def apply(sharers: UInt, state: UInt = UInt(width = 0)) = {
def apply(sharers: UInt, state: UInt = UInt(width = 0))(implicit p: Parameters) = {
val meta = Wire(new ManagerMetadata)
//meta.state := state TODO: Fix 0-width wires in Chisel
meta.sharers := sharers
meta
}
def apply() = {
def apply(implicit p: Parameters) = {
val meta = Wire(new ManagerMetadata)
//meta.state := UInt(width = 0) TODO: Fix 0-width wires in Chisel
meta.sharers := meta.co.dir.flush
meta
}
def onReset = new ManagerMetadata().co.managerMetadataOnReset
def onReset(implicit p: Parameters) = ManagerMetadata(p)
}
/** HierarchicalMetadata is used in a cache in a multi-level memory hierarchy
@ -310,9 +308,9 @@ object ManagerMetadata {
* applied by contextually mapping [[uncore.TLId]] to one of
* [[uncore.InnerTLId]] or [[uncore.OuterTLId]].
*/
class HierarchicalMetadata extends CoherenceMetadata {
val inner: ManagerMetadata = Bundle(new ManagerMetadata, {case TLId => params(InnerTLId)})
val outer: ClientMetadata = Bundle(new ClientMetadata, {case TLId => params(OuterTLId)})
class HierarchicalMetadata(implicit p: Parameters) extends CoherenceMetadata()(p) {
val inner: ManagerMetadata = Bundle(new ManagerMetadata()(p.alterPartial({case TLId => p(InnerTLId)})))
val outer: ClientMetadata = Bundle(new ClientMetadata()(p.alterPartial({case TLId => p(OuterTLId)})))
def ===(rhs: HierarchicalMetadata): Bool =
this.inner === rhs.inner && this.outer === rhs.outer
def !=(rhs: HierarchicalMetadata): Bool = !this.===(rhs)
@ -320,13 +318,15 @@ class HierarchicalMetadata extends CoherenceMetadata {
/** Factories for HierarchicalMetadata, including on reset */
object HierarchicalMetadata {
def apply(inner: ManagerMetadata, outer: ClientMetadata): HierarchicalMetadata = {
def apply(inner: ManagerMetadata, outer: ClientMetadata)
(implicit p: Parameters): HierarchicalMetadata = {
val m = Wire(new HierarchicalMetadata)
m.inner := inner
m.outer := outer
m
}
def onReset: HierarchicalMetadata = apply(ManagerMetadata.onReset, ClientMetadata.onReset)
def onReset(implicit p: Parameters): HierarchicalMetadata =
apply(ManagerMetadata.onReset, ClientMetadata.onReset)
}
/** Identifies the TLId of the inner network in a hierarchical cache controller */

26
uncore/src/main/scala/network.scala
View File

@ -45,22 +45,23 @@ class BasicCrossbar[T <: Data](n: Int, dType: T, count: Int = 1, needsLock: Opti
abstract class LogicalNetwork extends Module
class LogicalHeader extends Bundle {
val src = UInt(width = params(LNHeaderBits))
val dst = UInt(width = params(LNHeaderBits))
class LogicalHeader(implicit p: Parameters) extends junctions.ParameterizedBundle()(p) {
val src = UInt(width = p(LNHeaderBits))
val dst = UInt(width = p(LNHeaderBits))
}
class LogicalNetworkIO[T <: Data](dType: T) extends Bundle {
class LogicalNetworkIO[T <: Data](dType: T)(implicit p: Parameters) extends Bundle {
val header = new LogicalHeader
val payload = dType.cloneType
override def cloneType = new LogicalNetworkIO(dType).asInstanceOf[this.type]
override def cloneType = new LogicalNetworkIO(dType)(p).asInstanceOf[this.type]
}
object DecoupledLogicalNetworkIOWrapper {
def apply[T <: Data](
in: DecoupledIO[T],
src: UInt = UInt(0),
dst: UInt = UInt(0)): DecoupledIO[LogicalNetworkIO[T]] = {
in: DecoupledIO[T],
src: UInt = UInt(0),
dst: UInt = UInt(0))
(implicit p: Parameters): DecoupledIO[LogicalNetworkIO[T]] = {
val out = Wire(Decoupled(new LogicalNetworkIO(in.bits)))
out.valid := in.valid
out.bits.payload := in.bits
@ -72,7 +73,8 @@ object DecoupledLogicalNetworkIOWrapper {
}
object DecoupledLogicalNetworkIOUnwrapper {
def apply[T <: Data](in: DecoupledIO[LogicalNetworkIO[T]]): DecoupledIO[T] = {
def apply[T <: Data](in: DecoupledIO[LogicalNetworkIO[T]])
(implicit p: Parameters): DecoupledIO[T] = {
val out = Wire(Decoupled(in.bits.payload))
out.valid := in.valid
out.bits := in.bits.payload
@ -82,7 +84,8 @@ object DecoupledLogicalNetworkIOUnwrapper {
}
object DefaultFromPhysicalShim {
def apply[T <: Data](in: DecoupledIO[PhysicalNetworkIO[T]]): DecoupledIO[LogicalNetworkIO[T]] = {
def apply[T <: Data](in: DecoupledIO[PhysicalNetworkIO[T]])
(implicit p: Parameters): DecoupledIO[LogicalNetworkIO[T]] = {
val out = Wire(Decoupled(new LogicalNetworkIO(in.bits.payload)))
out.bits.header := in.bits.header
out.bits.payload := in.bits.payload
@ -93,7 +96,8 @@ object DefaultFromPhysicalShim {
}
object DefaultToPhysicalShim {
def apply[T <: Data](n: Int, in: DecoupledIO[LogicalNetworkIO[T]]): DecoupledIO[PhysicalNetworkIO[T]] = {
def apply[T <: Data](n: Int, in: DecoupledIO[LogicalNetworkIO[T]])
(implicit p: Parameters): DecoupledIO[PhysicalNetworkIO[T]] = {
val out = Wire(Decoupled(new PhysicalNetworkIO(n, in.bits.payload)))
out.bits.header := in.bits.header
out.bits.payload := in.bits.payload

12
uncore/src/main/scala/rtc.scala
View File

@ -3,17 +3,19 @@ package uncore
import Chisel._
import junctions._
class RTC(pcr_MTIME: Int)(implicit val p: Parameters) extends Module with HTIFParameters {
case object RTCPeriod extends Field[Int]
class RTC(csr_MTIME: Int)(implicit p: Parameters) extends HtifModule {
val io = new NastiIO
private val addrMap = new AddrHashMap(params(NastiAddrMap))
