0 views collected around this technical thread.
Google’s A2A (Agent‑to‑Agent) protocol introduces a universal language that lets AI agents from different vendors and platforms communicate, cooperate, and jointly complete tasks, addressing the current isolation of agents and reducing integration complexity across cloud environments.
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.
The study benchmarks Kotlin, JavaScript, Dart, C++ and Swift across iOS, Android and HarmonyOS using 237 protobuf files, finding Kotlin’s performance and binary size rival native Swift, JavaScript slower with higher memory, while C++/Rust excel but need more effort, leading to a recommendation of Kotlin Multiplatform with a three‑repo structure for optimal reuse and maintainability.
Under the guidance of the People’s Bank of China, the Beijing FinTech Industry Alliance has published the 'Financial Industry Privacy Computing Interconnection Platform Technical Specification', a standard co‑authored by China UnionPay, major banks, universities, tech firms and telecom operators, with Ant Group playing a key role.
This article explains how to install pycryptodome (or pycryptodomex) to perform SM2 signing and verification in Python, provides complete code examples, and offers guidance for ensuring compatibility with Java's Bouncy Castle SM2 implementation.
This article demonstrates how to bridge Swift and Kotlin in a Compose‑Multiplatform iOS app by using Swift view modifiers to detect orientation changes and call Kotlin functions, while exposing Kotlin callbacks that Swift registers to change device orientation, enabling seamless two‑way platform‑specific logic integration.
PythonMonkey is a Python library built on Mozilla’s SpiderMonkey engine that enables near‑native performance interoperation between Python, JavaScript, and WebAssembly, allowing developers to run code across these languages, embed modules, and leverage async features with minimal overhead.
The article introduces the privacy‑computing open protocol v2.0, explains its technical improvements such as flexible handshake options, point‑compression and ciphertext truncation, and highlights its role in enabling secure cross‑platform data fusion through widely accepted cryptographic algorithms.
The YinYu 1.0 release introduces an MVP deployment package for privacy‑computing beginners, expands the product, resource, and connectivity layers, adds the Kuscia orchestration framework, enhances algorithm, device, and cryptographic capabilities, and promotes full‑stack interoperability across platforms.
This article presents a comprehensive overview of privacy‑computing interoperability in the financial sector, covering background challenges, the Beijing FinTech Alliance’s collaborative project structure, an industry‑level framework with technical and requirement layers, sub‑topic research results, achieved milestones, and future outlook for standardisation and ecosystem building.
The article presents Baidu's comprehensive approach to federated‑learning interoperability, covering the underlying principles, the JinKe Alliance bottom‑layer solution, the high‑level HIGHFLIP protocol, and a comparative discussion of white‑box, gray‑box, and black‑box integration strategies.
This article presents a comprehensive overview of TEE interoperability, describing the background of trusted execution environments, their remote attestation processes, a unified remote attestation framework, and the overall strategy for achieving cross‑TEE compatibility, including open‑source implementations and future directions.
This tutorial explains how to call C and C++ code from Python by compiling source files into shared libraries, using the ctypes module to load and invoke functions, and demonstrates both simple C functions and C++ class methods with complete code examples and compilation instructions.
The interview with Alibaba Cloud Datatrust architect Liang Aiping reveals that privacy computing is still in its early stage, facing technical challenges in data sources, algorithm theory‑engineering gaps, system management interoperability, and product trade‑offs, while outlining future trends toward cross‑platform interoperability and distributed computing.
The 2022 Trusted Privacy Computing Summit announced and released the industry's first open white‑box protocol, the ECDH‑PSI interconnection protocol, detailing its design, implementation highlights, and open‑source availability to promote interoperable and secure privacy‑preserving data collaboration across platforms.
This article explains the concept of software‑architecture tradeoffs, why they are inevitable, the key system attributes involved, and how architects can consciously balance scalability, simplicity, interoperability and other “‑ilities” to make informed design decisions.
This article explains how Swift and Objective‑C can be mixed in iOS projects, covering prerequisite settings, CocoaPods module configuration, name mangling, compilation differences, dynamic features, method replacement techniques, and the underlying Swift runtime metadata that enable seamless inter‑language calls.
To enable Objective‑C and Swift mixed programming in Baidu App, static libraries are converted to static frameworks, module stability is activated, headers are module‑ized and dependencies declared via EasyBox, allowing safe inter‑component calls, proper nullability handling, and encouraging broader Swift adoption across the codebase.
This article examines the classification of mobile apps, the shortcomings of an H5‑based cash register, the rationale for adopting Kotlin over Java, a detailed overview of Kotlin’s language features and differences, practical implementation details, interoperability, null‑safety techniques, encountered issues, and the performance gains achieved after native migration.