Searched refs:activeInterrupts (Results 1 – 5 of 5) sorted by relevance
30 activeInterrupts = new bool[numberOfGpios]; in GPIOInterruptManager()46 Array.Clear(activeInterrupts, 0, activeInterrupts.Length); in Reset()58 activeInterrupts[index] = false; in ClearInterrupt()82 activeInterrupts[i] = currentState; in RefreshInterrupts()86 activeInterrupts[i] |= currentState; in RefreshInterrupts()88 irqState |= activeInterrupts[i] && !InterruptMask[i]; in RefreshInterrupts()93 activeInterrupts[i] = !currentState; in RefreshInterrupts()97 activeInterrupts[i] |= !currentState; in RefreshInterrupts()99 irqState |= activeInterrupts[i] && !InterruptMask[i]; in RefreshInterrupts()105 activeInterrupts[i] = true; in RefreshInterrupts()[all …]
24 activeInterrupts = new Stack<IrqSource>(); in IrqContext()34 activeInterrupts.Clear(); in Reset()49 var currentPriority = activeInterrupts.Count > 0 ? activeInterrupts.Peek().Priority : 0; in RefreshInterrupt()58 if(activeInterrupts.Count == 0) in CompleteHandlingInterrupt()63 var topActiveInterrupt = activeInterrupts.Pop(); in CompleteHandlingInterrupt()133 activeInterrupts.Push(pendingIrq); in AcknowledgePendingInterrupt()153 private readonly Stack<IrqSource> activeInterrupts; field in Antmicro.Renode.Peripherals.IRQControllers.PLIC.IrqContext
30 activeInterrupts = new Collections.PriorityQueue<Interrupt, int>(); in PL190_VIC()39 activeInterrupts.Clear(); in Reset()78 while(activeInterrupts.Count > 0 && !activeInterrupts.Peek().IsActive) in ClearInactiveInterrupts()80 activeInterrupts.Dequeue(); in ClearInactiveInterrupts()90 lock(activeInterrupts) in UpdateInterrupts()105 activeInterrupts.Enqueue(interrupts[id], interrupts[id].Priority); in UpdateInterrupts()114 var irq = activeInterrupts.TryPeek(out var interrupt, out _) && interrupt.IsActive; in RefreshIrqFiqState()188 lock(activeInterrupts) in DefineRegisters()191 if(activeInterrupts.TryDequeue(out var interrupt, out var __)) in DefineRegisters()204 lock(activeInterrupts) in DefineRegisters()[all …]
29 activeInterrupts = new bool[NumberOfGPIOS]; in Quark_GPIOController()50 activeInterrupts[i] = false; in Reset()189 activeInterrupts[bit] = false; in PrepareRegisters()195 …e.Read, valueProviderCallback: _ => BitHelper.GetValueFromBitsArray(activeInterrupts.Zip(Interrupt… in PrepareRegisters()198 … 32, FieldMode.Read, valueProviderCallback: _ => BitHelper.GetValueFromBitsArray(activeInterrupts)) in PrepareRegisters()258 activeInterrupts[i] = true; in RefreshInterrupts()265 activeInterrupts[i] = true; in RefreshInterrupts()272 activeInterrupts[i] = true; in RefreshInterrupts()282 else if(!activeInterrupts.Any(x => x)) in RefreshInterrupts()293 private readonly bool[] activeInterrupts; field in Antmicro.Renode.Peripherals.X86.Quark_GPIOController
29 activeInterrupts = new HashSet<TInterrupt>(); in InterruptManager()120 activeInterrupts.Clear(); in Reset()269 activeInterrupts.Add(interrupt); in SetInterrupt()273 activeInterrupts.Remove(interrupt); in SetInterrupt()280 return activeInterrupts.Contains(interrupt); in IsSet()315 … var value = enabledInterrupts.Intersect(irq.Value).Intersect(activeInterrupts).Any(); in RefreshInterrupts()325 private readonly HashSet<TInterrupt> activeInterrupts; field in Antmicro.Renode.Utilities.TInterrupt