private val addrMap = new AddrHashMap(p(NastiAddrMap))
val addrTable = Vec.tabulate(nCores) { i =>
UInt(addrMap(s"conf:csr$i").start + pcr_MTIME * scrDataBytes)
UInt(addrMap(s"conf:csr$i").start + csr_MTIME * scrDataBytes)
}
val rtc = Reg(init=UInt(0,64))
val rtc_tick = Counter(params(RTCPeriod)).inc()
val rtc = Reg(init=UInt(0, scrDataBits))
val rtc_tick = Counter(p(RTCPeriod)).inc()
val sending_addr = Reg(init = Bool(false))
val sending_data = Reg(init = Bool(false))

14
uncore/src/main/scala/scr.scala
View File

@ -3,24 +3,24 @@ package uncore
import Chisel._
import junctions.{SMIIO, MMIOBase}
class SCRIO extends HTIFBundle {
val rdata = Vec(Bits(INPUT, 64), nSCR)
class SCRIO(implicit p: Parameters) extends HtifBundle()(p) {
val rdata = Vec(Bits(INPUT, scrDataBits), nSCR)
val wen = Bool(OUTPUT)
val waddr = UInt(OUTPUT, log2Up(nSCR))
val wdata = Bits(OUTPUT, 64)
val wdata = Bits(OUTPUT, scrDataBits)
}
class SCRFile extends Module with HTIFParameters {
class SCRFile(implicit p: Parameters) extends HtifModule()(p) {
val io = new Bundle {
val smi = new SMIIO(64, scrAddrBits).flip
val smi = new SMIIO(scrDataBits, scrAddrBits).flip
val scr = new SCRIO
}
val scr_rdata = Wire(Vec(Bits(width=64), io.scr.rdata.size))
val scr_rdata = Wire(Vec(Bits(width=scrDataBits), io.scr.rdata.size))
for (i <- 0 until scr_rdata.size)
scr_rdata(i) := io.scr.rdata(i)
scr_rdata(0) := UInt(nCores)
scr_rdata(1) := UInt(params(MMIOBase) >> 20)
scr_rdata(1) := UInt(p(MMIOBase) >> 20)
val read_addr = Reg(init = UInt(0, scrAddrBits))
val resp_valid = Reg(init = Bool(false))

340
uncore/src/main/scala/tilelink.scala
View File

@ -38,24 +38,25 @@ case object TLNetworkIsOrderedP2P extends Field[Boolean]
case object TLWriteMaskBits extends Field[Int]
/** Utility trait for building Modules and Bundles that use TileLink parameters */
trait TileLinkParameters extends UsesParameters {
val tlCoh = params(TLCoherencePolicy)
val tlNManagers = params(TLNManagers)
val tlNClients = params(TLNClients)
val tlNCachingClients = params(TLNCachingClients)
val tlNCachelessClients = params(TLNCachelessClients)
trait HasTileLinkParameters {
implicit val p: Parameters
val tlCoh = p(TLCoherencePolicy)
val tlNManagers = p(TLNManagers)
val tlNClients = p(TLNClients)
val tlNCachingClients = p(TLNCachingClients)
val tlNCachelessClients = p(TLNCachelessClients)
val tlClientIdBits = log2Up(tlNClients)
val tlManagerIdBits = log2Up(tlNManagers)
val tlMaxClientXacts = params(TLMaxClientXacts)
val tlMaxClientsPerPort = params(TLMaxClientsPerPort)
val tlMaxManagerXacts = params(TLMaxManagerXacts)
val tlMaxClientXacts = p(TLMaxClientXacts)
val tlMaxClientsPerPort = p(TLMaxClientsPerPort)
val tlMaxManagerXacts = p(TLMaxManagerXacts)
val tlClientXactIdBits = log2Up(tlMaxClientXacts*tlMaxClientsPerPort)
val tlManagerXactIdBits = log2Up(tlMaxManagerXacts)
val tlBlockAddrBits = params(TLBlockAddrBits)
val tlDataBits = params(TLDataBits)
val tlBlockAddrBits = p(TLBlockAddrBits)
val tlDataBits = p(TLDataBits)
val tlDataBytes = tlDataBits/8
val tlDataBeats = params(TLDataBeats)
val tlWriteMaskBits = params(TLWriteMaskBits)
val tlDataBeats = p(TLDataBeats)
val tlWriteMaskBits = p(TLWriteMaskBits)
val tlBeatAddrBits = log2Up(tlDataBeats)
val tlByteAddrBits = log2Up(tlWriteMaskBits)
val tlMemoryOpcodeBits = M_SZ
@ -68,32 +69,34 @@ trait TileLinkParameters extends UsesParameters {
tlMemoryOpcodeBits)) + 1
val tlGrantTypeBits = max(log2Up(Grant.nBuiltInTypes),
tlCoh.grantTypeWidth) + 1
val tlNetworkPreservesPointToPointOrdering = params(TLNetworkIsOrderedP2P)
val tlNetworkPreservesPointToPointOrdering = p(TLNetworkIsOrderedP2P)
val tlNetworkDoesNotInterleaveBeats = true
val amoAluOperandBits = params(AmoAluOperandBits)
val amoAluOperandBits = p(AmoAluOperandBits)
}
abstract class TLBundle extends Bundle with TileLinkParameters
abstract class TLModule extends Module with TileLinkParameters
abstract class TLModule(implicit val p: Parameters) extends Module
with HasTileLinkParameters
abstract class TLBundle(implicit val p: Parameters) extends junctions.ParameterizedBundle()(p)
with HasTileLinkParameters
/** Base trait for all TileLink channels */
trait TileLinkChannel extends TLBundle {
abstract class TileLinkChannel(implicit p: Parameters) extends TLBundle()(p) {
def hasData(dummy: Int = 0): Bool
def hasMultibeatData(dummy: Int = 0): Bool
}
/** Directionality of message channel. Used to hook up logical network ports to physical network ports */
trait ClientToManagerChannel extends TileLinkChannel
abstract class ClientToManagerChannel(implicit p: Parameters) extends TileLinkChannel()(p)
/** Directionality of message channel. Used to hook up logical network ports to physical network ports */
trait ManagerToClientChannel extends TileLinkChannel
abstract class ManagerToClientChannel(implicit p: Parameters) extends TileLinkChannel()(p)
/** Directionality of message channel. Used to hook up logical network ports to physical network ports */
trait ClientToClientChannel extends TileLinkChannel // Unused for now
abstract class ClientToClientChannel(implicit p: Parameters) extends TileLinkChannel()(p) // Unused for now
/** Common signals that are used in multiple channels.
