sim

Type Members

class CoreSimManager extends SimManager
abstract class RandomizableBitVector extends AnyRef

Attributes
protected
implicit class SimAFixPimper extends AnyRef
implicit class SimArrayBufferPimper[T] extends AnyRef
implicit class SimBaseTypePimper extends AnyRef

Add implicit function to BaseType for simulation
implicit class SimBigIntPimper extends AnyRef

Add implicit function to BigInt
implicit class SimBitVectorPimper extends AnyRef

Add implicit function to BitVector
implicit class SimBitsPimper extends RandomizableBitVector

Add implicit function to Bits
implicit class SimBoolPimper extends AnyRef

Add implicit function to Bool
implicit class SimClockDomainHandlePimper extends SimClockDomainPimper
implicit class SimClockDomainPimper extends AnyRef

Add implicit function to ClockDomain
abstract class SimCompiled[T <: Component] extends AnyRef

Run simulation
case class SimConfigLegacy[T <: Component](_rtlGen: Option[() ⇒ T] = None, _spinalConfig: SpinalConfig = SpinalConfig(), _spinalReport: Option[SpinalReport[T]] = None) extends Product with Serializable

Legacy simulation configuration
implicit class SimDataPimper[T <: Data] extends AnyRef

Add implicit function to Data
implicit class SimEnumPimper[T <: SpinalEnum] extends AnyRef

Add implicit function to Enum
abstract class SimFix[T <: XFix[_, _]] extends AnyRef

Add implicit function to UFix/SFix/AFix
implicit class SimMemPimper[T <: Data] extends AnyRef
case class SimMutex(randomized: Boolean = false) extends Product with Serializable
implicit class SimSFixPimper extends SimFix[SFix]
implicit class SimSIntPimper extends RandomizableBitVector

Add implicit function to SInt
implicit class SimSeqPimper[T] extends AnyRef
implicit class SimUFixPimper extends SimFix[UFix]
implicit class SimUIntPimper extends RandomizableBitVector

Add implicit function to UInt
implicit class SimUnionElementPimper[T <: Data] extends AnyRef
class SimVerilatorPhase extends PhaseNetlist
implicit class SimpComponentPimper[T <: Component] extends AnyRef
case class SpinalGhdlBackendConfig[T <: Component](rtl: SpinalReport[T], waveFormat: WaveFormat = WaveFormat.NONE, workspacePath: String = "./", workspaceName: String = null, wavePath: String = null, wavePrefix: String = null, waveDepth: Int = 0, optimisationLevel: Int = 2, simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), runFlags: ArrayBuffer[String] = ArrayBuffer[String](), usePluginsCache: Boolean = true, pluginsCachePath: String = "./simWorkspace/.pluginsCachePath", enableLogging: Boolean = false, timePrecision: TimeNumber = null, ghdlFlags: GhdlFlags = GhdlFlags()) extends SpinalVpiBackendConfig[T] with Product with Serializable
case class SpinalIVerilogBackendConfig[T <: Component](rtl: SpinalReport[T], waveFormat: WaveFormat = WaveFormat.NONE, workspacePath: String = "./", workspaceName: String = null, wavePath: String = null, wavePrefix: String = null, waveDepth: Int = 0, optimisationLevel: Int = 2, simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), runFlags: ArrayBuffer[String] = ArrayBuffer[String](), usePluginsCache: Boolean = true, pluginsCachePath: String = "./simWorkspace/.pluginsCachePath", enableLogging: Boolean = false, timePrecision: TimeNumber = null) extends SpinalVpiBackendConfig[T] with Product with Serializable
class SpinalSimBackendSel extends AnyRef
case class SpinalSimConfig(_workspacePath: String = ..., _workspaceName: String = null, _waveDepth: Int = 0, _spinalConfig: SpinalConfig = SpinalConfig(), _optimisationLevel: Int = 0, _simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), _runFlags: ArrayBuffer[String] = ArrayBuffer[String](), _additionalRtlPath: ArrayBuffer[String] = ArrayBuffer[String](), _additionalIncludeDir: ArrayBuffer[String] = ArrayBuffer[String](), _waveFormat: WaveFormat = WaveFormat.NONE, _backend: SpinalSimBackendSel = SpinalSimBackendSel.VERILATOR, _withCoverage: Boolean = false, _maxCacheEntries: Int = 100, _cachePath: String = null, _disableCache: Boolean = false, _withLogging: Boolean = false, _vcsCC: Option[String] = None, _vcsLd: Option[String] = None, _vcsUserFlags: VCSFlags = VCSFlags(), _vcsSimSetupFile: String = null, _vcsEnvSetup: () ⇒ Unit = null, _xciSourcesPaths: ArrayBuffer[String] = ArrayBuffer[String](), _bdSourcesPaths: ArrayBuffer[String] = ArrayBuffer[String](), _xilinxDevice: String = "xc7vx485tffg1157-1", _simScript: String = null, _timePrecision: TimeNumber = null, _timeScale: TimeNumber = null, _testPath: String = "$WORKSPACE/$COMPILED/$TEST", _waveFilePrefix: String = null, _ghdlFlags: GhdlFlags = GhdlFlags()) extends Product with Serializable

