Projects sharing features with Uber Go Guide Cn

c3c is the compiler for the C3 programming language, transforming source code into executable binaries, static libraries, or dynamic libraries using an LLVM backend. It implements a system based on result-based error handling, scoped memory pooling, and a semantic macro system. The compiler provides first-class support for hardware-backed SIMD vectors that map directly to processor instructions and enables runtime polymorphism through interface-based dynamic dispatch. The project covers a broad set of low-level capabilities, including manual and pooled memory management, inline assembly inte

This project is a comprehensive educational resource and programming course covering C++ language semantics and features from C++03 through C++26. It provides structured tutorials and technical guides focused on modern C++ development. The material offers specialized instruction on template metaprogramming, including the use of type traits and compile-time computations. It features detailed guides on concurrency and parallelism for multi-core execution, as well as a reference for software design applying SOLID principles and RAII. Additionally, it covers build performance optimization to redu

This project is a comprehensive Python style guide and technical reference designed to promote the creation of clean, maintainable, and idiomatic code. It provides a set of opinionated guidelines and architectural patterns focusing on functional and declarative programming to reduce complexity and improve overall code quality. The guide establishes specific standards for naming conventions, module organization, and project layout. It emphasizes reducing object coupling by favoring modules and functions over deep class hierarchies and offers technical standards for writing docstrings and marku

This project is a curated collection of best practices, coding standards, and style guidelines for writing C++ source code. It serves as a software engineering resource focused on improving code safety, maintainability, and performance. The resource covers multiple domains of C++ development, including safety engineering to reduce bugs and memory errors, as well as code optimization for increased efficiency. It provides a set of collaborative guidelines for consistent code formatting and structural patterns across projects.

This project is a JavaScript style guide and Node.js coding standard designed to ensure the creation of consistent, maintainable, and readable code. It serves as a comprehensive reference for naming conventions, formatting, and architectural patterns. The project provides a linting configuration template that allows for the automatic enforcement of these standards. This includes predefined linting presets and a base of rules used to perform logic checks and automatic formatting across a codebase. The guidelines cover a broad range of standardization capabilities, including code and file form

This project is a comprehensive set of standards for the Swift ecosystem, providing a code style guide, API design standards, and a memory management guide. It establishes standardized naming and formatting rules to ensure consistent and maintainable source code. The project includes a linting configuration used by automated tools to detect and enforce syntax patterns. These rules are designed to standardize code style and can be integrated into build phases to block commits with formatting errors. The guidelines cover a broad range of development capabilities, including the use of access mo

This project establishes a collection of interoperability standards for the PHP ecosystem. It defines common technical specifications to ensure that separate software projects and libraries can work together without compatibility issues. The standards cover a variety of core domains, including specifications for class autoloading through namespace-to-path mapping, shared coding style guides for codebase uniformity, and common component interfaces for services such as logging and caching. It also defines shared specifications for network communication to ensure consistent interactions between

This project is a software engineering style guide and a curated collection of architectural patterns and coding standards. It provides a multi-language coding standard to ensure maintainable software across Ruby, Python, JavaScript, and Swift. The project establishes a development workflow specification for version control, continuous integration, and peer review to maintain a linear project history. It also includes a web accessibility framework based on ARIA and WCAG standards, using design tokens and semantic HTML patterns to build inclusive interfaces. The guides cover a broad range of

This project provides a collection of coding standard specifications, style guides, and configuration assets used to define automated rules for static code analysis in Ruby. It serves as a centralized set of RuboCop configurations and static analysis rules to ensure consistent syntax and idiomatic usage across a codebase. The project establishes a comprehensive Ruby style guide that defines naming conventions, indentation, and structural requirements. It utilizes a pluggable linting engine to enforce these standards through a defined set of patterns and constraints. The capability surface co

This project is a curated collection of guidelines and technical resources designed to improve C++ code safety, maintainability, and performance. It provides a comprehensive set of coding standards and best practices for establishing consistent naming, formatting, and structural patterns across C++ codebases. The guide offers specific technical advice on performance optimization, including methods for minimizing object copying, optimizing memory allocation, and reducing compilation cycles. It also provides a directory of tooling recommendations for implementing static analysis, fuzz testing,

This project is a technical reference and a collection of internal analysis notes focused on the Go language runtime and compiler. It provides a detailed breakdown of the language internals, covering memory management, garbage collection, and the execution model of the scheduler. The material distinguishes itself by providing deep dives into low-level system details, including a reference for Go assembly instructions, register usage, and system call interfacing. It specifically analyzes the internal implementation of concurrency primitives, such as the goroutine scheduling mechanism, channel

This project is a JavaScript style guide and a set of coding standards designed to ensure codebase consistency. It provides a collection of best practices for writing maintainable and idiomatic code, focusing on variable naming, type checking, and execution context. The project serves as a static analysis guide, offering frameworks and guidelines for using linters and automated tools to identify bugs and verify code correctness before deployment. It establishes standards for formatting, syntax, and variable declarations to standardize code style across a project. The scope of the project cov

Checkstyle is a Java static analysis tool and linter designed to identify and enforce coding standards and best practices. It functions as a code quality auditor and Javadoc validation tool, checking source code against configurable rulesets to ensure structural and stylistic consistency. The project allows for the creation of custom linting rules by extending a core API to inspect the abstract syntax tree. It further enables specialized validation through the use of XPath expressions to query the syntax tree for specific code patterns and violations. Capability areas include the enforcement

