Archify is an open-source AI skill for tools like Cursor and Claude Code that reads code repositories to generate interactive, source-linked architecture diagrams in five styles, with stable rendering, export options, and architecture diffing — all installable via a single command.
This article analyzes Codex Harness's architecture, revealing it as a full Agent Runtime with Core, state model, App Server control plane, event approval, Goal, Queue, Memory, and multi-agent collaboration—far beyond a simple model-tool execution loop—and highlights gaps for enterprise adoption like business semantics and governance.
The article explains why the stability of AI agents depends on the harness rather than the model, outlines a five‑layer production‑grade harness architecture (Environment, Tool, Control, Memory, Evaluation), and presents five engineering principles to build a reliable, observable, and maintainable agent runtime system.
The article analyzes why AI agents often fail in production, identifies the Harness as the critical system layer, outlines a five‑module architecture (Environment, Tool, Control, Memory, Evaluation), and presents five engineering principles to build stable, observable, production‑ready AI agent runtimes.
The article explores structural thinking as the core mindset of software engineers, breaking it into three levels—conception, insight, and understanding—while emphasizing runtime and evolutionary structures for managing complexity, enabling collaboration, and sustaining long-term system health.
This article provides a comprehensive technical analysis of the WebAssembly runtime architecture, detailing the module loading and parsing process, stack-based execution engines, linear memory management strategies, and the evolving garbage collection proposals, while also introducing the WebAssembly System Interface (WASI) for cross-platform system interactions.
The Xiaohongshu mini‑app runtime uses a dual‑thread container separating a Render UI layer and a Service logic layer, linked by a serialized Bridge, with unified iOS/Android containers, Webpack‑based build outputs, priority‑queued messaging, pre‑loading, and AOP performance monitoring to provide fast, scalable, merchant‑focused mini‑apps.
This article provides a comprehensive technical guide on developing WeChat Mini Games, covering their definition, runtime architecture, Webview adapter, core capabilities, engine selection, device adaptation, login, caching, open data domain, sharing, payment, performance tuning, version updates, and operational monitoring.
This article explains DB2's B+‑tree index structure, the difference between Indexable and Sargable predicates, how the DB2 runtime components (BM, IM, DM, RDS) process queries, and practical tips for writing efficient predicates and choosing scan strategies.
