Platform-Specific Guides

MetaMUI Crypto Primitives provides consistent APIs across 10 platforms while leveraging platform-specific optimizations.

Choose Your Platform

⚡

C

High-performance systems programming

🔷

C#

.NET ecosystem with enterprise features

🐹

Go

Concurrent programming with simplicity

☕

Java

Enterprise-grade JVM applications

🐍

Python

Pure Python with optional C extensions for performance

🦀

Rust

Zero-cost abstractions with memory safety

📘

TypeScript

Type-safe JavaScript for Node.js and browsers

🍎

Swift

Native performance on Apple platforms

🟣

Kotlin

JVM and Android with coroutines support

🌐

WASM

WebAssembly for universal deployment

Platform Comparison

Feature	C	C#	Go	Java	Python	Rust	TypeScript	Swift	Kotlin	WASM
Package Manager	make/cmake	nuget	go mod	maven/gradle	pip	cargo	npm	SPM	gradle	npm
Async Support	🟡	✅	✅	✅	✅	✅	✅	✅	✅	✅
Type Safety	❌	✅	✅	✅	🟡	✅	✅	✅	✅	✅
Memory Management	Manual	GC	GC	GC	GC	Manual	GC	ARC	GC	Linear
Native Performance	✅	🟡	🟡	🟡	🟡	✅	🟡	✅	🟡	✅
No Dependencies	✅	✅	✅	✅	✅	✅	✅	✅	✅	✅
Hardware Acceleration	✅	🟡	🟡	🟡	🟡	✅	🟡	✅	🟡	✅
Enterprise Support	✅	✅	✅	✅	✅	✅	✅	✅	✅	✅

Common Features Across All Platforms

Consistent API Design

All platforms follow the same API patterns:

// Key generation
keypair = Algorithm.generate_keypair()

// Encryption
ciphertext = Algorithm.encrypt(plaintext, key)

// Signing
signature = Algorithm.sign(message, private_key)

// Hashing
hash = Algorithm.hash(data)

Security Guarantees

• Constant-time operations for secret data
• Automatic memory clearing
• No logging of sensitive information
• Comprehensive input validation

Error Handling

Each platform uses idiomatic error handling:

• C: Error codes (int return values)
• C#: Exceptions with try/catch
• Go: Error return values (error interface)
• Java: Checked/unchecked exceptions
• Python: Exceptions
• Rust: Result<T, E>
• TypeScript: Exceptions/Promises
• Swift: Result/throws
• Kotlin: Exceptions/Result
• WASM: Exceptions

Serialization

All platforms support:

• Hex encoding/decoding
• Base64 encoding/decoding
• Raw byte arrays
• JSON for structured data

Platform-Specific Features

C

• Direct hardware access
• Minimal memory footprint
• SIMD/AVX optimizations
• Static and dynamic linking options

C#

• .NET ecosystem integration
• NuGet package management
• Async/await patterns
• Secure string handling

Go

• Goroutine-safe operations
• Channel-based concurrency
• CGO for native optimizations
• Module versioning support

Java

• JVM optimization
• Spring Boot integration
• Android compatibility
• JNI for native performance

Python

• Type hints for better IDE support
• Context managers for secure memory
• Async/await for I/O operations
• NumPy compatibility for scientific computing

Rust

• Zero-copy operations
• no_std support
• Feature flags for selective compilation
• SIMD optimizations

TypeScript

• Full TypeScript definitions
• Tree-shaking support
• Web Crypto API integration
• Node.js crypto module compatibility

Swift

• SwiftUI integration
• Combine framework support
• Keychain integration
• Hardware acceleration

Kotlin

• Coroutines for async operations
• Multiplatform support
• Java interoperability
• Android Keystore integration

WASM

• Small binary size
• Web Workers support
• SharedArrayBuffer optimization
• Streaming instantiation

Language Interoperability

MetaMUI Crypto Primitives ensures seamless interoperability across all supported languages:

Native Integration

• C: Base implementation providing foundation for all bindings
• C#: P/Invoke bindings for direct C library access
• Go: CGO bindings for performance-critical operations
• Java: JNI integration with native C code
• Python: CPython extensions for optimal performance
• Rust: Direct implementation with FFI compatibility

Cross-Platform Compatibility

• Consistent API design across all platforms
• Identical algorithm implementations
• Compatible serialization formats
• Shared test vectors for validation

Performance Optimization

• Hardware acceleration available on all platforms
• Platform-specific optimizations (SIMD, AVX, etc.)
• Memory management tailored to each language
• Thread-safe implementations

Getting Started

1. Choose your platform above
2. Follow the installation guide
3. Review platform-specific examples
4. Check performance considerations
5. Implement security best practices

Need Help?

• Installation Guide
• Quick Start
• API Reference
• Security Guidelines