withClockAndReset(clock, reset) {
scl.outputPin(i2c.scl.out, pue=true.B, ie = true.B)
scl.o.oe := i2c.scl.oe
- i2c.scl.in := SynchronizerShiftRegInit(scl.i.ival, syncStages, init = Bool(true))
+ i2c.scl.in := SynchronizerShiftRegInit(scl.i.ival, syncStages, init = Bool(true),
+ name = Some("i2c_scl_sync"))
sda.outputPin(i2c.sda.out, pue=true.B, ie = true.B)
sda.o.oe := i2c.sda.oe
- i2c.sda.in := SynchronizerShiftRegInit(sda.i.ival, syncStages, init = Bool(true))
+ i2c.sda.in := SynchronizerShiftRegInit(sda.i.ival, syncStages, init = Bool(true),
+ name = Some("i2c_sda_sync"))
}
}
}
withClockAndReset(clock, reset) {
txd.outputPin(uart.txd)
val rxd_t = rxd.inputPin()
- uart.rxd := SynchronizerShiftRegInit(rxd_t, n = syncStages, init = Bool(true))
+ uart.rxd := SynchronizerShiftRegInit(rxd_t, n = syncStages, init = Bool(true), name = Some("uart_rxd_sync"))
}
}
}