444180c20d
* Properly cache regexes in chat sanitization/accents Wow I wonder if `new Regex()` has a cost to it *looks at server profile*. * Avoid lag caused by Tippy command completions CompletionHelper.PrototypeIDs explicitly says *not* to use it with EntityPrototype. Unsurprisingly, reporting a completion result for every entity prototype in the game is a *bad idea*. * Add active count metrics to some high-load systems Mover & NPCs I suspect the thing that caused the Leviathan round to shit itself on performance is NPC spam in space or something. So let's verify that. * Enable parallel processing on pow3r again Originally disabled due to a theory of it causing bugs, it was re-enabled on Vulture, and I'm not aware of it having caused any issues there. * Replace hashset with bitflags for AtmosMonitor alert types. Allocating these hashsets was like 20% of the CPU of atmos, somehow. * Cache HashSet used for space movement collider checks Turns out this was a ton of server allocations. Huh.
413 lines
14 KiB
C#
413 lines
14 KiB
C#
using Robust.Shared.Prototypes;
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using Robust.Shared.Serialization;
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namespace Content.Shared.Atmos.Monitor;
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[Prototype("alarmThreshold")]
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public sealed partial class AtmosAlarmThresholdPrototype : IPrototype
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{
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[IdDataField]
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public string ID { get; private set; } = default!;
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[DataField("ignore")]
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public bool Ignore;
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[DataField("upperBound")]
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public AlarmThresholdSetting UpperBound = AlarmThresholdSetting.Disabled;
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[DataField("lowerBound")]
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public AlarmThresholdSetting LowerBound = AlarmThresholdSetting.Disabled;
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[DataField("upperWarnAround")]
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public AlarmThresholdSetting UpperWarningPercentage = AlarmThresholdSetting.Disabled;
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[DataField("lowerWarnAround")]
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public AlarmThresholdSetting LowerWarningPercentage = AlarmThresholdSetting.Disabled;
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}
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[Serializable, NetSerializable, DataDefinition]
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public sealed partial class AtmosAlarmThreshold
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{
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[DataField("ignore")]
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public bool Ignore;
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[DataField("upperBound")]
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private AlarmThresholdSetting _upperBound = AlarmThresholdSetting.Disabled;
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[DataField("lowerBound")]
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private AlarmThresholdSetting _lowerBound = AlarmThresholdSetting.Disabled;
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[DataField("upperWarnAround")]
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public AlarmThresholdSetting UpperWarningPercentage = AlarmThresholdSetting.Disabled;
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[DataField("lowerWarnAround")]
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public AlarmThresholdSetting LowerWarningPercentage = AlarmThresholdSetting.Disabled;
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public AlarmThresholdSetting UpperBound
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{
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get => _upperBound;
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set
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{
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// Because the warnings are stored as percentages of the bounds,
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// Make a copy of the calculated bounds, so that the real warning amount
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// doesn't change value when user changes the bounds
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var oldWarning = UpperWarningBound;
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_upperBound = value;
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UpperWarningBound = oldWarning;
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}
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}
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public AlarmThresholdSetting LowerBound
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{
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get => _lowerBound;
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set
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{
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// Because the warnings are stored as percentages of the bounds,
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// Make a copy of the calculated bounds, so that the real warning amount
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// doesn't change value when user changes the bounds
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var oldWarning = LowerWarningBound;
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_lowerBound = value;
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LowerWarningBound = oldWarning;
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}
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}
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[ViewVariables]
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public AlarmThresholdSetting UpperWarningBound
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{
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get => CalculateWarningBound(AtmosMonitorThresholdBound.Upper);
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set => UpperWarningPercentage = CalculateWarningPercentage(AtmosMonitorThresholdBound.Upper, value);
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}
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[ViewVariables]
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public AlarmThresholdSetting LowerWarningBound
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{
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get => CalculateWarningBound(AtmosMonitorThresholdBound.Lower);
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set => LowerWarningPercentage = CalculateWarningPercentage(AtmosMonitorThresholdBound.Lower, value);
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}
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public AtmosAlarmThreshold()
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{
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}
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public AtmosAlarmThreshold(AtmosAlarmThreshold other)
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{
