Searched refs:CadenceInterruptFlag (Results 1 – 5 of 5) sorted by relevance
28 …controllerIdle = new CadenceInterruptFlag(() => currentCommand == null || currentCommand.Completed… in Cadence_xSPI()29 …commandCompleted = new CadenceInterruptFlag(() => (currentCommand as STIGCommand)?.Completed ?? fa… in Cadence_xSPI()30 commandIgnored = new CadenceInterruptFlag(); in Cadence_xSPI()31 …dmaTriggered = new CadenceInterruptFlag(() => (currentCommand as IDMACommand)?.DMATriggered ?? fal… in Cadence_xSPI()32 … dmaError = new CadenceInterruptFlag(() => (currentCommand as IDMACommand)?.DMAError ?? false); in Cadence_xSPI()33 …autoCommandCompleted = new CadenceInterruptFlag(() => (currentCommand as PIOCommand)?.Completed ??… in Cadence_xSPI()400 private IEnumerable<CadenceInterruptFlag> GetControllerInterruptFlags() in GetControllerInterruptFlags()409 private IEnumerable<CadenceInterruptFlag> GetAutoCommandInterruptFlags() in GetAutoCommandInterruptFlags()414 private IEnumerable<CadenceInterruptFlag> GetAllInterruptFlags() in GetAllInterruptFlags()429 private readonly CadenceInterruptFlag controllerIdle;[all …]
31 txFifoFull = new CadenceInterruptFlag(() => txFifo.Count >= this.txFifoCapacity); in Cadence_SPI()32 … txFifoNotFull = new CadenceInterruptFlag(() => txFifo.Count < (int)txFifoThreshold.Value); in Cadence_SPI()33 txFifoUnderflow = new CadenceInterruptFlag(() => false); in Cadence_SPI()34 rxFifoOverflow = new CadenceInterruptFlag(() => false); in Cadence_SPI()35 rxFifoFull = new CadenceInterruptFlag(() => rxFifo.Count >= this.rxFifoCapacity); in Cadence_SPI()36 … rxFifoNotEmpty = new CadenceInterruptFlag(() => rxFifo.Count >= (int)rxFifoThreshold.Value); in Cadence_SPI()37 modeFail = new CadenceInterruptFlag(() => false); // Not handled in Cadence_SPI()478 private IEnumerable<CadenceInterruptFlag> GetInterruptFlags() in GetInterruptFlags()506 private readonly CadenceInterruptFlag txFifoFull;507 private readonly CadenceInterruptFlag txFifoNotFull;[all …]
31 txFifoOverflow = new CadenceInterruptFlag(); in Cadence_I2C()32 rxFifoOverflow = new CadenceInterruptFlag(); in Cadence_I2C()33 rxFifoUnderflow = new CadenceInterruptFlag(); in Cadence_I2C()34 targetReady = new CadenceInterruptFlag(); in Cadence_I2C()35 transferNotAcknowledged = new CadenceInterruptFlag(); in Cadence_I2C()36 transferNewData = new CadenceInterruptFlag(); in Cadence_I2C()37 transferCompleted = new CadenceInterruptFlag(); in Cadence_I2C()511 private IEnumerable<CadenceInterruptFlag> GetInterruptFlags() in GetInterruptFlags()544 private readonly CadenceInterruptFlag txFifoOverflow;545 private readonly CadenceInterruptFlag rxFifoOverflow;[all …]
27 rxFifoOverflow = new CadenceInterruptFlag(() => false); in Cadence_UART()28 rxFifoFull = new CadenceInterruptFlag(() => Count >= FifoCapacity); in Cadence_UART()29 …rxFifoTrigger = new CadenceInterruptFlag(() => Count >= (int)rxTriggerLevel.Value && rxTriggerLeve… in Cadence_UART()30 rxFifoEmpty = new CadenceInterruptFlag(() => Count == 0); in Cadence_UART()31 rxTimeoutError = new CadenceInterruptFlag(() => false); in Cadence_UART()32 txFifoEmpty = new CadenceInterruptFlag(() => true); in Cadence_UART()147 foreach(CadenceInterruptFlag flag in GetInterruptFlags()) in UpdateSticky()477 private IEnumerable<CadenceInterruptFlag> GetInterruptFlags() in GetInterruptFlags()501 private readonly CadenceInterruptFlag rxFifoOverflow;502 private readonly CadenceInterruptFlag rxFifoFull;[all …]
11 public class CadenceInterruptFlag class13 public CadenceInterruptFlag(Func<bool> statusProvider = null, bool initialMask = false) in CadenceInterruptFlag() method in Antmicro.Renode.Peripherals.Helpers.CadenceInterruptFlag