* These traits are useful for type parameterizing bundle wiring functions.
*/
/** Address of a cache block. */
trait HasCacheBlockAddress extends TLBundle {
trait HasCacheBlockAddress extends HasTileLinkParameters {
val addr_block = UInt(width = tlBlockAddrBits)
def conflicts(that: HasCacheBlockAddress) = this.addr_block === that.addr_block
@ -101,17 +104,17 @@ trait HasCacheBlockAddress extends TLBundle {
}
/** Sub-block address or beat id of multi-beat data */
trait HasTileLinkBeatId extends TLBundle {
trait HasTileLinkBeatId extends HasTileLinkParameters {
val addr_beat = UInt(width = tlBeatAddrBits)
}
/* Client-side transaction id. Usually Miss Status Handling Register File index */
trait HasClientTransactionId extends TLBundle {
trait HasClientTransactionId extends HasTileLinkParameters {
val client_xact_id = Bits(width = tlClientXactIdBits)
}
/** Manager-side transaction id. Usually Transaction Status Handling Register File index. */
trait HasManagerTransactionId extends TLBundle {
trait HasManagerTransactionId extends HasTileLinkParameters {
val manager_xact_id = Bits(width = tlManagerXactIdBits)
}
@ -124,7 +127,7 @@ trait HasTileLinkData extends HasTileLinkBeatId {
}
/** The id of a client source or destination. Used in managers. */
trait HasClientId extends TLBundle {
trait HasClientId extends HasTileLinkParameters {
val client_id = UInt(width = tlClientIdBits)
}
@ -138,7 +141,7 @@ trait HasClientId extends TLBundle {
* PutAtomic built-in types. After sending an Acquire, clients must
* wait for a manager to send them a [[uncore.Grant]] message in response.
*/
class Acquire extends ClientToManagerChannel
class Acquire(implicit p: Parameters) extends ClientToManagerChannel()(p)
with HasCacheBlockAddress
with HasClientTransactionId
with HasTileLinkData {
@ -219,7 +222,7 @@ class Acquire extends ClientToManagerChannel
}
/** [[uncore.Acquire]] with an extra field stating its source id */
class AcquireFromSrc extends Acquire with HasClientId
class AcquireFromSrc(implicit p: Parameters) extends Acquire()(p) with HasClientId
/** Contains definitions of the the built-in Acquire types and a factory
* for [[uncore.Acquire]]
@ -249,17 +252,18 @@ object Acquire {
def typesWithMultibeatData = Vec(putBlockType)
def typesOnSubBlocks = Vec(putType, getType, putAtomicType)
def fullWriteMask = SInt(-1, width = new Acquire().tlWriteMaskBits).toUInt
def fullWriteMask(implicit p: Parameters) = SInt(-1, width = p(TLWriteMaskBits)).toUInt
// Most generic constructor
def apply(
is_builtin_type: Bool,
a_type: Bits,
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0),
union: UInt = UInt(0)): Acquire = {
is_builtin_type: Bool,
a_type: Bits,
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0),
union: UInt = UInt(0))
(implicit p: Parameters): Acquire = {
val acq = Wire(new Acquire)
acq.is_builtin_type := is_builtin_type
acq.a_type := a_type
@ -272,7 +276,7 @@ object Acquire {
}
// Copy constructor
def apply(a: Acquire): Acquire = {
val acq = Wire(new Acquire)
val acq = Wire(new Acquire()(a.p))
acq := a
acq
}
@ -292,10 +296,11 @@ object Acquire {
*/
object Get {
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
alloc: Bool = Bool(true)): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
alloc: Bool = Bool(true))
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.getType,
@ -305,12 +310,13 @@ object Get {
union = Cat(MT_Q, M_XRD, alloc))
}
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
addr_byte: UInt,
operand_size: UInt,
alloc: Bool): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
addr_byte: UInt,
operand_size: UInt,
alloc: Bool)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.getType,
@ -332,9 +338,10 @@ object Get {
*/
object GetBlock {
def apply(
client_xact_id: UInt = UInt(0),
addr_block: UInt,
alloc: Bool = Bool(true)): Acquire = {
client_xact_id: UInt = UInt(0),
addr_block: UInt,
alloc: Bool = Bool(true))
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.getBlockType,
@ -352,8 +359,9 @@ object GetBlock {
*/
object GetPrefetch {
def apply(
client_xact_id: UInt,
addr_block: UInt): Acquire = {
client_xact_id: UInt,
addr_block: UInt)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.prefetchType,
@ -376,11 +384,12 @@ object GetPrefetch {
*/
object Put {
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
wmask: UInt = Acquire.fullWriteMask): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
wmask: Option[UInt]= None)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.putType,
@ -388,7 +397,7 @@ object Put {
addr_beat = addr_beat,
client_xact_id = client_xact_id,
data = data,
union = Cat(wmask, Bool(true)))
union = Cat(wmask.getOrElse(Acquire.fullWriteMask), Bool(true)))
}
}
@ -407,11 +416,12 @@ object Put {
*/
object PutBlock {
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
wmask: UInt): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
wmask: UInt)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.putBlockType,
@ -422,11 +432,12 @@ object PutBlock {
union = Cat(wmask, (wmask != Acquire.fullWriteMask)))
}
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
alloc: Bool = Bool(true)): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
data: UInt,
alloc: Bool = Bool(true))
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.putBlockType,
@ -446,8 +457,9 @@ object PutBlock {
*/
object PutPrefetch {
def apply(
client_xact_id: UInt,
addr_block: UInt): Acquire = {
client_xact_id: UInt,
addr_block: UInt)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.prefetchType,
@ -470,13 +482,14 @@ object PutPrefetch {
*/
object PutAtomic {
def apply(
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
addr_byte: UInt,
atomic_opcode: UInt,
operand_size: UInt,
data: UInt): Acquire = {
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt,
addr_byte: UInt,
atomic_opcode: UInt,
operand_size: UInt,
data: UInt)
(implicit p: Parameters): Acquire = {
Acquire(
is_builtin_type = Bool(true),
a_type = Acquire.putAtomicType,
@ -493,7 +506,7 @@ object PutAtomic {
* The available types of Probes are customized by a particular
* [[uncore.CoherencePolicy]].
