package sifive.blocks.devices.spi
import Chisel._
+import chisel3.experimental.{withClockAndReset}
import sifive.blocks.devices.pinctrl.{PinCtrl, Pin}
class SPIPins[T <: Pin] (pingen: ()=> T, c: SPIParamsBase) extends SPIBundle(c) {
val dq: Vec[T] = Vec(4, pingen())
val cs: Vec[T] = Vec(c.csWidth, pingen())
- def fromSPIPort(spi: SPIPortIO, syncStages: Int = 0, driveStrength: Bool = Bool(false)) {
-
- sck.outputPin(spi.sck, ds = driveStrength)
+ def fromSPIPort(spi: SPIPortIO, clock: Clock, reset: Bool,
+ syncStages: Int = 0, driveStrength: Bool = Bool(false)) {
- (dq zip spi.dq).foreach {case (p, s) =>
- p.outputPin(s.o, pue = Bool(true), ds = driveStrength)
- p.o.oe := s.oe
- p.o.ie := ~s.oe
- s.i := ShiftRegister(p.i.ival, syncStages)
- }
+ withClockAndReset(clock, reset) {
+ sck.outputPin(spi.sck, ds = driveStrength)
+
+ (dq zip spi.dq).foreach {case (p, s) =>
+ p.outputPin(s.o, pue = Bool(true), ds = driveStrength)
+ p.o.oe := s.oe
+ p.o.ie := ~s.oe
+ s.i := ShiftRegister(p.i.ival, syncStages)
+ }
- (cs zip spi.cs) foreach { case (c, s) =>
- c.outputPin(s, ds = driveStrength)
+ (cs zip spi.cs) foreach { case (c, s) =>
+ c.outputPin(s, ds = driveStrength)
+ }
}
}
}