Revive is a configurable static analysis linter and code quality tool for Go. It analyzes source code to detect common coding mistakes, identify style violations, and enforce language standards without executing the program. The project functions as both a command line tool and an embeddable analysis engine. This allows the core linting logic to be integrated as a library into other Go applications for programmatic code inspection. The tool supports custom rule sets and severity levels managed through a structured configuration file. It provides capabilities for suppressing specific warnings

Go 101 is an unofficial, comprehensive knowledge base for the Go programming language, designed as a structured self-study resource covering syntax, semantics, best practices, and common pitfalls. It serves as a complete offline documentation system, installable as a local website that can be browsed without an internet connection, and includes a built-in HTTP server for serving the content locally. The project distinguishes itself through its depth and breadth of coverage, offering a structured book series that teaches Go fundamentals, a deep dive into the type system, and detailed guides on

This project is an interactive programming education resource and tutorial designed for learning the Rust programming language and systems programming concepts. It provides a collection of runnable and editable code examples that serve as a practical reference for language syntax and implementation. The resource features an interactive code sandbox that allows users to execute and test code snippets in real time. It emphasizes the verification of technical accuracy by executing embedded code blocks during the build process to ensure all examples remain functional. The content covers a compre

This project is a Go language extension for VS Code that provides a comprehensive development environment through a language server client, a debugging interface, and a test automation runner. It integrates language intelligence, formatting, and debugging capabilities to support the full Go language development lifecycle. The extension distinguishes itself by managing the Go toolchain, including the installation and configuration of external binaries required for language features. It also features a dedicated test automation interface that allows for the generation of unit test skeletons and

gotests is a static analysis tool and boilerplate generator for Go that automatically creates structured test suites from source code. It functions as a table-driven test framework that handles type resolution for functions and methods, including the mapping of generic type constraints to concrete implementation types. The tool integrates with large language models to synthesize realistic input values and edge cases based on function logic. It uses a template-driven generation system, allowing the structure and format of the resulting test code to be customized through external templates and

This project is a language extension for VS Code that provides comprehensive Go language support. It functions as a language server client, a debugger interface, and a toolchain manager to facilitate Go application development. The extension distinguishes itself by integrating a full suite of toolchain management capabilities, allowing for the installation and configuration of required binaries, linters, and compiler versions directly within the editor. It also provides deep integration for interactive debugging via Delve, supporting remote target debugging, process attachment, and program st

This project is a development toolkit and starter kit for creating custom WordPress themes. It provides a standardized scaffolding tool to initialize a minimal codebase and directory structure, serving as a foundation for building custom site designs. The toolkit includes a build pipeline that automates the compilation of Sass into browser-ready CSS and the generation of mirrored right-to-left stylesheets. It further assists in theme preparation through a translation template generator that extracts translatable strings into portable object files. The system covers a broad range of developme

This project is a collection of curated guidelines and manuals for writing clean, idiomatic, and maintainable code in Scala. It serves as a comprehensive guide for Scala coding standards, functional programming design, and enterprise software architecture. The repository provides specific strategies for concurrency management, including patterns for actors, futures, and thread pools to ensure thread safety. It also contains a performance optimization manual focused on reducing memory allocations and managing garbage collection pressure to improve runtime efficiency. The guides cover a broad

Ginkgo is a behavior-driven development testing framework, assertion library, and test runner for Go. It provides a domain-specific language for writing human-readable specifications, organizing tests into hierarchical containers and subjects to describe system behavior. The project distinguishes itself through advanced execution control and observability, featuring a test runner capable of parallel distribution, sharding, and randomized execution order to detect flaky tests. It includes specialized diagnostic tools for goroutine leak detection, hanging spec monitoring, and failure state debu

This project provides a collection of reference materials, guides, and cheatsheets designed to optimize the Android development workflow. It serves as a comprehensive resource for implementing best practices in application building, debugging, and user interface design. The repository covers specialized techniques for build optimization, including methods to reduce binary sizes and accelerate compilation. It also provides detailed references for device debugging, memory leak detection, and the application of Material Design principles. The project further details productivity enhancements fo

The Rust Programming Language Book is the official technical guide and educational resource for the Rust language. It provides a comprehensive walkthrough of the language's design, focusing on its core identity as a systems programming language that enforces memory safety and high-performance execution without the need for a garbage collector. The project is distinguished by its focus on ownership, borrowing, and lifetime tracking, which allow the compiler to verify memory safety and thread safety at compile time. It covers the language's unique approach to zero-cost abstractions, including t

Awesome Copilot is a comprehensive framework for autonomous software development, providing the infrastructure to orchestrate multi-agent teams and automate complex coding workflows. It functions as a centralized platform for managing AI-driven development, enabling developers to deploy specialized agents that interact with local files, terminal commands, and external APIs to execute end-to-end software delivery tasks. The project distinguishes itself through its focus on governance and extensibility, offering a suite of security controls, policy-based execution guardrails, and audit trails t

This project is a pre-configured build template for Vue.js applications using Webpack. It provides a structured project boilerplate and a frontend build pipeline designed to bootstrap development environments and compile application code into distributable bundles. The template includes a development environment with hot module replacement, error overlays, and source maps to allow for instant updates in the browser without losing application state. It also features a project generator that establishes folder structures and configurations for routing, linting, and testing. The build system co

This project provides a framework for managing multi-agent systems, designed to automate complex software development, infrastructure, and business workflows. It functions as a multi-agent workflow orchestrator that routes tasks to domain-specific workers while maintaining state persistence and infrastructure automation. By leveraging large language models, the system decomposes high-level objectives into actionable plans, ensuring that complex operations are executed with consistency and reliability. The framework distinguishes itself through its hierarchical agent registry and policy-driven