*/
class Probe extends ManagerToClientChannel
class Probe(implicit p: Parameters) extends ManagerToClientChannel()(p)
with HasCacheBlockAddress {
val p_type = UInt(width = tlCoh.probeTypeWidth)
@ -503,7 +516,7 @@ class Probe extends ManagerToClientChannel
}
/** [[uncore.Probe]] with an extra field stating its destination id */
class ProbeToDst extends Probe with HasClientId
class ProbeToDst(implicit p: Parameters) extends Probe()(p) with HasClientId
/** Contains factories for [[uncore.Probe]] and [[uncore.ProbeToDst]]
*
@ -515,13 +528,13 @@ class ProbeToDst extends Probe with HasClientId
* @param addr_block address of the cache block
*/
object Probe {
def apply(p_type: UInt, addr_block: UInt): Probe = {
def apply(p_type: UInt, addr_block: UInt)(implicit p: Parameters): Probe = {
val prb = Wire(new Probe)
prb.p_type := p_type
prb.addr_block := addr_block
prb
}
def apply(dst: UInt, p_type: UInt, addr_block: UInt): ProbeToDst = {
def apply(dst: UInt, p_type: UInt, addr_block: UInt)(implicit p: Parameters): ProbeToDst = {
val prb = Wire(new ProbeToDst)
prb.client_id := dst
prb.p_type := p_type
@ -537,7 +550,7 @@ object Probe {
* a particular [[uncore.CoherencePolicy]]. Releases may contain data or may be
* simple acknowledgements. Voluntary Releases are acknowledged with [[uncore.Grant Grants]].
*/
class Release extends ClientToManagerChannel
class Release(implicit p: Parameters) extends ClientToManagerChannel()(p)
with HasCacheBlockAddress
with HasClientTransactionId
with HasTileLinkData {
@ -555,7 +568,7 @@ class Release extends ClientToManagerChannel
}
/** [[uncore.Release]] with an extra field stating its source id */
class ReleaseFromSrc extends Release with HasClientId
class ReleaseFromSrc(implicit p: Parameters) extends Release()(p) with HasClientId
/** Contains a [[uncore.Release]] factory
*
@ -571,12 +584,13 @@ class ReleaseFromSrc extends Release with HasClientId
*/
object Release {
def apply(
voluntary: Bool,
r_type: UInt,
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0)): Release = {
voluntary: Bool,
r_type: UInt,
client_xact_id: UInt,
addr_block: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0))
(implicit p: Parameters): Release = {
val rel = Wire(new Release)
rel.r_type := r_type
rel.client_xact_id := client_xact_id
@ -595,7 +609,7 @@ object Release {
* coherence policies may also define custom Grant types. Grants may contain data
* or may be simple acknowledgements. Grants are responded to with [[uncore.Finish]].
*/
class Grant extends ManagerToClientChannel
class Grant(implicit p: Parameters) extends ManagerToClientChannel()(p)
with HasTileLinkData
with HasClientTransactionId
with HasManagerTransactionId {
@ -616,14 +630,14 @@ class Grant extends ManagerToClientChannel
def isVoluntary(dummy: Int = 0): Bool = isBuiltInType() && (g_type === Grant.voluntaryAckType)
def requiresAck(dummy: Int = 0): Bool = !Bool(tlNetworkPreservesPointToPointOrdering) && !isVoluntary()
def makeFinish(dummy: Int = 0): Finish = {
val f = Wire(Bundle(new Finish, { case TLMaxManagerXacts => tlMaxManagerXacts }))
val f = Wire(Bundle(new Finish))
f.manager_xact_id := this.manager_xact_id
f
}
}
/** [[uncore.Grant]] with an extra field stating its destination */
class GrantToDst extends Grant with HasClientId
class GrantToDst(implicit p: Parameters) extends Grant()(p) with HasClientId
/** Contains definitions of the the built-in grant types and factories
* for [[uncore.Grant]] and [[uncore.GrantToDst]]
@ -650,12 +664,13 @@ object Grant {
def typesWithMultibeatData= Vec(getDataBlockType)
def apply(
is_builtin_type: Bool,
g_type: UInt,
client_xact_id: UInt,
manager_xact_id: UInt,
addr_beat: UInt,
data: UInt): Grant = {
is_builtin_type: Bool,
g_type: UInt,
client_xact_id: UInt,
manager_xact_id: UInt,
addr_beat: UInt,
data: UInt)
(implicit p: Parameters): Grant = {
val gnt = Wire(new Grant)
gnt.is_builtin_type := is_builtin_type
gnt.g_type := g_type
@ -667,13 +682,14 @@ object Grant {
}
def apply(
dst: UInt,
is_builtin_type: Bool,
g_type: UInt,
client_xact_id: UInt,
manager_xact_id: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0)): GrantToDst = {
dst: UInt,
is_builtin_type: Bool,
g_type: UInt,
client_xact_id: UInt,
manager_xact_id: UInt,
addr_beat: UInt = UInt(0),
data: UInt = UInt(0))
(implicit p: Parameters): GrantToDst = {
val gnt = Wire(new GrantToDst)
gnt.client_id := dst
gnt.is_builtin_type := is_builtin_type
@ -692,20 +708,21 @@ object Grant {
* When a Finish message is received, a manager knows it is safe to begin
* processing other transactions that touch the same cache block.
