This comprehensive guide compares Dubbo, gRPC, and Feign across eight critical dimensions including protocols, serialization, performance, cross-language support, service discovery, circuit breaking, streaming, and hybrid architecture coordination, with detailed interview questions and answers for each.
Kuaishou contributes to the KMP&CMP community, expanding cross-language syntax support to 78% coverage with complex generics, function expressions, abstract classes, and typealias, while introducing KSP-powered compile-time type solidification to solve runtime generic erasure in ArkTS-Kotlin interop.
Taihe is a HarmonyOS cross-language tool that replaces 200+ lines of manual NAPI binding code with a 4-line IDL definition, generating type-safe C++, ArkTS, and NAPI bindings through a compiler pipeline with stable ABI and language projections.
This article examines gRPC’s implementation principles, multi‑language support, Protocol Buffers foundation, advantages and disadvantages, and provides a C++/Go demo illustrating its cross‑language capabilities within cloud‑native environments, including project structure, code snippets, and discussion of HTTP/2 transport.
This article examines gRPC’s implementation principles, its multi‑language support, Protocol Buffers integration, performance advantages, and limitations such as browser compatibility, while providing a C++/Go demo that showcases cross‑language RPC calls and a detailed project structure.
The article introduces a data‑driven, Datalog‑based cross‑language program analysis technique presented in an ICSE 2025 paper, describes the open‑source CodeFuse‑Query platform, its technical innovations, and multiple production scenarios such as code evaluation, precise testing, dead‑code detection, and large‑scale code data cleaning.
This article explores how Taro leverages C++ and the Harmony C‑API to build a high‑performance, cross‑language event system that unifies event handling across C++, ArkTS, and JavaScript, detailing architecture, event center implementation, node event processing, and future enhancements.
This article explains how Taro leverages C++ and the HarmonyOS C‑API to build a high‑performance, multi‑language event system that bridges ArkTS, JavaScript and native components, detailing architecture considerations, implementation details, and future directions for improving cross‑language event handling.
This article explains how Taro leverages C‑API to move runtime logic to C++ and builds a cross‑language event system that unifies ArkTS, JavaScript and C++ on Harmony OS, improving rendering performance, lifecycle management, and developer productivity.
PythonMonkey is a SpiderMonkey‑based JavaScript runtime embedded in Python that lets developers run JavaScript inside Python and vice‑versa, offering WebAssembly support, a Node‑like PMJS environment, and a roadmap of cross‑language features aimed at speeding development and reducing maintenance overhead.
This article explains how to call Go functions from C within the same process, covering the three‑step implementation, compilation into a shared library, the C invocation code, and a detailed walkthrough of the cgo and Go runtime mechanisms that make cross‑language calls possible.
This article explains how to invoke Go functions from C within the same process, covering the three‑step implementation, the required cgo compilation commands, the generated intermediate files, and the runtime mechanisms such as crosscall2 and stack switching that make cross‑language calls possible.
Fury is a JIT‑compiled, zero‑copy, multi‑language serialization framework that delivers up to 170× speed improvements over traditional serializers, supports Java, Python, C++, Go, JavaScript, Scala and Rust, and has recently been donated to the Apache Software Foundation after a successful open‑source journey.
Fury is a JIT‑based native multi‑language serialization framework that automatically handles shared and cyclic references, offers zero‑copy support, and delivers 20‑200× speed improvements over existing solutions, making it a high‑performance drop‑in replacement for Java, Python, Go, and C++ serialization needs.
Meituan Search solves costly multi‑language maintenance by building a core C++ library, wrapping it with a C interface, and exposing the functions to Python via ctypes and to Java via JNI or JNA, enabling shared logic, easier packaging, and lower latency on Linux.
This article introduces Apache Thrift, explains its cross‑language IDL, data types, transport and protocol options, and walks through setting up the Thrift compiler, adding a Gradle dependency, writing a .thrift definition, generating Java code, and building a simple Java RPC server and client.
Alibaba’s Ali‑Xiaomi team invites researchers worldwide to the CIKM AnalyticCup, a cross‑language short text matching competition aimed at transferring rich language understanding to low‑resource languages, highlighting past successes in precipitation forecasting and encouraging innovative AI solutions for multilingual chatbot services.