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Ignore = other.Ignore;
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UpperBound = other.UpperBound;
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LowerBound = other.LowerBound;
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UpperWarningPercentage = other.UpperWarningPercentage;
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LowerWarningPercentage = other.LowerWarningPercentage;
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}
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public AtmosAlarmThreshold(AtmosAlarmThresholdPrototype proto)
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{
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Ignore = proto.Ignore;
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UpperBound = proto.UpperBound;
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LowerBound = proto.LowerBound;
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UpperWarningPercentage = proto.UpperWarningPercentage;
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LowerWarningPercentage = proto.LowerWarningPercentage;
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}
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// utility function to check a threshold against some calculated value
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public bool CheckThreshold(float value, out AtmosAlarmType state)
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{
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return CheckThreshold(value, out state, out AtmosMonitorThresholdBound _);
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}
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// utility function to check a threshold against some calculated value. If the output state
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// is normal, whichFailed should not be used..
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public bool CheckThreshold(float value, out AtmosAlarmType state, out AtmosMonitorThresholdBound whichFailed)
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{
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state = AtmosAlarmType.Normal;
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whichFailed = AtmosMonitorThresholdBound.Upper;
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if (Ignore)
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{
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return false;
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}
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if (value >= UpperBound)
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{
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state = AtmosAlarmType.Danger;
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whichFailed = AtmosMonitorThresholdBound.Upper;
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return true;
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}
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if(value <= LowerBound)
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{
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state = AtmosAlarmType.Danger;
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whichFailed = AtmosMonitorThresholdBound.Lower;
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return true;
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}
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if (value >= UpperWarningBound)
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{
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state = AtmosAlarmType.Warning;
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whichFailed = AtmosMonitorThresholdBound.Upper;
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return true;
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}
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if (value <= LowerWarningBound)
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{
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state = AtmosAlarmType.Warning;
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whichFailed = AtmosMonitorThresholdBound.Lower;
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return true;
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}
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return false;
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}
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/// Warnings are stored in prototypes as a percentage, for ease of content
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/// maintainers. This recalculates a new "real" value of the warning
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/// threshold, for use in the actual atmosphereic checks.
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public AlarmThresholdSetting CalculateWarningBound(AtmosMonitorThresholdBound bound)
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{
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switch (bound)
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{
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case AtmosMonitorThresholdBound.Upper:
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return new AlarmThresholdSetting {
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Enabled = UpperWarningPercentage.Enabled,
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Value = UpperBound.Value * UpperWarningPercentage.Value};
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case AtmosMonitorThresholdBound.Lower:
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return new AlarmThresholdSetting {
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Enabled = LowerWarningPercentage.Enabled,
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Value = LowerBound.Value * LowerWarningPercentage.Value};
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default:
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// Unreachable.
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return new AlarmThresholdSetting();
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}
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}
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public AlarmThresholdSetting CalculateWarningPercentage(AtmosMonitorThresholdBound bound, AlarmThresholdSetting warningBound)
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{
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switch (bound)
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{
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case AtmosMonitorThresholdBound.Upper:
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return new AlarmThresholdSetting {
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Enabled = UpperWarningPercentage.Enabled,
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Value = UpperBound.Value == 0 ? 0 : warningBound.Value / UpperBound.Value};
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case AtmosMonitorThresholdBound.Lower:
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return new AlarmThresholdSetting {
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Enabled = LowerWarningPercentage.Enabled,
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Value = LowerBound.Value == 0 ? 0 : warningBound.Value / LowerBound.Value };
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default:
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// Unreachable.