SpinalSim configuration
case class SpinalVCSBackendConfig[T <: Component](rtl: SpinalReport[T], waveFormat: WaveFormat = WaveFormat.NONE, workspacePath: String = "./", workspaceName: String = null, wavePath: String = null, wavePrefix: String = null, waveDepth: Int = 0, optimisationLevel: Int = 2, simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), runFlags: ArrayBuffer[String] = ArrayBuffer[String](), usePluginsCache: Boolean = true, pluginsCachePath: String = "./simWorkspace/.pluginsCachePath", enableLogging: Boolean = false, timePrecision: TimeNumber = null, simSetupFile: String = null, envSetup: () ⇒ Unit = null, vcsFlags: VCSFlags = null, compileFlags: ArrayBuffer[String] = ArrayBuffer[String](), elaborateFlags: ArrayBuffer[String] = ArrayBuffer[String](), vcsCC: Option[String] = None, vcsLd: Option[String] = None) extends SpinalVpiBackendConfig[T] with Product with Serializable
case class SpinalVerilatorBackendConfig[T <: Component](rtl: SpinalReport[T], waveFormat: WaveFormat = WaveFormat.NONE, maxCacheEntries: Int = 100, cachePath: String = null, workspacePath: String = "./", workspaceName: String = null, vcdPath: String = null, vcdPrefix: String = null, waveDepth: Int = 0, optimisationLevel: Int = 2, simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), withCoverage: Boolean, timePrecision: TimeNumber = null, testPath: String) extends Product with Serializable
class SpinalVpiBackendConfig[T <: Component] extends AnyRef
case class SpinalXSimBackendConfig[T <: Component](rtl: SpinalReport[T], xciSourcesPaths: ArrayBuffer[String] = ArrayBuffer[String](), bdSourcesPaths: ArrayBuffer[String] = ArrayBuffer[String](), waveFormat: WaveFormat, workspacePath: String, workspaceName: String, wavePath: String, xilinxDevice: String, simScript: String, simulatorFlags: ArrayBuffer[String] = ArrayBuffer[String](), timePrecision: TimeNumber = null) extends Product with Serializable
class SwapTagPhase extends PhaseNetlist

Swap all oldTag with newTag

Value Members

object DoClock

Generate a clock
object DoReset

Execute a reset sequence
object ForkClock

Fork the DoClock
def SimConfig: SpinalSimConfig
object SimPublic extends SpinalTag

Tag SimPublic
object SimSpeedPrinter

Print the simulation speed
object SimStatics
object SimTimeout

Create a Timeout for the simulation
object SimUnionElementPimper
object SimWorkspace

Simulation Workspace
object SpinalGhdlBackend
object SpinalIVerilogBackend
object SpinalSimBackendSel
object SpinalVCSBackend
object SpinalVerilatorBackend
object SpinalVerilatorSim
object SpinalVpiBackend
object SpinalXSimBackend
object TracingOff extends SpinalTag
def currentTestName(): String
def currentTestPath(): String
def delayed(delay: TimeNumber)(body: ⇒ Unit): Unit
def delayed(delay: Long)(body: ⇒ Unit): Unit
def disableSimWave(): Unit
def enableSimWave(): Unit
def fork(body: ⇒ Unit): SimThread

Fork
def forkJoin(bodys: () ⇒ Unit*): Unit
def forkSensitive(trigger: ⇒ Any)(block: ⇒ Unit): Unit
def forkSensitive(triggers: Data)(block: ⇒ Unit): Unit
def forkSensitive(block: ⇒ Unit): Unit
def forkSensitive2(triggers: Data*)(block: ⇒ Unit): Unit
def forkSensitiveWhile(block: ⇒ Boolean): Unit
def forkSimSporadicWave(captures: Seq[(Double, Double)], enableTime: Double = 1e-7, disableTime: Double = 1e-4, timeUnit: Double = 1e12): Unit
def getBigInt[T <: Data](mem: Mem[T], address: Long): BigInt
def getForbiddenRandom(): AtomicLong
def hzToLong(hz: HertzNumber): Long
def onSimEnd(body: ⇒ Unit): Unit
def periodicaly(delay: Long)(body: ⇒ Unit): Unit
def setBigInt(bt: BaseType, value: BigInt): Unit

Set a BigInt value to a BaseType
def setBigInt[T <: Data](mem: Mem[T], address: Long, data: BigInt): Unit
def setLong(bt: BaseType, value: Long): Unit

Set a long value to a BaseType
def simCompiled: SimCompiled[_ <: Component]
def simDeltaCycle(): Long
def simFailure(message: String = ""): Nothing
def simRandom(implicit simManager: SimManager = sm): Random
def simSuccess(): Nothing

