DOCSEARCHbyAlgolia
Submit Docs

theme-reco Documentation

website·Indexed 30 days ago

https://carecode.top

Documentation for theme-reco, including guides on themes, plugins, and API usage.

Tokens
38.1K
Snippets
201
Records
318
Agent score
50%

What's inside theme-reco

  1. Overview of Three.js

    Three.js is a JavaScript library built on top of WebGL used to create and display 3D graphics in a web browser. It simplifies the complexity of WebGL by providing a high-level API for creating geometries, handling materials, simulating lighting and shadows, and implementing animations (such as rotation, translation, scaling, and skeletal animation).

  2. Overview of Rolldown bundler

    Rolldown is a Rust-based JavaScript bundler developed by the Vue team, intended to serve as the future bundler for Vite. It aims to combine the speed of esbuild with the flexibility and stability of Rollup. Key features include:

    • Rollup Compatibility: Provides compatible APIs and plugin interfaces, allowing developers to migrate from Rollup easily.
    • Vite Integration: Designed to unify the development and production bundling processes in Vite to eliminate behavioral inconsistencies between environments.
    • Vue Optimization: Specifically optimized for Vue projects to handle component bundling and loading speed efficiently.

  3. Overview of Rspack bundler

    Rspack is a high-performance JavaScript bundler written in Rust that is designed to be compatible with webpack's API and ecosystem. It aims to provide up to 10x the build performance of webpack while maintaining flexibility and compatibility. It is intended for browser and Node.js environments, as well as Deno, Electron, cross-platform, and mini-program scenarios. Key features include:

    • Webpack Compatibility: Supports most webpack APIs and a high percentage of the top 50 webpack plugins.
    • Performance: Significant build speed improvements and support for lazy compilation for large projects.
    • Optimization: Implements split chunks, tree shaking, scope hoisting, and mangle exports to minimize bundle size.
    • Module Federation 2.0: Supports dynamic TS type hints, Runtime plugin mechanisms, and devtools for micro-frontend architectures.

  4. Understand browser engine architecture and types

    A browser kernel typically consists of two main components:

    • Rendering Engine: Responsible for parsing HTML/XML, processing CSS, calculating the layout, and outputting the visual result to the screen.
    • JS Engine: Parses and executes JavaScript to provide dynamic functionality.

    Common Browser Kernels:

    • Trident (MSHTML): Used by Internet Explorer, 360 Browser, Sogou.
    • Gecko: Used by Firefox, MozillaSuite.
    • Presto/Blink: Opera originally used Presto; now uses Blink.
    • WebKit/Blink: Safari uses WebKit; Chrome uses Blink (a fork of WebKit).

  5. Understand core Three.js components

    To build a 3D scene in Three.js, you need to understand these six fundamental concepts:

    1. Scene: The container that holds all objects, lights, and cameras. It defines what will be rendered.
    2. Camera: The observer's viewpoint. Common types include PerspectiveCamera (simulates human vision with foreshortening) and OrthographicCamera (objects remain the same size regardless of distance).
    3. Renderer: The engine that draws the scene onto an HTML5 Canvas element, converting 3D data into a 2D image.
    4. Geometry: Defines the shape of an object. Built-in options include BoxGeometry (cube), SphereGeometry, and PlaneGeometry.
    5. Material: Defines the visual appearance (color, gloss, transparency). Common types include MeshBasicMaterial, MeshLambertMaterial, and MeshPhongMaterial.
    6. Mesh: A renderable object created by combining a Geometry and a Material.

  6. Implement conditional logic in Python

    Python uses if, elif, and else for conditional statements. Unlike JavaScript, Python does not use curly braces {} for code blocks; instead, it relies on indentation. For ternary operations, Python uses the syntax value_if_true if condition else value_if_false.
    # Conditional Statement
x = 10
if x > 0:
    print("x is positive")
elif x < 0:
    print("x is negative")
else:
    print("x is zero")

# Ternary Operator
result = "positive" if x > 0 else "negative or zero"

  7. Complete the phone activation process for Windows 8.1 and Office 2013/2016

    After obtaining the Installation ID and calling the Microsoft activation line, follow these steps to finalize the activation:

    1. Respond to the Automated System: When asked how many computers the product is installed on, press 1 (for one computer).
    2. Collect the Confirmation ID: The system will read out the Confirmation ID in blocks (Block A through Block H).
      • Press # to move to the next block.
      • Press * to repeat the current block.
      • If you do not press any keys, the system will eventually repeat each block twice, though this takes longer.
    3. Enter the ID: In the activation wizard on your computer, navigate to the Confirmation ID entry screen and enter the blocks exactly as provided by the automated system.
    4. Finalize: Click 'Next' and then 'Finish' to complete the activation.

  8. Optimize frontend performance

    Apply these techniques to reduce latency and improve page load speed:

    1. Reduce HTTP Requests: Use CSS Sprites, minify JS/CSS, optimize image sizes, enable Gzip compression, use CDNs, and implement data caching.
    2. Efficient Rendering: Use innerHTML instead of frequent DOM manipulations; set className instead of modifying individual style properties.
    3. JavaScript Optimization: Minimize global variables and cache DOM lookup results to reduce I/O operations.
    4. Resource Loading: Preload images, place stylesheets at the top of the document, and place scripts at the bottom with timestamps to prevent caching issues.
    5. Layout Optimization: Avoid using <table> for main page layouts as they render slower than div + CSS.
    6. General Strategy: Shift processing toward the frontend (client-side) where possible, utilize caching layers to avoid application server hits, and minimize database queries and disk I/O.

  9. Create and manage blog posts in Hexo

    Create new posts using the hexo new command. Posts are stored as markdown files in source/_posts/.

    • Post Structure: The top section (Front-matter) must contain title, date, categories, and tags followed by ---. Ensure there is a space after the colon (e.g., tags: ).
    • Post Summaries: Use the <!--more--> tag to separate the summary (shown on the homepage) from the full content.
    # Create a new post
hexo new "postName"

# Create a new page
hexo new page "pageName"

  10. Use string interpolation in Python (f-strings)

    Similar to JavaScript's template literals (backticks and ${}), Python 3.6+ uses f-strings for string interpolation. Prefix the string with f or F and wrap variables or expressions in curly braces {}.
    name = "Alice"
greeting = f"Hello, {name}!"
print(greeting)  # Output: Hello, Alice!

  11. Optimize web page loading and asset sizes

    Adhere to the following size constraints to improve page load speed:

    • Homepage Flash: Limit to 200K; use vector graphics and ActionScript to reduce size.
    • Static Pages: Limit total image size to approximately 70K; use background colors instead of large monochromatic images where possible.

  12. Standardize image assets and naming

    Manage image assets using these rules:

    • Storage: All element images go in /img; test images go in /img/demoimg.
    • Formats: Only gif, png, or jpg are permitted.
    • Naming: Use lowercase English letters, numbers, and underscores. Format as category_name.ext (e.g., ad_left01.gif, btn_submit.gif). No Chinese characters, spaces, or special symbols.
    • Optimization: Use the smallest format/quality that maintains visual integrity. Use CSS Sprites for small icons and background images to reduce HTTP requests.