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return new AlarmThresholdSetting();
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}
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}
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// Enable or disable a single threshold setting
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public void SetEnabled(AtmosMonitorLimitType whichLimit, bool isEnabled)
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{
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switch(whichLimit)
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{
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case AtmosMonitorLimitType.LowerDanger:
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LowerBound = LowerBound.WithEnabled(isEnabled);
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break;
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case AtmosMonitorLimitType.LowerWarning:
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LowerWarningPercentage = LowerWarningPercentage.WithEnabled(isEnabled);
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break;
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case AtmosMonitorLimitType.UpperWarning:
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UpperWarningPercentage = UpperWarningPercentage.WithEnabled(isEnabled);
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break;
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case AtmosMonitorLimitType.UpperDanger:
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UpperBound = UpperBound.WithEnabled(isEnabled);
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break;
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}
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}
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// Set the limit for a threshold. Will clamp other limits appropriately to
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// enforce that LowerBound <= LowerWarningBound <= UpperWarningBound <= UpperBound
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public void SetLimit(AtmosMonitorLimitType whichLimit, float limit)
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{
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if (limit <= 0)
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{
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// Unit tests expect that setting value of 0 or less should not change the limit.
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// Feels a bit strange, but does avoid a bug where the warning data (stored as a
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// percentage of danger bounds) is lost when setting the danger threshold to zero
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return;
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}
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switch (whichLimit)
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{
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case AtmosMonitorLimitType.LowerDanger:
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LowerBound = LowerBound.WithThreshold(limit);
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LowerWarningBound = LowerWarningBound.WithThreshold(Math.Max(limit, LowerWarningBound.Value));
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UpperWarningBound = UpperWarningBound.WithThreshold(Math.Max(limit, UpperWarningBound.Value));
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UpperBound = UpperBound.WithThreshold(Math.Max(limit, UpperBound.Value));
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break;
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case AtmosMonitorLimitType.LowerWarning:
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LowerBound = LowerBound.WithThreshold(Math.Min(LowerBound.Value, limit));
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LowerWarningBound = LowerWarningBound.WithThreshold(limit);
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UpperWarningBound = UpperWarningBound.WithThreshold(Math.Max(limit, UpperWarningBound.Value));
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UpperBound = UpperBound.WithThreshold(Math.Max(limit, UpperBound.Value));
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break;
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case AtmosMonitorLimitType.UpperWarning:
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LowerBound = LowerBound.WithThreshold(Math.Min(LowerBound.Value, limit));
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LowerWarningBound = LowerWarningBound.WithThreshold(Math.Min(LowerWarningBound.Value, limit));
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UpperWarningBound = UpperWarningBound.WithThreshold(limit);
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UpperBound = UpperBound.WithThreshold(Math.Max(limit, UpperBound.Value));
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break;
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case AtmosMonitorLimitType.UpperDanger:
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LowerBound = LowerBound.WithThreshold(Math.Min(LowerBound.Value, limit));
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LowerWarningBound = LowerWarningBound.WithThreshold(Math.Min(LowerWarningBound.Value, limit));
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UpperWarningBound = UpperWarningBound.WithThreshold(Math.Min(UpperWarningBound.Value, limit));
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UpperBound = UpperBound.WithThreshold(limit);
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break;
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}
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}
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/// <summary>
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/// Iterates through the changes that these threshold settings would make from a
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/// previous instance. Basically, diffs the two settings.
