ecomfe/spec

Features

• Frontend Code Governance - Defines and enforces shared styling and structural guidelines for JavaScript, HTML, and CSS across frontend teams.
• JavaScript Best Practices - Defines guidelines for memory management and type checking to prevent runtime errors and memory leaks in JavaScript.
• JSON Data Exchange - Specifies mandatory status and data fields for JSON HTTP responses to ensure predictable client-side processing.
• Code Style Standardization - Sets mandatory rules for indentation, spacing, and naming conventions for JavaScript code.
• Module Dependency Classification - Distinguishes between internal module references and external package dependencies to maintain clean loading paths.
• Source Code Module Imports - Establishes a consistent approach for importing internal and external modules using requirement functions.
• Module Path Resolution - Defines rules for resolving module identifiers and prefixes to absolute or relative file system paths.
• Component Governance Standards - Defines rigorous naming conventions and structural patterns for React components and props.
• Data Exchange Standards - Establishes standardized JSON data exchange formats to ensure reliable communication between system components.
• JavaScript - Provides mandatory syntax and naming rules to ensure consistency across frontend JavaScript projects.
• Frontend Architecture Patterns - Organizes directory structures and module dependencies to create scalable frontend architectures.
• Frontend Architectures - Provides a structured framework for organizing directory layouts and module dependencies in frontend projects.
• Logical-to-Physical Directory Mapping - Provides a framework for grouping source files by business logic to create a predictable and scalable directory structure.
• Modular Feature Architectures - Implements a modular architecture using the AMD standard to organize the codebase into portable units.
• Naming Conventions - Applies specific casing and naming patterns for React components and props to improve readability.
• Project Organization - Defines package structures and directory layouts to ensure a predictable and scalable codebase.
• Project Structure Standardization - Defines shared file patterns and directory layouts for reusable code sets to ensure predictable project organization.
• React Project Layouts - Organizes React component files and export patterns to ensure consistency across the codebase.
• Business-Logic Based Organization - Groups source code into directories based on functional business modules to improve maintainability.
• Web Accessibility Standards - Specifies the implementation of semantic HTML and accessible form controls to ensure a predictable user experience.
• Component Prop and Method Standards - Sets requirements for component types and prop definitions to maintain a consistent arrangement of methods.
• Response Structure Standardization - Structures HTTP responses with mandatory status and data fields for predictable client-side processing.
• Optimization Guides - Offers strategies for DOM manipulation, CSS animations, and resource loading to increase rendering speed.
• Web Performance Optimizations - Provides a holistic strategy for optimizing DOM manipulation, CSS animations, and resource loading.
• Accessibility and Rendering Metadata - Provides guidelines for configuring charset, title, viewport, and language attributes to optimize page rendering.
• Hierarchical Data Modeling - Provides a standardized object structure for organizing tree-based data and nested relationships.
• Key-Value Naming Conventions - Applies mandatory naming conventions to objects and collections to maintain data consistency across all interface components.
• Dependency Isolation - Requires separating third-party library packages into dedicated directories to isolate external code from project source.
• Package Metadata - Defines a standardized JSON manifest system for tracking package identity, versioning, and maintainer details.
• Color Definitions - Standardizes the use of hexadecimal notation and shorthand forms for consistent color styling.
• CSS and Preprocessor Formatting - Establishes formatting rules for CSS, SCSS, Sass, and Less files to ensure consistent code structure.
• Destructuring Style Enforcement - Governs the use of object and array destructuring to reduce intermediate variables and nesting depth.
• JavaScript Transpilers - Specifies the configuration of tools that transform modern JavaScript into browser-compatible versions.
• Formatting Standards - Applies specific rules for JSX tag closing and attribute formatting to ensure consistent UI code.
• Block-Scoped Variable Declarations - Enforces the use of block-scoped declarations like let and const to improve scope clarity.
• Module Export and Import Systems - Manages named and default exports to maintain modular consistency and organized import statements.
• Non-JavaScript Asset Imports - Provides standards for integrating non-JavaScript assets like CSS and templates into the module dependency tree.
• Package Dependency Management - Defines how to declare required and development dependencies using version range constraints.
• Build Artifact Separations - Provides guidelines for distinguishing development source files from compiled production assets to maintain clean project structures.
• Code Documentation Standards - Standardizes the use of JSDoc block comments and tags to create self-documenting code.
• Arrow Function Expressions - Implements coding standards for arrow function expressions, including rules for parentheses and curly braces.
• Module Factory Patterns - Establishes the use of factory functions to create modules with consistent associations between logic and file paths.
• Style Guide Enforcers - Specifies the use of automated linting and fixing tools to enforce defined frontend coding standards.
• Vendor Code Isolation - Isolates external library packages into dedicated directories to prevent accidental modification of vendor code.
• Semantic HTML Accessibility - Enforces the use of semantic HTML tags according to their intended meaning to ensure web accessibility.
• Typography Application Standards - Defines font-family ordering and minimum sizes to ensure typographic consistency across platforms.
• Pure Components - Implements logic to minimize browser updates by skipping rendering cycles when component data remains unchanged.
• Performance Optimizations - Defines rules for simplifying CSS selectors to speed up style calculations and improve maintainability.
• Markup Formatting Standards - Enforces the use of lowercase tags and double-quoted attributes to ensure consistent HTML markup.
• Accessible Form Patterns - Provides guidelines for associating form controls with labels and setting explicit button types for accessibility.
• Web Accessibility Compliance - Implements semantic HTML and accessible form controls to comply with web accessibility standards.
• Media Asset Standards - Manages image source requirements and establishes rules for using img tags versus CSS backgrounds.
• Stylesheet Maintainability Standards - Applies encoding and organization rules to ensure maintainability across Less stylesheets.
• Formatting Rules - Groups media queries with related rules and formats each condition on a new line for better readability.
• Template Formatting Standards - Defines indentation and syntax rules for templates to ensure HTML validity and readability.
• Visual Layering Systems - Implements a tiered z-index strategy to prevent element overlap conflicts in the UI.
• Asynchronous Module Loading - Defines standards for managing dependencies using the Asynchronous Module Definition (AMD) pattern for portable code units.
• CSS Animation Patterns - Establishes best practices for using high-performance CSS properties to ensure smooth animations.
• Property Declaration Ordering - Groups CSS properties by layout, box model, and typography to improve stylesheet readability.
• Vendor Prefix and CSS Hack Standards - Defines the order of vendor-prefixed properties and the use of selector-based hacks for consistent browser rendering.
• Performance Optimizations - Provides strategies for increasing rendering speed by reducing page reflows and direct DOM manipulations.
• Architecture Patterns - Organizes page entry files to support both single-page and multi-page application architectures.
• Component Update Optimizations - Implements pure component patterns and logic to reduce unnecessary UI re-renders.
• Render-Blocking Resource Optimization - Defines asset placement and URL strategies to prevent render-blocking and eliminate flashes of unstyled content.
• Code Quality and Standards - Technical specifications and coding standards.
• Front End Standards - Standardized coding specifications for front-end development.
• Software Architecture - Standardized specifications for front-end development.

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