*/
class Finish extends ClientToManagerChannel with HasManagerTransactionId {
class Finish(implicit p: Parameters) extends ClientToManagerChannel()(p)
with HasManagerTransactionId {
def hasData(dummy: Int = 0) = Bool(false)
def hasMultibeatData(dummy: Int = 0) = Bool(false)
}
/** Complete IO definition for incoherent TileLink, including networking headers */
class UncachedTileLinkIO extends TLBundle {
class UncachedTileLinkIO(implicit p: Parameters) extends TLBundle()(p) {
val acquire = new DecoupledIO(new LogicalNetworkIO(new Acquire))
val grant = new DecoupledIO(new LogicalNetworkIO(new Grant)).flip
val finish = new DecoupledIO(new LogicalNetworkIO(new Finish))
}
/** Complete IO definition for coherent TileLink, including networking headers */
class TileLinkIO extends UncachedTileLinkIO {
class TileLinkIO(implicit p: Parameters) extends UncachedTileLinkIO()(p) {
val probe = new DecoupledIO(new LogicalNetworkIO(new Probe)).flip
val release = new DecoupledIO(new LogicalNetworkIO(new Release))
}
@ -722,7 +739,7 @@ class TileLinkIO extends UncachedTileLinkIO {
* assumption that a [[uncore.FinishUnit]] has been coupled to the TileLinkIO port
* to deal with acking received [[uncore.Grant Grants]].
*/
class ClientUncachedTileLinkIO extends TLBundle {
class ClientUncachedTileLinkIO(implicit p: Parameters) extends TLBundle()(p) {
val acquire = new DecoupledIO(new Acquire)
val grant = new DecoupledIO(new Grant).flip
}
@ -730,7 +747,7 @@ class ClientUncachedTileLinkIO extends TLBundle {
/** This version of TileLinkIO does not contain network headers.
* It is intended for use within client agents.
*/
class ClientTileLinkIO extends ClientUncachedTileLinkIO {
class ClientTileLinkIO(implicit p: Parameters) extends ClientUncachedTileLinkIO()(p) {
val probe = new DecoupledIO(new Probe).flip
val release = new DecoupledIO(new Release)
}
@ -749,7 +766,7 @@ class ClientTileLinkIO extends ClientUncachedTileLinkIO {
* see Finished so they know when to allow new transactions on a cache
* block to proceed.
*/
class ManagerTileLinkIO extends TLBundle {
class ManagerTileLinkIO(implicit p: Parameters) extends TLBundle()(p) {
val acquire = new DecoupledIO(new AcquireFromSrc).flip
val grant = new DecoupledIO(new GrantToDst)
val finish = new DecoupledIO(new Finish).flip
@ -759,31 +776,21 @@ class ManagerTileLinkIO extends TLBundle {
/** Utilities for safely wrapping a *UncachedTileLink by pinning probe.ready and release.valid low */
object TileLinkIOWrapper {
def apply(utl: ClientUncachedTileLinkIO, p: Parameters): ClientTileLinkIO = {
val conv = Module(new ClientTileLinkIOWrapper)(p)
conv.io.in <> utl
def apply(tl: ClientUncachedTileLinkIO)(implicit p: Parameters): ClientTileLinkIO = {
val conv = Module(new ClientTileLinkIOWrapper)
conv.io.in <> tl
conv.io.out
}
def apply(utl: ClientUncachedTileLinkIO): ClientTileLinkIO = {
val conv = Module(new ClientTileLinkIOWrapper)
conv.io.in <> utl
def apply(tl: UncachedTileLinkIO)(implicit p: Parameters): TileLinkIO = {
val conv = Module(new TileLinkIOWrapper)
conv.io.in <> tl
conv.io.out
}
def apply(tl: ClientTileLinkIO): ClientTileLinkIO = tl
def apply(utl: UncachedTileLinkIO, p: Parameters): TileLinkIO = {
val conv = Module(new TileLinkIOWrapper)(p)
conv.io.in <> utl
conv.io.out
}
def apply(utl: UncachedTileLinkIO): TileLinkIO = {
val conv = Module(new TileLinkIOWrapper)
conv.io.in <> utl
conv.io.out
}
def apply(tl: TileLinkIO): TileLinkIO = tl
}
class TileLinkIOWrapper extends TLModule {
class TileLinkIOWrapper(implicit p: Parameters) extends TLModule()(p) {
val io = new Bundle {
val in = new UncachedTileLinkIO().flip
val out = new TileLinkIO
@ -795,7 +802,7 @@ class TileLinkIOWrapper extends TLModule {
io.out.release.valid := Bool(false)
}
class ClientTileLinkIOWrapper extends TLModule {
class ClientTileLinkIOWrapper(implicit p: Parameters) extends TLModule()(p) {
val io = new Bundle {
val in = new ClientUncachedTileLinkIO().flip
val out = new ClientTileLinkIO
@ -809,14 +816,16 @@ class ClientTileLinkIOWrapper extends TLModule {
/** Used to track metadata for transactions where multiple secondary misses have been merged
* and handled by a single transaction tracker.
