Web Study

Goals

This repository aims to study and develop sample applications for various web-based technologies. It serves as a comprehensive resource to explore different programming languages, frameworks, databases, tools, and features essential for web development.

The repository is organized by programming language first, then by framework, to provide a scalable and intuitive structure for learning and development.

Repository Structure

This repository follows a language-first organization structure:

web-study/
├── java/                    # Java programming language
│   ├── spring/             # Spring framework examples
│   └── samples/            # Pure Java examples
├── python/                 # Python programming language
│   ├── flask/              # Flask framework examples
│   └── samples/            # Pure Python examples
├── javascript/             # JavaScript/TypeScript
│   ├── nodejs/             # Node.js framework examples
│   ├── react/              # React/React Native examples
│   └── samples/            # Pure JavaScript examples
├── go/                     # Go programming language
│   ├── echo/               # Echo framework examples
│   └── samples/            # Pure Go examples
├── csharp/                 # C# programming language
│   └── samples/            # Pure C# examples
├── ruby/                   # Ruby programming language
│   └── samples/            # Pure Ruby examples
├── rust/                   # Rust programming language
│   └── samples/            # Pure Rust examples
├── scala/                  # Scala programming language
│   └── samples/            # Pure Scala examples
├── groovy/                 # Groovy programming language
│   └── samples/            # Pure Groovy examples
├── lisp/                   # Lisp programming language
│   └── samples/            # Pure Lisp examples
├── teavm/                  # TeaVM (Java-to-JavaScript)
│   └── samples/            # TeaVM examples
├── zig/                    # Zig programming language
│   └── samples/            # Pure Zig examples
├── ballerina/              # Ballerina programming language
│   └── samples/            # Pure Ballerina examples
├── r/                      # R programming language
│   └── samples/            # Pure R examples
└── src/                    # Legacy structure (cloud services, tools)

Programming Languages

Java

Enterprise-grade programming language with comprehensive framework support.

• Frameworks: Spring (Spring Boot, Spark, Beam)
• Key Topics: Enterprise applications, big data processing, microservices

Python

High-level, interpreted language known for simplicity and extensive libraries.

• Frameworks: Flask, Django
• Key Topics: Web development, data science, automation, serverless

JavaScript

Core web technology for client and server-side development.

• Frameworks: Node.js, React/React Native
• Key Topics: Web applications, mobile apps, server-side development

Go

Modern systems programming language with excellent concurrency support.

• Frameworks: Echo
• Key Topics: Web services, microservices, concurrent programming

C#

Object-oriented programming language for the .NET platform.

• Key Topics: Enterprise applications, financial systems, FIX protocol

Ruby

Dynamic programming language focused on simplicity and productivity.

• Key Topics: Web development, automation, authentication systems

Rust

Systems programming language focused on safety and performance.

• Key Topics: Threading, async programming, webhooks, web servers, memory safety

Scala

JVM language combining object-oriented and functional programming.

• Key Topics: Big data processing, functional programming, JVM integration

Groovy

Dynamic language for the Java platform with enhanced productivity features.

• Key Topics: Scripting, DSLs, Java integration

Lisp

Functional programming language known for symbolic computation.

• Key Topics: Symbolic computation, AI, functional programming

TeaVM

Java-to-JavaScript/WebAssembly transpiler.

• Key Topics: Java in browsers, WebAssembly, cross-platform development

Zig

Modern systems programming language focusing on performance, safety, and maintainability.

• Key Topics: Systems programming, comptime, C interoperability, memory safety

Ballerina

Cloud-native programming language specialized for integration and networked services.

• Key Topics: Web services, webhooks, concurrent workers, API integration, data transformation

R

Programming language and environment for statistical computing and data analysis.

• Key Topics: Web applications with Shiny, parallel processing, webhooks with Plumber, data analysis pipelines

Cloud Services and Tools

The src/ directory contains cloud services and infrastructure tools:

• AWS: Step Functions, Lambda, S3, CDK
• Google Cloud: Cloud Functions, App Engine, Kubernetes
• Infrastructure: Kubernetes, Docker, CI/CD

How to Use This Repository

1. Choose a Language: Navigate to the language directory you want to study
2. Explore Frameworks: Check framework-specific subdirectories for advanced examples
3. Start with Samples: Begin with the samples/ directory for pure language examples
4. Read Documentation: Each directory contains comprehensive README.md files
5. Run Examples: Follow setup instructions in each directory's README

Contribution Guidelines

1. Language-First Organization: Place content in appropriate language directories
2. Framework Separation: Keep framework examples in dedicated subdirectories
3. Comprehensive Documentation: Include README.md files with setup and usage instructions
4. Working Examples: Ensure all code examples compile and run successfully
5. Consistent Structure: Follow the established directory structure

Adding New Content

1. New Language: Create new top-level directory with samples/ subdirectory
2. New Framework: Add framework subdirectory under appropriate language
3. New Examples: Place in relevant samples/ or framework directory
4. Documentation: Update README.md files to reflect new content

Resources and References

• Web Development Best Practices
• Cloud Native Computing Foundation
• Modern Web Development Frameworks
• Microservices Architecture

Feel free to explore each language and framework, and contribute to the repository by adding more sample applications and documentation.