100% Free
🎯 3200+ Questions. One Goal: Your Success Sign In Sign Up

Explain the .NET Memory Model and its effect on multi-threading.

Expert .NET Core
Quick Answer The .NET memory model defines ordering guarantees between threads. Without synchronization, the CPU or compiler can reorder reads and writes — one thread might see stale values. lock adds full memory barriers (prevents reordering). volatile prevents caching. Interlocked provides atomic operations. Correct multi-threaded code needs explicit synchronization.

Answer

The .NET Memory Model defines visibility, ordering, and synchronization rules. It allows reordering unless blocked by barriers. Volatile improves visibility; Interlocked and lock introduce memory fences. Handles tearing, cache coherency, ABA issues, and provides relaxed consistency similar but less strict than Java.'s model.

S
SugharaIQ Editorial Team Verified Answer

This answer has been peer-reviewed by industry experts holding senior engineering roles to ensure technical accuracy and relevance for modern interview standards.

Bookmark Add to Set Notes

Want to bookmark, take notes, or join discussions?

Sign in to access all features and personalize your learning experience.

Sign In Create Account

Source: SugharaIQ

Practice Sets for .NET Core

Related Questions in .NET Core

(10 questions)
What is inheritance?
What is ASP.NET Core and why was it created?
Explain the ASP.NET Core hosting model (Host Builder + Kestrel + Startup flow).
What is Kestrel and why does ASP.NET Core use it?
Explain Middleware and the purpose of the ASP.NET Core Request Pipeline.
Why does the order of middleware matter so much?
What is Dependency Injection in ASP.NET Core and why is it built-in?
Explain the three DI lifetimes (Transient, Scoped, Singleton).
What is Configuration in ASP.NET Core and how does it work?
What is the purpose of IOptions, IOptionsSnapshot, and IOptionsMonitor?
View All .NET Core Questions
Ready to level up? Start Practice