Searched refs:InterruptLevel (Results 1 – 3 of 3) sorted by relevance
151 interruptIdentification |= (InterruptLevel)FifoControl.IsEnabled; in WriteByte()171 … interruptIdentification &= (InterruptLevel)unchecked((byte)(~FifoControl.IsEnabled)); in WriteByte()281 … if((value & MaskInterruptId) == (byte)InterruptLevel.TransmitterHoldingRegEmpty) in ReadByte()368 interruptIdentification = InterruptLevel.NoInterruptsPending; in Reset()391 var interruptId = InterruptLevel.NoInterruptsPending; in Update()394 interruptId = InterruptLevel.ReceiverLineStatusIrq; in Update()398 interruptId = InterruptLevel.ReceiverDataIrq; in Update()402 interruptId = InterruptLevel.TransmitterHoldingRegEmpty; in Update()406 interruptId = InterruptLevel.ModemStatusIrq; in Update()409 … interruptIdentification = interruptId | (interruptIdentification & (InterruptLevel)0xF0); in Update()[all …]
37 interruptIdentification = InterruptLevel.NoInterruptsPending; in Reset()160 var interruptId = InterruptLevel.NoInterruptsPending; in UpdateInterrupts()163 interruptId = InterruptLevel.ReceiverLineStatusIrq; in UpdateInterrupts()167 interruptId = InterruptLevel.ReceiverDataIrq; in UpdateInterrupts()172 IRQ.Set(interruptId != InterruptLevel.NoInterruptsPending); in UpdateInterrupts()408 private InterruptLevel interruptIdentification;461 private enum InterruptLevel : byte enum in Antmicro.Renode.Peripherals.UART.RenesasDA14_UART
80 case registerOffset.InterruptLevel: in ReadDoubleWord()81 return registers.InterruptLevel; in ReadDoubleWord()154 case registerOffset.InterruptLevel: in WriteDoubleWord()159 registers.InterruptLevel = value; in WriteDoubleWord()517 … interruptPriority = number + (((registers.InterruptLevel & 1u<<number) != 0) ? 16 : 0); in addPendingInterrupt()564 InterruptLevel = 0x00, enumerator577 public uint InterruptLevel; field in Antmicro.Renode.Peripherals.IRQControllers.GaislerMIC.deviceRegisters
