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https://github.com/Ryujinx/Ryujinx.git
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* Update readme to mention .NET 7 * infra: Migrate to .NET 7 .NET 7 is still in preview but this prepare for the release coming up next month. * Use Random.Shared in CreateRandom * Move UInt128Utils.cs to Ryujinx.Common project * Fix inverted parameters in System.UInt128 constructor * Fix Visual Studio complains on Ryujinx.Graphics.Vic * time: Fix missing alignment enforcement in SystemClockContext Fixes at least Smash * time: Fix missing alignment enforcement in SteadyClockContext Fix games (like recent version of Smash) using time shared memory * Switch to .NET 7.0.100 release * Enable Tiered PGO * Ensure CreateId validity requirements are meet when doing random generation Also enforce correct packing layout for other Mii structures. This fix a Mario Kart 8 crashes related to the default Miis.
182 lines
8.3 KiB
C#
182 lines
8.3 KiB
C#
using Ryujinx.Cpu;
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using Ryujinx.HLE.Exceptions;
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using Ryujinx.HLE.HOS.Kernel.Memory;
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using Ryujinx.HLE.HOS.Services.Time.Clock;
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using Ryujinx.HLE.HOS.Services.Time.TimeZone;
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using System;
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using System.IO;
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namespace Ryujinx.HLE.HOS.Services.Time
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{
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class TimeManager
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{
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private static TimeManager _instance;
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public static TimeManager Instance
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{
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get
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{
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if (_instance == null)
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{
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_instance = new TimeManager();
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}
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return _instance;
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}
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}
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public StandardSteadyClockCore StandardSteadyClock { get; }
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public TickBasedSteadyClockCore TickBasedSteadyClock { get; }
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public StandardLocalSystemClockCore StandardLocalSystemClock { get; }
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public StandardNetworkSystemClockCore StandardNetworkSystemClock { get; }
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public StandardUserSystemClockCore StandardUserSystemClock { get; }
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public TimeZoneContentManager TimeZone { get; }
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public EphemeralNetworkSystemClockCore EphemeralNetworkSystemClock { get; }
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public TimeSharedMemory SharedMemory { get; }
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public LocalSystemClockContextWriter LocalClockContextWriter { get; }
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public NetworkSystemClockContextWriter NetworkClockContextWriter { get; }
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public EphemeralNetworkSystemClockContextWriter EphemeralClockContextWriter { get; }
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// TODO: 9.0.0+ power states and alarms
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public TimeManager()
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{
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StandardSteadyClock = new StandardSteadyClockCore();
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TickBasedSteadyClock = new TickBasedSteadyClockCore();
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StandardLocalSystemClock = new StandardLocalSystemClockCore(StandardSteadyClock);
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StandardNetworkSystemClock = new StandardNetworkSystemClockCore(StandardSteadyClock);
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StandardUserSystemClock = new StandardUserSystemClockCore(StandardLocalSystemClock, StandardNetworkSystemClock);
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TimeZone = new TimeZoneContentManager();
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EphemeralNetworkSystemClock = new EphemeralNetworkSystemClockCore(TickBasedSteadyClock);
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SharedMemory = new TimeSharedMemory();
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LocalClockContextWriter = new LocalSystemClockContextWriter(SharedMemory);
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NetworkClockContextWriter = new NetworkSystemClockContextWriter(SharedMemory);
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EphemeralClockContextWriter = new EphemeralNetworkSystemClockContextWriter();
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}
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public void Initialize(Switch device, Horizon system, KSharedMemory sharedMemory, SharedMemoryStorage timeSharedMemoryStorage, int timeSharedMemorySize)
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{
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SharedMemory.Initialize(device, sharedMemory, timeSharedMemoryStorage, timeSharedMemorySize);
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// Here we use system on purpose as device. System isn't initialized at this point.
