namespace Mbproxy.Proxy.Cache; /// /// Source-generated definitions for the response cache. /// Event names are stable — do not rename without updating docs/Reference/LogEvents.md's /// Logging event-name table. /// /// Levels are conservative — a busy PLC under steady cache pressure would emit one /// Hit / Miss per FC03/FC04 request. The counters surface the same data at far lower cost /// for monitoring; Debug-level events are present for incident-time diagnosis only. /// internal static partial class CacheLogEvents { [LoggerMessage( EventId = 140, EventName = "mbproxy.cache.hit", Level = LogLevel.Debug, Message = "Cache hit: Plc={Plc} Unit={UnitId} Fc={Fc} Start={Start} Qty={Qty}")] public static partial void Hit( ILogger logger, string plc, byte unitId, byte fc, ushort start, ushort qty); [LoggerMessage( EventId = 141, EventName = "mbproxy.cache.miss", Level = LogLevel.Debug, Message = "Cache miss: Plc={Plc} Unit={UnitId} Fc={Fc} Start={Start} Qty={Qty}")] public static partial void Miss( ILogger logger, string plc, byte unitId, byte fc, ushort start, ushort qty); [LoggerMessage( EventId = 142, EventName = "mbproxy.cache.store", Level = LogLevel.Debug, Message = "Cache store: Plc={Plc} Unit={UnitId} Fc={Fc} Start={Start} Qty={Qty} TtlMs={TtlMs}")] public static partial void Store( ILogger logger, string plc, byte unitId, byte fc, ushort start, ushort qty, int ttlMs); [LoggerMessage( EventId = 143, EventName = "mbproxy.cache.invalidated", Level = LogLevel.Debug, Message = "Cache invalidated: Plc={Plc} Unit={UnitId} WriteStart={WriteStart} WriteQty={WriteQty} Count={Count}")] public static partial void Invalidated( ILogger logger, string plc, byte unitId, ushort writeStart, ushort writeQty, int count); [LoggerMessage( EventId = 144, EventName = "mbproxy.cache.flushed", Level = LogLevel.Information, Message = "Cache flushed: Plc={Plc} Reason={Reason} Count={Count}")] public static partial void Flushed( ILogger logger, string plc, string reason, int count); }