protected lazy val feed = count.carryOut(scale + UInt(cmpWidth))
protected lazy val countEn = Wire(Bool())
override protected lazy val oneShot = RegEnable(io.regs.cfg.write.bits(13) && !countReset, Bool(false), (io.regs.cfg.write.valid && unlocked) || countReset)
+ override protected lazy val extra = RegEnable(io.regs.cfg.write.bits(20 + ncmp - 1, 20), init = 0.U, enable = io.regs.cfg.write.valid && unlocked)
override protected lazy val center = RegEnable(io.regs.cfg.write.bits(16 + ncmp - 1, 16), io.regs.cfg.write.valid && unlocked)
override protected lazy val gang = RegEnable(io.regs.cfg.write.bits(24 + ncmp - 1, 24), io.regs.cfg.write.valid && unlocked)
override protected lazy val deglitch = RegEnable(io.regs.cfg.write.bits(10), io.regs.cfg.write.valid && unlocked)(0)
lazy val io = new GenericTimerIO {
val gpio = Vec(ncmp, Bool()).asOutput
}
- io.gpio := io.gpio.fromBits(ip & ~(gang & Cat(ip(0), ip >> 1)))
+
+ val invert = extra
+
+ io.gpio := io.gpio.fromBits((ip & ~(gang & Cat(ip(0), ip >> 1))) ^ invert)
countEn := countAlways || oneShot
}
protected def sticky: Bool = Bool(false)
protected def oneShot: Bool = Bool(false)
protected def center: UInt = UInt(0)
+ protected def extra: UInt = UInt(0)
protected def gang: UInt = UInt(0)
protected val scaleWidth = 4
protected val regWidth = 32
protected val countReset = feed || (zerocmp && elapsed(0))
when (countReset) { count := 0 }
- io.regs.cfg.read := Cat(ip, gang | UInt(0, maxcmp), UInt(0, maxcmp), center | UInt(0, maxcmp),
- UInt(0, 2), countAwake || oneShot, countAlways, UInt(0, 1), deglitch, zerocmp, rsten || sticky, UInt(0, 8-scaleWidth), scale)
+ io.regs.cfg.read := Cat(ip, gang | UInt(0, maxcmp), extra | UInt(0, maxcmp), center | UInt(0, maxcmp),
+ UInt(0, 2), countAwake || oneShot, countAlways, UInt(0, 1), deglitch, zerocmp, rsten || sticky,
+ UInt(0, 8-scaleWidth), scale)
io.regs.countLo.read := count
io.regs.countHi.read := count >> regWidth
io.regs.s.read := s