xxjwxc/uber_go_guide_cn

Features

• Go Ecosystem Conventions - Provides comprehensive standards for Go ecosystem conventions, including coding styles and project layouts.
• Coding Standards - Provides a curated collection of language conventions and formatting rules to ensure code remains readable and maintainable.
• Slice Capacity Pre-allocation - Provides strategies for pre-allocating data collection capacity to minimize runtime overhead and garbage collection pressure.
• Go Concurrency Guides - Serves as a guide for managing parallel execution and synchronization specifically within the Go language.
• Collection Capacity Reservation - Recommends specifying initial capacity for collections to minimize runtime memory reallocations.
• Compile-Time Interface Verification - Provides patterns for verifying that a type implements an interface at compile time using zero-value assignments.
• Deferred Resource Management - Promotes the use of delayed execution patterns to ensure system locks and files are reliably released.
• Identifier Naming Conventions - Establishes standardized naming conventions for packages and variables to ensure codebase consistency.
• Memory Allocation Optimizations - Provides strategies for pre-allocating data structures to reduce garbage collection overhead.
• Go Memory Optimization - Offers specific strategies for optimizing Go runtime memory usage and reducing GC pressure.
• Go Quality Validators - Provides a framework for validating Go-specific formatting, linting, and performance standards.
• Code Style Guides - Establishes human-readable standards for naming, formatting, and layout to ensure consistent Go source code.
• Concurrency Managers - Provides guidelines for coordinating the lifecycles of concurrent operations and managing task cancellation.
• Task Lifecycle Coordination - Explains how to synchronize the start and stop times of concurrent tasks to ensure predictable shutdowns.
• Error Handling Patterns - Defines idiomatic architectural approaches for treating errors as explicit return values and wrapping them for context.
• Error Wrapping - Establishes standardized patterns for wrapping errors to provide context without causing duplicate log entries.
• Functional Options - Implements the pattern of using variadic functions in constructors to handle optional parameters while maintaining compatibility.
• Goroutine Leak Prevention - Provides best practices for managing goroutine lifecycles to prevent memory leaks.
• Resource Acquisition and Release - Implements deferred execution patterns to ensure reliable acquisition and release of system locks and files.
• Shared Resource Lifecycles - Defines synchronization mechanisms to coordinate the shutdown of shared concurrent resources.
• Code Quality and Analysis - Employs static analysis and formatting tools to maintain a consistent visual style and identify potential bugs.
• Table-Driven Tests - Organizes repetitive testing logic into structured data slices to increase test coverage and simplify maintenance.
• Static Code Linting - Recommends the use of automated static analysis tools to enforce style consistency and detect errors.
• Static Analysis Tools - Guides the use of automated linting and static analysis tools to enforce style consistency.
• Table-Driven Tests - Implements structured table-driven testing workflows to increase code coverage and simplify maintenance.

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