This repository provides a set of PHP interfaces (contracts) for HTTP client operations, extracted from the Symfony framework. It defines the core abstractions: HttpClientInterface for issuing requests, ResponseInterface for lazy response handling, ChunkInterface for streaming response chunks, and ResponseStreamInterface for iterating over chunks from multiple responses. A full hierarchy of exception interfaces (Transport, Client, Server, Redirection, Timeout, Decoding) is included, along with a reference test suite (HttpClientTestCase) that validates any implementation against a set of comprehensive scenarios. The package contains no concrete implementations; it is purely a contract to ensure interoperability among different HTTP client libraries. The code is clean, well-documented, and leverages modern PHP 8.1 features like mixed types and static return types. It is actively maintained with zero open issues and follows semantic versioning as part of the Symfony contracts.
sbomqs is a command-line tool and Go library for evaluating the quality and compliance of Software Bill of Materials (SBOM) documents. It parses SBOMs in CycloneDX, SPDX 2.x, and SPDX 3.0 formats and scores them against multiple industry standards: NTIA Minimum Elements (2021/2025/2026), BSI TR-03183-2 (v1.1, v2.0, v2.1), FSCT v3, OpenChain Telco v1.1, and an Interlynk comprehensive profile. The tool outputs scores, detailed compliance reports, and feature lists, and can be integrated with Dependency-Track and policy engines. It is used in production by several platforms and has been cited in academic research evaluating over 78,000 SBOMs. The codebase is well-structured with clean interfaces, extensive test coverage, and a modular architecture that separates parsing, scoring, compliance checking, and reporting. A notable architectural trade-off is the coexistence of two scoring engines (legacy v1 and v2), which adds complexity but allows incremental migration. The library is embeddable as a Go module, and the CLI supports multiple output formats (basic, detailed, JSON).
Strictly speaking, this is not a software application; it is the IETF HTTP Working Group's standards-development workspace. The executable surface is minimal: a Makefile built on martinthomson/i-d-template, GitHub Actions workflows for building and publishing drafts, a requirements.txt that pulls in rfc-http-validate for HTTP message linting, an archived proof-of-concept Python parser, and sf.json structured-fields test vectors. The dominant content is Markdown/XML Internet-Drafts for HTTP extensions (cookies, resumable uploads, message signatures, cache groups, no-vary-search, compression dictionaries, optimistic upgrade, and similar protocol work), plus an archive of superseded drafts and a set of shepherd writeups. Forced into the application/data_research dichotomy, it belongs on the application side because it is a versioned, CI-driven engineering workspace with semantic tag-based releases, not a data analysis pipeline. In production, the repository's behavior is: editors revise draft sources, GitHub Actions builds editor copies to gh-pages, generated XML is linted with rfc-http-validate, new versions are published on annotated tags, and template files are periodically regenerated. The primary data flows are IETF document flows: source draft -> generated HTML/XML/TXT -> published RFC or archived draft. The repo relies almost entirely on the external i-d-template toolchain plus small helpers for linting and ASCII-art drawing. Most files under archive/ are intentional historical records rather than stale code, and the writeups/ directory preserves RFC 4858-style shepherd evidence for completed or in-progress documents. Maintenance is genuinely active: recent commits, issue labels per draft, automated publishing, and multiple in-flight specifications at different stages of the IETF process. Technical drift is low because the repository's dependency footprint is deliberately tiny and the active drafts track current HTTPbis discussions. The many old drafts do not represent code rot; they are archived standards history. The main caveat for any consumer is that this repository cannot be treated as a library or framework: it is a source of protocol definitions, conformance fixtures, and process templates, not runtime software.
Open UI is a W3C Community Group repository focused on standardizing web UI components through research, proposals, and documentation. The system functions as a documentation and research site built with Astro and React, showcasing explainers for proposed web features (e.g., switch, selectmenu, popup), design system analyses, meeting transcripts, and contributor data. The architecture centers around a static site generated from MDX content, with design system data stored as JSON files in `site/src/sources/` that power dynamic component matrices and concept coverage pages. Key entry points include the home page (`site/src/pages/index.mdx`), layout components (`site/src/layouts/`), and data processing scripts for contributor sync and sitemap generation. The site relies on external dependencies like Astro, React, and the GitHub API for contributor data synchronization.
This repository hosts the Software Carbon Intensity (SCI) specification, a standardized methodology for measuring and reporting the carbon emissions of software systems as a rate (emissions per functional unit). The core artifact is SPEC.md, which defines the SCI calculation framework including formulas for operational and embodied emissions, guidance on system boundaries and functional units, and quantification methods. The repository also includes a static website (generated from SPEC.md) that presents the specification, an example case study demonstrating application of the methodology to a real web application (eShoppen), and automation for building and deploying the site. While the repository does not process data or implement the SCI calculation itself, it provides a complete, reusable framework for software carbon measurement that defines how to collect, transform, and interpret emissions data.
This repository is a documentation-only project that describes a conventional directory layout for Go applications. It contains no executable source code, no tests, no CI/CD pipelines, and no functional software of any kind. The entire repository consists of README files (translated into ~20 languages), a placeholder go.mod with a dummy module path, a nearly empty Makefile, and .keep files in empty directories. The go.mod references go 1.19 and contains no dependencies. There are no Go source files anywhere in the repository. The project serves purely as a reference template showing recommended directory structures (cmd/, internal/, pkg/, api/, web/, configs/, scripts/, build/, deployments/, test/, docs/, tools/, examples/, third_party/, githooks/, assets/, website/, init/) for Go projects, with links to real-world examples that follow these conventions. The last commit was in April 2026 but there is essentially nothing to maintain — the content is static documentation that has remained unchanged in substance for years. The README itself acknowledges this is not an official Go team standard but a community-driven collection of common patterns.