Success/Failure simulation
def simThread: SimThread
def simTime(): Long

Return the current simulation time
def sleep(time: TimeNumber): Unit
def sleep(cycles: Double): Unit
def sleep(cycles: Long): Unit

Sleep / WaitUntil
def sm: SimManager
def timePrecision: BigDecimal
def timeToLong(time: TimeNumber): Long
def waitUntil(cond: ⇒ Boolean): Unit

Deprecated Value Members

def SimConfig[T <: Component](rtl: SpinalReport[T]): SimConfigLegacy[T]

Annotations
@deprecated
Deprecated
(Since version ???) Use SimConfig.???.compile(new Dut) instead
def SimConfig[T <: Component](rtl: ⇒ T): SimConfigLegacy[T]

Annotations
@deprecated
Deprecated
(Since version ???) Use SimConfig.???.compile(new Dut) instead

package sim

Type Members

class CoreSimManager extends SimManager

abstract class RandomizableBitVector extends AnyRef

implicit class SimAFixPimper extends AnyRef

implicit class SimArrayBufferPimper[T] extends AnyRef

implicit class SimBaseTypePimper extends AnyRef

implicit class SimBigIntPimper extends AnyRef

implicit class SimBitVectorPimper extends AnyRef

implicit class SimBitsPimper extends RandomizableBitVector

implicit class SimBoolPimper extends AnyRef

implicit class SimClockDomainHandlePimper extends SimClockDomainPimper

implicit class SimClockDomainPimper extends AnyRef

abstract class SimCompiled[T <: Component] extends AnyRef

case class SimConfigLegacy[T <: Component](_rtlGen: Option[() ⇒ T] = None, _spinalConfig: SpinalConfig = SpinalConfig(), _spinalReport: Option[SpinalReport[T]] = None) extends Product with Serializable

implicit class SimDataPimper[T <: Data] extends AnyRef

implicit class SimEnumPimper[T <: SpinalEnum] extends AnyRef

abstract class SimFix[T <: XFix[_, _]] extends AnyRef

implicit class SimMemPimper[T <: Data] extends AnyRef

case class SimMutex(randomized: Boolean = false) extends Product with Serializable

implicit class SimSFixPimper extends SimFix[SFix]

implicit class SimSIntPimper extends RandomizableBitVector

implicit class SimSeqPimper[T] extends AnyRef

implicit class SimUFixPimper extends SimFix[UFix]

implicit class SimUIntPimper extends RandomizableBitVector

implicit class SimUnionElementPimper[T <: Data] extends AnyRef

class SimVerilatorPhase extends PhaseNetlist

implicit class SimpComponentPimper[T <: Component] extends AnyRef

class SpinalSimBackendSel extends AnyRef

class SpinalVpiBackendConfig[T <: Component] extends AnyRef

class SwapTagPhase extends PhaseNetlist

Value Members

object DoClock

object DoReset

object ForkClock

def SimConfig: SpinalSimConfig

object SimPublic extends SpinalTag

object SimSpeedPrinter

object SimStatics

object SimTimeout

object SimUnionElementPimper

object SimWorkspace

object SpinalGhdlBackend

object SpinalIVerilogBackend

object SpinalSimBackendSel

object SpinalVCSBackend

object SpinalVerilatorBackend

object SpinalVerilatorSim

object SpinalVpiBackend

object SpinalXSimBackend

object TracingOff extends SpinalTag

def currentTestName(): String

def currentTestPath(): String

def delayed(delay: TimeNumber)(body: ⇒ Unit): Unit

def delayed(delay: Long)(body: ⇒ Unit): Unit

def disableSimWave(): Unit

def enableSimWave(): Unit

def fork(body: ⇒ Unit): SimThread

def forkJoin(bodys: () ⇒ Unit*): Unit

def forkSensitive(trigger: ⇒ Any)(block: ⇒ Unit): Unit

def forkSensitive(triggers: Data)(block: ⇒ Unit): Unit

def forkSensitive(block: ⇒ Unit): Unit

def forkSensitive2(triggers: Data*)(block: ⇒ Unit): Unit

def forkSensitiveWhile(block: ⇒ Boolean): Unit

def forkSimSporadicWave(captures: Seq[(Double, Double)], enableTime: Double = 1e-7, disableTime: Double = 1e-4, timeUnit: Double = 1e12): Unit

def getBigInt[T <: Data](mem: Mem[T], address: Long): BigInt

def getForbiddenRandom(): AtomicLong

def hzToLong(hz: HertzNumber): Long

def onSimEnd(body: ⇒ Unit): Unit

def periodicaly(delay: Long)(body: ⇒ Unit): Unit

def setBigInt(bt: BaseType, value: BigInt): Unit

def setBigInt[T <: Data](mem: Mem[T], address: Long, data: BigInt): Unit

def setLong(bt: BaseType, value: Long): Unit

def simCompiled: SimCompiled[_ <: Component]

def simDeltaCycle(): Long

def simFailure(message: String = ""): Nothing

def simRandom(implicit simManager: SimManager = sm): Random

def simSuccess(): Nothing

def simThread: SimThread