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StandardUserSystemClock.CreateAutomaticCorrectionEvent(system);
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}
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public void InitializeTimeZone(Switch device)
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{
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TimeZone.Initialize(this, device);
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}
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public void SetupStandardSteadyClock(ITickSource tickSource, UInt128 clockSourceId, TimeSpanType setupValue, TimeSpanType internalOffset, TimeSpanType testOffset, bool isRtcResetDetected)
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{
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SetupInternalStandardSteadyClock(clockSourceId, setupValue, internalOffset, testOffset, isRtcResetDetected);
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TimeSpanType currentTimePoint = StandardSteadyClock.GetCurrentRawTimePoint(tickSource);
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SharedMemory.SetupStandardSteadyClock(tickSource, clockSourceId, currentTimePoint);
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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private void SetupInternalStandardSteadyClock(UInt128 clockSourceId, TimeSpanType setupValue, TimeSpanType internalOffset, TimeSpanType testOffset, bool isRtcResetDetected)
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{
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StandardSteadyClock.SetClockSourceId(clockSourceId);
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StandardSteadyClock.SetSetupValue(setupValue);
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StandardSteadyClock.SetInternalOffset(internalOffset);
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StandardSteadyClock.SetTestOffset(testOffset);
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if (isRtcResetDetected)
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{
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StandardSteadyClock.SetRtcReset();
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}
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StandardSteadyClock.MarkInitialized();
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetupStandardLocalSystemClock(ITickSource tickSource, SystemClockContext clockContext, long posixTime)
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{
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StandardLocalSystemClock.SetUpdateCallbackInstance(LocalClockContextWriter);
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SteadyClockTimePoint currentTimePoint = StandardLocalSystemClock.GetSteadyClockCore().GetCurrentTimePoint(tickSource);
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if (currentTimePoint.ClockSourceId == clockContext.SteadyTimePoint.ClockSourceId)
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{
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StandardLocalSystemClock.SetSystemClockContext(clockContext);
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}
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else
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{
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if (StandardLocalSystemClock.SetCurrentTime(tickSource, posixTime) != ResultCode.Success)
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{
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throw new InternalServiceException("Cannot set current local time");
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}
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}
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StandardLocalSystemClock.MarkInitialized();
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetupStandardNetworkSystemClock(SystemClockContext clockContext, TimeSpanType sufficientAccuracy)
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{
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StandardNetworkSystemClock.SetUpdateCallbackInstance(NetworkClockContextWriter);
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if (StandardNetworkSystemClock.SetSystemClockContext(clockContext) != ResultCode.Success)
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{
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throw new InternalServiceException("Cannot set network SystemClockContext");
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}
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StandardNetworkSystemClock.SetStandardNetworkClockSufficientAccuracy(sufficientAccuracy);
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StandardNetworkSystemClock.MarkInitialized();
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetupTimeZoneManager(string locationName, SteadyClockTimePoint timeZoneUpdatedTimePoint, uint totalLocationNameCount, UInt128 timeZoneRuleVersion, Stream timeZoneBinaryStream)
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{
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if (TimeZone.Manager.SetDeviceLocationNameWithTimeZoneRule(locationName, timeZoneBinaryStream) != ResultCode.Success)
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{
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throw new InternalServiceException("Cannot set DeviceLocationName with a given TimeZoneBinary");
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}
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TimeZone.Manager.SetUpdatedTime(timeZoneUpdatedTimePoint, true);
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TimeZone.Manager.SetTotalLocationNameCount(totalLocationNameCount);
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TimeZone.Manager.SetTimeZoneRuleVersion(timeZoneRuleVersion);
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TimeZone.Manager.MarkInitialized();
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetupEphemeralNetworkSystemClock()
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{
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EphemeralNetworkSystemClock.SetUpdateCallbackInstance(EphemeralClockContextWriter);
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EphemeralNetworkSystemClock.MarkInitialized();
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetupStandardUserSystemClock(ITickSource tickSource, bool isAutomaticCorrectionEnabled, SteadyClockTimePoint steadyClockTimePoint)
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{
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if (StandardUserSystemClock.SetAutomaticCorrectionEnabled(tickSource, isAutomaticCorrectionEnabled) != ResultCode.Success)
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{
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throw new InternalServiceException("Cannot set automatic user time correction state");
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}
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StandardUserSystemClock.SetAutomaticCorrectionUpdatedTime(steadyClockTimePoint);
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StandardUserSystemClock.MarkInitialized();
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SharedMemory.SetAutomaticCorrectionEnabled(isAutomaticCorrectionEnabled);
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// TODO: propagate IPC late binding of "time:s" and "time:p"
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}
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public void SetStandardSteadyClockRtcOffset(ITickSource tickSource, TimeSpanType rtcOffset)
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{
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StandardSteadyClock.SetSetupValue(rtcOffset);
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TimeSpanType currentTimePoint = StandardSteadyClock.GetCurrentRawTimePoint(tickSource);
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SharedMemory.SetSteadyClockRawTimePoint(tickSource, currentTimePoint);
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}
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}
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}
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