*/
class SecondaryMissInfo extends TLBundle // TODO: add a_type to merge e.g. Get+GetBlocks, and/or HasClientId
class SecondaryMissInfo(implicit p: Parameters) extends TLBundle()(p)
with HasTileLinkBeatId
with HasClientTransactionId
// TODO: add a_type to merge e.g. Get+GetBlocks, and/or HasClientId
/** A helper module that automatically issues [[uncore.Finish]] messages in repsonse
* to [[uncore.Grant]] that it receives from a manager and forwards to a client
*/
class FinishUnit(srcId: Int = 0, outstanding: Int = 2) extends TLModule with HasDataBeatCounters {
class FinishUnit(srcId: Int = 0, outstanding: Int = 2)(implicit p: Parameters) extends TLModule()(p)
with HasDataBeatCounters {
val io = new Bundle {
val grant = Decoupled(new LogicalNetworkIO(new Grant)).flip
val refill = Decoupled(new Grant)
@ -862,12 +871,12 @@ class FinishUnit(srcId: Int = 0, outstanding: Int = 2) extends TLModule with Has
}
}
class FinishQueueEntry extends TLBundle {
class FinishQueueEntry(implicit p: Parameters) extends TLBundle()(p) {
val fin = new Finish
val dst = UInt(width = log2Up(params(LNEndpoints)))
val dst = UInt(width = log2Up(p(LNEndpoints)))
}
class FinishQueue(entries: Int) extends Queue(new FinishQueueEntry, entries)
class FinishQueue(entries: Int)(implicit p: Parameters) extends Queue(new FinishQueueEntry()(p), entries)
/** A port to convert [[uncore.ClientTileLinkIO]].flip into [[uncore.TileLinkIO]]
*
@ -879,7 +888,8 @@ class FinishQueue(entries: Int) extends Queue(new FinishQueueEntry, entries)
* @param clientId network port id of this agent
* @param addrConvert how a physical address maps to a destination manager port id
*/
class ClientTileLinkNetworkPort(clientId: Int, addrConvert: UInt => UInt) extends TLModule {
class ClientTileLinkNetworkPort(clientId: Int, addrConvert: UInt => UInt)
(implicit p: Parameters) extends TLModule()(p) {
val io = new Bundle {
val client = new ClientTileLinkIO().flip
val network = new TileLinkIO
@ -904,9 +914,10 @@ class ClientTileLinkNetworkPort(clientId: Int, addrConvert: UInt => UInt) extend
object ClientTileLinkHeaderCreator {
def apply[T <: ClientToManagerChannel with HasCacheBlockAddress](
in: DecoupledIO[T],
clientId: Int,
addrConvert: UInt => UInt): DecoupledIO[LogicalNetworkIO[T]] = {
in: DecoupledIO[T],
clientId: Int,
addrConvert: UInt => UInt)
(implicit p: Parameters): DecoupledIO[LogicalNetworkIO[T]] = {
val out = Wire(new DecoupledIO(new LogicalNetworkIO(in.bits)))
out.bits.payload := in.bits
out.bits.header.src := UInt(clientId)
@ -927,7 +938,8 @@ object ClientTileLinkHeaderCreator {
* @param managerId the network port id of this agent
* @param idConvert how a sharer id maps to a destination client port id
*/
class ManagerTileLinkNetworkPort(managerId: Int, idConvert: UInt => UInt) extends TLModule {
class ManagerTileLinkNetworkPort(managerId: Int, idConvert: UInt => UInt)
(implicit p: Parameters) extends TLModule()(p) {
val io = new Bundle {
val manager = new ManagerTileLinkIO().flip
val network = new TileLinkIO().flip
@ -943,9 +955,10 @@ class ManagerTileLinkNetworkPort(managerId: Int, idConvert: UInt => UInt) extend
object ManagerTileLinkHeaderCreator {
def apply[T <: ManagerToClientChannel with HasClientId](
in: DecoupledIO[T],
managerId: Int,
idConvert: UInt => UInt): DecoupledIO[LogicalNetworkIO[T]] = {
in: DecoupledIO[T],
managerId: Int,
idConvert: UInt => UInt)
(implicit p: Parameters): DecoupledIO[LogicalNetworkIO[T]] = {
val out = Wire(new DecoupledIO(new LogicalNetworkIO(in.bits)))
out.bits.payload := in.bits
out.bits.header.src := UInt(managerId)
@ -960,7 +973,7 @@ object ManagerTileLinkHeaderCreator {
case class TileLinkDepths(acq: Int, prb: Int, rel: Int, gnt: Int, fin: Int)
/** Optionally enqueues each [[uncore.TileLinkChannel]] individually */
class TileLinkEnqueuer(depths: TileLinkDepths) extends Module {
class TileLinkEnqueuer(depths: TileLinkDepths)(implicit p: Parameters) extends Module {
val io = new Bundle {
val client = new TileLinkIO().flip
val manager = new TileLinkIO
@ -973,18 +986,18 @@ class TileLinkEnqueuer(depths: TileLinkDepths) extends Module {
}
object TileLinkEnqueuer {
def apply(in: TileLinkIO, depths: TileLinkDepths)(p: Parameters): TileLinkIO = {
val t = Module(new TileLinkEnqueuer(depths))(p)
def apply(in: TileLinkIO, depths: TileLinkDepths)(implicit p: Parameters): TileLinkIO = {
val t = Module(new TileLinkEnqueuer(depths))
t.io.client <> in
t.io.manager
}
def apply(in: TileLinkIO, depth: Int)(p: Parameters): TileLinkIO = {
apply(in, TileLinkDepths(depth, depth, depth, depth, depth))(p)
def apply(in: TileLinkIO, depth: Int)(implicit p: Parameters): TileLinkIO = {
apply(in, TileLinkDepths(depth, depth, depth, depth, depth))
}
}
/** Utility functions for constructing TileLinkIO arbiters */
trait TileLinkArbiterLike extends TileLinkParameters {
trait TileLinkArbiterLike extends HasTileLinkParameters {
// Some shorthand type variables
type ManagerSourcedWithId = ManagerToClientChannel with HasClientTransactionId
type ClientSourcedWithId = ClientToManagerChannel with HasClientTransactionId
@ -1086,7 +1099,8 @@ trait TileLinkArbiterLike extends TileLinkParameters {
}
/** Abstract base case for any Arbiters that have UncachedTileLinkIOs */
abstract class UncachedTileLinkIOArbiter(val arbN: Int) extends Module with TileLinkArbiterLike {
abstract class UncachedTileLinkIOArbiter(val arbN: Int)(implicit val p: Parameters) extends Module