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/// </summary>
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public IEnumerable<AtmosAlarmThresholdChange> GetChanges(AtmosAlarmThreshold previous)
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{
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if (LowerBound != previous.LowerBound)
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yield return new AtmosAlarmThresholdChange(AtmosMonitorLimitType.LowerDanger, previous.LowerBound, LowerBound);
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if (LowerWarningBound != previous.LowerWarningBound)
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yield return new AtmosAlarmThresholdChange(AtmosMonitorLimitType.LowerWarning, previous.LowerWarningBound, LowerWarningBound);
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if (UpperBound != previous.UpperBound)
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yield return new AtmosAlarmThresholdChange(AtmosMonitorLimitType.UpperDanger, previous.UpperBound, UpperBound);
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if (UpperWarningBound != previous.UpperWarningBound)
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yield return new AtmosAlarmThresholdChange(AtmosMonitorLimitType.UpperWarning, previous.UpperWarningBound, UpperWarningBound);
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}
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}
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/// <summary>
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/// A change of a single value between two AtmosAlarmThreshold, for a given AtmosMonitorLimitType
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/// </summary>
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public readonly struct AtmosAlarmThresholdChange
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{
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/// <summary>
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/// The type of change between the two threshold sets
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/// </summary>
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public readonly AtmosMonitorLimitType Type;
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/// <summary>
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/// The value in the old threshold set
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/// </summary>
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public readonly AlarmThresholdSetting? Previous;
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/// <summary>
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/// The value in the new threshold set
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/// </summary>
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public readonly AlarmThresholdSetting Current;
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public AtmosAlarmThresholdChange(AtmosMonitorLimitType type, AlarmThresholdSetting? previous, AlarmThresholdSetting current)
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{
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Type = type;
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Previous = previous;
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Current = current;
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}
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}
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[DataDefinition, Serializable]
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public readonly partial struct AlarmThresholdSetting: IEquatable<AlarmThresholdSetting>
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{
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[DataField("enabled")]
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public bool Enabled { get; init; } = true;
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[DataField("threshold")]
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public float Value { get; init; } = 1;
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public static AlarmThresholdSetting Disabled = new() {Enabled = false, Value = 0};
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public AlarmThresholdSetting()
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{
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}
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public static bool operator <=(float a, AlarmThresholdSetting b)
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{
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return b.Enabled && a <= b.Value;
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}
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public static bool operator >=(float a, AlarmThresholdSetting b)
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{
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return b.Enabled && a >= b.Value;
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}
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public AlarmThresholdSetting WithThreshold(float threshold)
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{
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return this with {Value = threshold};
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}
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public AlarmThresholdSetting WithEnabled(bool enabled)
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{
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return this with {Enabled = enabled};
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}
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public bool Equals(AlarmThresholdSetting other)
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{
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if (Enabled != other.Enabled)
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return false;
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if (Value != other.Value)
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return false;
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return true;
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}
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public override bool Equals(object? obj)
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{
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return obj is AlarmThresholdSetting ats && Equals(ats);
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}
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public static bool operator ==(AlarmThresholdSetting lhs, AlarmThresholdSetting rhs)
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{
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return lhs.Equals(rhs);
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}
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public static bool operator !=(AlarmThresholdSetting lhs, AlarmThresholdSetting rhs)
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{
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return !lhs.Equals(rhs);
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}
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public override int GetHashCode()
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{
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return HashCode.Combine(Enabled, Value);
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}
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}
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public enum AtmosMonitorThresholdBound
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{
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Upper,
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Lower
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}
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public enum AtmosMonitorLimitType //<todo.eoin Very similar to the above...
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{
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LowerDanger,
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LowerWarning,
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UpperWarning,
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UpperDanger,
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}
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// not really used in the prototype but in code,
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// to differentiate between the different
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// fields you can find this prototype in
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public enum AtmosMonitorThresholdType
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{
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Temperature = 0,
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Pressure = 1,
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Gas = 2
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}
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/// <summary>
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/// Bitflags version of <see cref="AtmosMonitorThresholdType"/>
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/// </summary>
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[Flags]
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public enum AtmosMonitorThresholdTypeFlags
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{
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None = 0,
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Temperature = 1 << 0,
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Pressure = 1 << 1,
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Gas = 1 << 2,
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}
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[Serializable, NetSerializable]
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public enum AtmosMonitorVisuals : byte
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{
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AlarmType,
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}
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