问题描述
我有一个处理大量数据的高性能应用程序.它在很短的时间内接收、分析和丢弃大量信息.这会导致我目前正在尝试优化的大量对象流失，但它也会导致次要问题.当垃圾收集启动时，它会在清理东西时导致一些长时间的延迟(我的意思是 10 到 100 毫秒).99% 的时间这是可以接受的，但是对于大约 1-2 分钟的短暂时间窗口，我需要绝对确定垃圾收集不会导致延迟.我知道这些时间段何时会发生，我只需要一种方法来确保在此期间不会发生垃圾收集.该应用程序是使用 .NET 4.0 Framework 用 C# 编写的，如果重要的话，它会使用托管代码和非托管代码.
I have a high performance application that is handling a very large amount of data. It is receiving, analysing and discarding enormous amounts of information over very short periods of time. This causes a fair amount of object churn that I am currently trying to optimize, but it also causes a secondary problem. When Garbage Collection kicks in it can cause some long delays as it cleans things up (by long I mean 10s to 100s of milliseconds). 99% of the time this is acceptable, but for brief windows of time about 1-2 minutes long I need to be absolutely sure that Garbage Collection does not cause a delay. I know when these periods of time will occur beforehand and I just need a way to make sure that Garbage collection doesn't happen during this period. The application is written in C# using .NET 4.0 Framework and uses both managed and unmanaged code if that matters.
我的问题是；
- 是否可以暂时暂停整个程序的垃圾收集?
- 是否可以在我需要释放垃圾收集的窗口之前使用 System.GC.Collect() 强制进行垃圾收集，如果这样做，我将在多长时间内释放垃圾收集?
- 人们对最大限度地减少对垃圾收集的总体需求有何建议?
注意 - 这个系统相当复杂，包含许多不同的组件.我希望避免采用必须在程序的每个类上实现自定义 IDisposable 接口的方法.
Note - this system is fairly complex with lots of different components. I am hoping to avoid going to a approach where I have to implement a custom IDisposable interface on every class of the program.
推荐答案
.NET 4.6 增加了两个新方法:GC.TryStartNoGCRegion 和 GC.EndNoGCRegion 就是为了这个.
.NET 4.6 added two new methods: GC.TryStartNoGCRegion and GC.EndNoGCRegion just for this.
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