with TileLinkArbiterLike {
val io = new Bundle {
val in = Vec(new UncachedTileLinkIO, arbN).flip
val out = new UncachedTileLinkIO
@ -1097,7 +1111,8 @@ abstract class UncachedTileLinkIOArbiter(val arbN: Int) extends Module with Tile
}
/** Abstract base case for any Arbiters that have cached TileLinkIOs */
abstract class TileLinkIOArbiter(val arbN: Int) extends Module with TileLinkArbiterLike {
abstract class TileLinkIOArbiter(val arbN: Int)(implicit val p: Parameters) extends Module
with TileLinkArbiterLike {
val io = new Bundle {
val in = Vec(new TileLinkIO, arbN).flip
val out = new TileLinkIO
@ -1133,15 +1148,15 @@ trait UsesNewId extends TileLinkArbiterLike {
}
// Now we can mix-in thevarious id-generation traits to make concrete arbiter classes
class UncachedTileLinkIOArbiterThatAppendsArbiterId(val n: Int) extends UncachedTileLinkIOArbiter(n) with AppendsArbiterId
class UncachedTileLinkIOArbiterThatPassesId(val n: Int) extends UncachedTileLinkIOArbiter(n) with PassesId
class UncachedTileLinkIOArbiterThatUsesNewId(val n: Int) extends UncachedTileLinkIOArbiter(n) with UsesNewId
class TileLinkIOArbiterThatAppendsArbiterId(val n: Int) extends TileLinkIOArbiter(n) with AppendsArbiterId
class TileLinkIOArbiterThatPassesId(val n: Int) extends TileLinkIOArbiter(n) with PassesId
class TileLinkIOArbiterThatUsesNewId(val n: Int) extends TileLinkIOArbiter(n) with UsesNewId
class UncachedTileLinkIOArbiterThatAppendsArbiterId(val n: Int)(implicit p: Parameters) extends UncachedTileLinkIOArbiter(n)(p) with AppendsArbiterId
class UncachedTileLinkIOArbiterThatPassesId(val n: Int)(implicit p: Parameters) extends UncachedTileLinkIOArbiter(n)(p) with PassesId
class UncachedTileLinkIOArbiterThatUsesNewId(val n: Int)(implicit p: Parameters) extends UncachedTileLinkIOArbiter(n)(p) with UsesNewId
class TileLinkIOArbiterThatAppendsArbiterId(val n: Int)(implicit p: Parameters) extends TileLinkIOArbiter(n)(p) with AppendsArbiterId
class TileLinkIOArbiterThatPassesId(val n: Int)(implicit p: Parameters) extends TileLinkIOArbiter(n)(p) with PassesId
class TileLinkIOArbiterThatUsesNewId(val n: Int)(implicit p: Parameters) extends TileLinkIOArbiter(n)(p) with UsesNewId
/** Concrete uncached client-side arbiter that appends the arbiter's port id to client_xact_id */
class ClientUncachedTileLinkIOArbiter(val arbN: Int) extends Module with TileLinkArbiterLike with AppendsArbiterId {
class ClientUncachedTileLinkIOArbiter(val arbN: Int)(implicit val p: Parameters) extends Module with TileLinkArbiterLike with AppendsArbiterId {
val io = new Bundle {
val in = Vec(new ClientUncachedTileLinkIO, arbN).flip
val out = new ClientUncachedTileLinkIO
@ -1151,7 +1166,7 @@ class ClientUncachedTileLinkIOArbiter(val arbN: Int) extends Module with TileLin
}
/** Concrete client-side arbiter that appends the arbiter's port id to client_xact_id */
class ClientTileLinkIOArbiter(val arbN: Int) extends Module with TileLinkArbiterLike with AppendsArbiterId {
class ClientTileLinkIOArbiter(val arbN: Int)(implicit val p: Parameters) extends Module with TileLinkArbiterLike with AppendsArbiterId {
val io = new Bundle {
val in = Vec(new ClientTileLinkIO, arbN).flip
val out = new ClientTileLinkIO
@ -1246,7 +1261,7 @@ class ClientTileLinkIOUnwrapperInfo extends Bundle {
val builtin = Bool()
}
class ClientTileLinkIOUnwrapper extends TLModule {
class ClientTileLinkIOUnwrapper(implicit p: Parameters) extends TLModule()(p) {
val io = new Bundle {
val in = new ClientTileLinkIO().flip
val out = new ClientUncachedTileLinkIO
@ -1328,12 +1343,13 @@ class ClientTileLinkIOUnwrapper extends TLModule {
io.in.probe.valid := Bool(false)
}
class NastiIOTileLinkIOConverterInfo extends TLBundle {
class NastiIOTileLinkIOConverterInfo(implicit p: Parameters) extends TLBundle()(p) {
val byteOff = UInt(width = tlByteAddrBits)
val subblock = Bool()
}
class NastiIOTileLinkIOConverter(implicit val p: Parameters) extends TLModule with HasNastiParameters {
class NastiIOTileLinkIOConverter(implicit p: Parameters) extends TLModule()(p)
with HasNastiParameters {
val io = new Bundle {
val tl = new ClientUncachedTileLinkIO().flip
val nasti = new NastiIO
@ -1349,7 +1365,7 @@ class NastiIOTileLinkIOConverter(implicit val p: Parameters) extends TLModule wi
MT_Q -> UInt(log2Up(tlDataBytes))))
val dataBits = tlDataBits*tlDataBeats
val dstIdBits = params(LNHeaderBits)
val dstIdBits = p(LNHeaderBits)
require(tlDataBits == nastiXDataBits, "Data sizes between LLC and MC don't agree") // TODO: remove this restriction
require(tlDataBeats < (1 << nastiXLenBits), "Can't have that many beats")
require(dstIdBits + tlClientXactIdBits < nastiXIdBits, "NastiIO converter is going truncate tags: " + dstIdBits + " + " + tlClientXactIdBits + " >= " + nastiXIdBits)

50
uncore/src/main/scala/uncore.scala
View File

@ -6,18 +6,18 @@ import Chisel._
case object NReleaseTransactors extends Field[Int]
case object NProbeTransactors extends Field[Int]
case object NAcquireTransactors extends Field[Int]
case object RTCPeriod extends Field[Int]
trait CoherenceAgentParameters extends UsesParameters {
trait HasCoherenceAgentParameters {
implicit val p: Parameters
val nReleaseTransactors = 1
val nAcquireTransactors = params(NAcquireTransactors)
val nAcquireTransactors = p(NAcquireTransactors)
val nTransactors = nReleaseTransactors + nAcquireTransactors
val outerTLParams = params.alterPartial({ case TLId => params(OuterTLId)})
