JEP 401: Value Objects (Preview)

The G1 Garbage Collector

In this article, we will provide a technical overview and some key usage instructions for the G1 Garbage Collector, the default collector on the JVM.

Inside PGO

In the previous article , we made Go code faster by changing how it computes. SIMD lets one CPU instruction work on several values at once, and the simd/archsimd and simd packages give Go access to it. Our dot product ran about 9 times faster, but the code got a lot harder to read. At the end, I promised another route to speed, one where you don’t rewrite anything. That route is Profile-Guided Optimization (PGO). You record a CPU profile of where your program spends its time and give it back to the compiler, so it can work harder on the code that is actually hot. Your source stays exactly as it was. We briefly saw it in the IR post , and today we’re going deep into it.

Flutter Better in Java

Codename One now builds Flutter apps from their Dart source, and the result starts faster and uses less memory than Flutter's own release build on Android,...

Vercel Sandbox snapshot creation is now up to 10x faster

Vercel Sandbox snapshots now use an optimized indexing format, cutting median creation time from 4.4s to under 0.4s.

Checking Module Boundaries in a Java Monolith

Use an ArchUnit test to check a Java module boundary, examine a violation and move the dependency behind the module's API.

How Netflix Uses AI Agents for Performance Engineering

The Netflix engineering team has developed an autonomous performance agent system. In this article, we’ll be learning more about it.

How to Loop Through a List in C#: Every Way, Benchmarked

How to loop through and iterate a List<T> in C# with foreach, for, ForEach, Index(), and spans, plus break, continue, safe removal, and benchmarks.

Introducing the (blazing fast!) native TCP client for .NET

ClickHouse vừa giới thiệu native TCP client cho .NET giúp tăng tốc độ đọc và insert dữ liệu với số lần phân bổ bộ nhớ ít hơn. API cột (columnar APIs) và hỗ trợ POCO giúp xử lý dữ liệu hiệu quả hơn so với HTTP truyền thống. Client mới này giảm đáng kể chi phí CPU và bộ nhớ nhờ loại bỏ các lớp trung gian không cần thiết. Nếu bạn đang làm việc với ClickHouse trên .NET, việc chuyển sang native TCP client sẽ mang lại hiệu suất vượt trội, đặc biệt với các operation đọc/ghi hàng loạt.

Client TCP native của ClickHouse cho .NET mang lại hiệu suất vượt trội với API cột và hỗ trợ POCO giúp tối ưu hóa hiệu năng ứng dụng của bạn.