This guide explains how to use JLink together with jdeps and a multi‑stage Docker build to create a minimal custom Java runtime, reducing Spring Boot Docker image size from over 200 MB to under 50 MB while improving startup speed and security.
This tutorial walks through creating a simple Java module, packaging it into a JMOD file, and using jlink to build a custom runtime image that shrinks the size from roughly 400 MB to 28 MB, then demonstrates compiling, inspecting, and running the application.
This article walks AI developers through the design, implementation, testing, and cloud deployment of a Model Context Protocol (MCP) Server on Alibaba Cloud Function Compute, covering core capabilities, tool creation, best‑practice guidelines, and practical code examples.
This guide explains how to use Alibaba Cloud Function Compute layers—including custom and official public layers—to overcome large dependency packages, reduce deployment size, share code across functions, handle OS/architecture constraints, and provides step‑by‑step examples for Node.js Puppeteer and .NET 6 custom runtimes.
This guide explains how to deploy existing RESTful applications, such as WordPress, on Alibaba Cloud Function Compute by leveraging the fcapp.run domain for production and the fcapp-test.run domain for local web testing, without modifying any business code.
This guide walks you through creating a simple Express‑based HTTP server, packaging it with a bootstrap script, configuring the @serverless-devs/s tool and an s.yaml file, and finally deploying the static site to Alibaba Cloud Function Compute with a custom domain.
This article explains how to build a custom serverless runtime and a custom container runtime on Alibaba Cloud Function Compute, covering the background of FaaS, the concept of custom runtimes, step‑by‑step development using TypeScript, Docker, and deployment with the Fun tool.
Tencent Cloud’s Serverless Cloud Function (SCF) removes its language restrictions by providing a Custom Runtime that runs any Linux binary or script as a bootstrap, communicates with SCF via an HTTP API during cold‑start initialization and hot‑start invocations, enabling developers to deploy functions in unsupported languages such as .NET, Rust, Deno, Swift or WebAssembly, as shown by a Deno example.