val outerTLParams = p.alterPartial({ case TLId => p(OuterTLId)})
val outerDataBeats = outerTLParams(TLDataBeats)
val outerDataBits = outerTLParams(TLDataBits)
val outerBeatAddrBits = log2Up(outerDataBeats)
val outerByteAddrBits = log2Up(outerDataBits/8)
val innerTLParams = params.alterPartial({case TLId => params(InnerTLId)})
val innerTLParams = p.alterPartial({case TLId => p(InnerTLId)})
val innerDataBeats = innerTLParams(TLDataBeats)
val innerDataBits = innerTLParams(TLDataBits)
val innerWriteMaskBits = innerTLParams(TLWriteMaskBits)
@ -26,8 +26,10 @@ trait CoherenceAgentParameters extends UsesParameters {
require(outerDataBeats == innerDataBeats) //TODO: must fix all xact_data Vecs to remove this requirement
}
abstract class CoherenceAgentBundle extends Bundle with CoherenceAgentParameters
abstract class CoherenceAgentModule extends Module with CoherenceAgentParameters
abstract class CoherenceAgentModule(implicit val p: Parameters) extends Module
with HasCoherenceAgentParameters
abstract class CoherenceAgentBundle(implicit val p: Parameters) extends junctions.ParameterizedBundle()(p)
with HasCoherenceAgentParameters
trait HasCoherenceAgentWiringHelpers {
def doOutputArbitration[T <: TileLinkChannel](
@ -39,7 +41,7 @@ trait HasCoherenceAgentWiringHelpers {
arb.io.in <> ins
}
def doInputRouting[T <: HasManagerTransactionId](
def doInputRouting[T <: Bundle with HasManagerTransactionId](
in: DecoupledIO[T],
outs: Seq[DecoupledIO[T]]) {
val idx = in.bits.manager_xact_id
@ -49,7 +51,7 @@ trait HasCoherenceAgentWiringHelpers {
}
}
trait HasInnerTLIO extends CoherenceAgentBundle {
trait HasInnerTLIO extends HasCoherenceAgentParameters {
val inner = Bundle(new ManagerTileLinkIO)(innerTLParams)
val incoherent = Vec(Bool(), inner.tlNCachingClients).asInput
def iacq(dummy: Int = 0) = inner.acquire.bits
@ -59,13 +61,13 @@ trait HasInnerTLIO extends CoherenceAgentBundle {
def ifin(dummy: Int = 0) = inner.finish.bits
}
trait HasUncachedOuterTLIO extends CoherenceAgentBundle {
trait HasUncachedOuterTLIO extends HasCoherenceAgentParameters {
val outer = Bundle(new ClientUncachedTileLinkIO)(outerTLParams)
def oacq(dummy: Int = 0) = outer.acquire.bits
def ognt(dummy: Int = 0) = outer.grant.bits
}
trait HasCachedOuterTLIO extends CoherenceAgentBundle {
trait HasCachedOuterTLIO extends HasCoherenceAgentParameters {
val outer = Bundle(new ClientTileLinkIO)(outerTLParams)
def oacq(dummy: Int = 0) = outer.acquire.bits
def oprb(dummy: Int = 0) = outer.probe.bits
@ -73,25 +75,29 @@ trait HasCachedOuterTLIO extends CoherenceAgentBundle {
def ognt(dummy: Int = 0) = outer.grant.bits
}
class ManagerTLIO extends HasInnerTLIO with HasUncachedOuterTLIO
class ManagerTLIO(implicit p: Parameters) extends CoherenceAgentBundle()(p)
with HasInnerTLIO
with HasUncachedOuterTLIO
abstract class CoherenceAgent extends CoherenceAgentModule {
abstract class CoherenceAgent(implicit p: Parameters) extends CoherenceAgentModule()(p) {
def innerTL: ManagerTileLinkIO
def outerTL: ClientTileLinkIO
def incoherent: Vec[Bool]
}
abstract class ManagerCoherenceAgent extends CoherenceAgent
abstract class ManagerCoherenceAgent(implicit p: Parameters) extends CoherenceAgent()(p)
with HasCoherenceAgentWiringHelpers {
val io = new ManagerTLIO
def innerTL = io.inner
def outerTL = TileLinkIOWrapper(io.outer, outerTLParams)
def outerTL = TileLinkIOWrapper(io.outer)(outerTLParams)
def incoherent = io.incoherent
}
class HierarchicalTLIO extends HasInnerTLIO with HasCachedOuterTLIO
class HierarchicalTLIO(implicit p: Parameters) extends CoherenceAgentBundle()(p)
with HasInnerTLIO
with HasCachedOuterTLIO
abstract class HierarchicalCoherenceAgent extends CoherenceAgent {
abstract class HierarchicalCoherenceAgent(implicit p: Parameters) extends CoherenceAgent()(p) {
val io = new HierarchicalTLIO
def innerTL = io.inner
def outerTL = io.outer
@ -104,10 +110,14 @@ trait HasTrackerConflictIO extends Bundle {
val has_release_match = Bool(OUTPUT)
}
class ManagerXactTrackerIO extends ManagerTLIO with HasTrackerConflictIO
class HierarchicalXactTrackerIO extends HierarchicalTLIO with HasTrackerConflictIO
class ManagerXactTrackerIO(implicit p: Parameters) extends ManagerTLIO()(p)
with HasTrackerConflictIO
abstract class XactTracker extends CoherenceAgentModule with HasDataBeatCounters {
class HierarchicalXactTrackerIO(implicit p: Parameters) extends HierarchicalTLIO()(p)
with HasTrackerConflictIO
abstract class XactTracker(implicit p: Parameters) extends CoherenceAgentModule()(p)
with HasDataBeatCounters {
def addPendingBitWhenBeat[T <: HasBeat](inc: Bool, in: T): UInt =
Fill(in.tlDataBeats, inc) & UIntToOH(in.addr_beat)
def dropPendingBitWhenBeat[T <: HasBeat](dec: Bool, in: T): UInt =

4
uncore/src/main/scala/util.scala
View File

@ -42,7 +42,7 @@ object ZCounter {
}
}
class FlowThroughSerializer[T <: HasTileLinkData](gen: T, n: Int) extends Module {
class FlowThroughSerializer[T <: Bundle with HasTileLinkData](gen: T, n: Int) extends Module {
val io = new Bundle {
val in = Decoupled(gen).flip
val out = Decoupled(gen)
@ -96,7 +96,7 @@ class FlowThroughSerializer[T <: HasTileLinkData](gen: T, n: Int) extends Module
}
object FlowThroughSerializer {
def apply[T <: HasTileLinkData](in: DecoupledIO[T], n: Int): DecoupledIO[T] = {
def apply[T <: Bundle with HasTileLinkData](in: DecoupledIO[T], n: Int): DecoupledIO[T] = {
val fs = Module(new FlowThroughSerializer(in.bits, n))
fs.io.in.valid := in.valid
fs.io.in.bits := in.bits