299 lines
No EOL
8.3 KiB
Bash
Executable file
299 lines
No EOL
8.3 KiB
Bash
Executable file
#!/bin/bash
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# Demo 4: Cross-Compilation Strategy - Rust Meetup 2025
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# Demostración de capacidades multi-arquitectura
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set -euo pipefail
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echo "🔧 Demo 4: Cross-Compilation Strategy"
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echo "====================================="
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# Colores para output
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RED='\033[0;31m'
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GREEN='\033[0;32m'
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YELLOW='\033[1;33m'
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BLUE='\033[0;34m'
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NC='\033[0m' # No Color
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log() {
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echo -e "${GREEN}[$(date +'%H:%M:%S')]${NC} $1"
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}
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warn() {
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echo -e "${YELLOW}[$(date +'%H:%M:%S')] WARN:${NC} $1"
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}
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error() {
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echo -e "${RED}[$(date +'%H:%M:%S')] ERROR:${NC} $1"
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}
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# Parte 1: Auto-detección de arquitectura
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echo ""
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log "Parte 1: Auto-detección de arquitectura"
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echo "========================================"
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detect_arch() {
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local arch=$(uname -m)
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case $arch in
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x86_64)
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echo "x86_64-unknown-linux-gnu"
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;;
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aarch64|arm64)
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echo "aarch64-unknown-linux-gnu"
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;;
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armv7l)
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echo "armv7-unknown-linux-gnueabihf"
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;;
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*)
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echo "unsupported"
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;;
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esac
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}
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CURRENT_ARCH=$(detect_arch)
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log "Arquitectura detectada: $CURRENT_ARCH"
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log "Sistema: $(uname -s) $(uname -m)"
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# Mostrar targets soportados
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echo ""
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log "Targets de compilación soportados:"
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SUPPORTED_TARGETS=(
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"x86_64-unknown-linux-gnu"
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"aarch64-unknown-linux-gnu"
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"x86_64-apple-darwin"
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"aarch64-apple-darwin"
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"x86_64-pc-windows-gnu"
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)
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for target in "${SUPPORTED_TARGETS[@]}"; do
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if [ "$target" == "$CURRENT_ARCH" ]; then
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echo " ✅ $target (actual)"
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else
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echo " 📦 $target"
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fi
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done
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# Parte 2: Instalación de cross-compilation tools
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echo ""
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log "Parte 2: Setup de herramientas cross-compilation"
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echo "================================================"
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echo "$ cargo install cross --git https://github.com/cross-rs/cross"
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log "✅ Cross-compilation tool instalado"
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echo "$ rustup target add aarch64-unknown-linux-gnu"
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echo "$ rustup target add x86_64-unknown-linux-gnu"
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log "✅ Targets de Rust añadidos"
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# Parte 3: Configuración para herramientas Rust
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echo ""
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log "Parte 3: Configuración para herramientas del ecosistema"
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echo "======================================================"
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# Simular Cross.toml configuration
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cat << 'EOF'
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📄 Cross.toml configuración:
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```toml
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[build.env]
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passthrough = [
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"CARGO_HOME",
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"CARGO_TARGET_DIR",
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]
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[target.aarch64-unknown-linux-gnu]
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dockerfile = "./docker/Dockerfile.aarch64"
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image = "rust-cross:aarch64"
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[target.x86_64-unknown-linux-gnu]
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dockerfile = "./docker/Dockerfile.x86_64"
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image = "rust-cross:x86_64"
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```
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EOF
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# Parte 4: Build script inteligente
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echo ""
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log "Parte 4: Build script multi-arquitectura"
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echo "========================================"
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build_for_target() {
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local target=$1
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local component=$2
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log "Compilando $component para $target..."
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# Simular proceso de build
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case $component in
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"youki")
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echo " 🦀 Compilando youki (OCI runtime)..."
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echo " 📦 Features: seccomp, systemd, v2"
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;;
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"cosmian-kms-client")
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echo " 🔐 Compilando cliente Cosmian KMS..."
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echo " 📦 Features: tls, async-tokio"
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;;
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"polkadot-node")
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echo " 🕸️ Compilando nodo Polkadot..."
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echo " 📦 Features: runtime-benchmarks"
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;;
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esac
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sleep 1
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log "✅ $component compilado para $target"
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}
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# Simular builds para diferentes componentes
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RUST_COMPONENTS=("youki" "cosmian-kms-client" "polkadot-node")
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for component in "${RUST_COMPONENTS[@]}"; do
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build_for_target "x86_64-unknown-linux-gnu" "$component"
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build_for_target "aarch64-unknown-linux-gnu" "$component"
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done
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# Parte 5: Packaging inteligente
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echo ""
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log "Parte 5: Packaging multi-arquitectura"
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echo "===================================="
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package_release() {
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local target=$1
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local version=${2:-"v1.0.0"}
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log "Empaquetando release para $target..."
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# Simular estructura de package
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echo " 📁 provisioning-$version-$target/"
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echo " ├── bin/"
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echo " │ ├── provisioning"
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echo " │ ├── youki"
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echo " │ └── cosmian-kms-client"
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echo " ├── lib/"
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echo " │ └── nu_plugins/"
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echo " ├── templates/"
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echo " └── install.sh"
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echo " 📦 Creando tarball..."
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echo " ✅ provisioning-$version-$target.tar.gz"
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}
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for target in "x86_64-unknown-linux-gnu" "aarch64-unknown-linux-gnu"; do
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package_release "$target" "v1.0.0"
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done
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# Parte 6: Deploy automático según arquitectura
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echo ""
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log "Parte 6: Deploy inteligente por arquitectura"
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echo "============================================"
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simulate_deploy() {
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local server_ip=$1
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local server_arch=$2
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log "Desplegando en servidor $server_ip ($server_arch)..."
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# Detectar arquitectura del servidor (simulado)
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echo " 🔍 Detectando arquitectura del servidor..."
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echo " 📡 SSH: ssh user@$server_ip 'uname -m'"
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echo " 📋 Resultado: $server_arch"
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# Seleccionar package correcto
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local package_name="provisioning-v1.0.0-$server_arch-unknown-linux-gnu.tar.gz"
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echo " 📦 Seleccionando package: $package_name"
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# Simular deploy
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echo " 🚀 Transfiriendo archivos..."
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echo " 📥 scp $package_name user@$server_ip:/tmp/"
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echo " 🔧 Instalando remotamente..."
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echo " ✅ Deploy completado"
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}
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# Simular deploy en diferentes arquitecturas
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simulate_deploy "203.0.113.10" "x86_64"
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simulate_deploy "203.0.113.11" "aarch64"
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simulate_deploy "203.0.113.12" "x86_64"
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# Parte 7: Ventajas del enfoque
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echo ""
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log "Parte 7: Ventajas de cross-compilation nativa"
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echo "=============================================="
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echo "💰 Costos optimizados:"
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echo " - ARM instances ~20% más baratas que x86"
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echo " - Graviton3: $0.04/hora vs t3.medium: $0.05/hora"
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echo " - Ahorro anual: ~$87 por instancia"
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echo ""
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echo "⚡ Performance:"
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echo " - Binarios nativos vs containers emulados"
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echo " - youki en ARM: ~15% menos overhead vs Docker"
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echo " - Polkadot: ~25% mejor throughput en Graviton"
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echo ""
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echo "🌐 Alcance:"
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echo " - Edge computing: ARM dominante en IoT"
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echo " - Mobile development: aarch64 nativo"
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echo " - Apple Silicon: Mejor developer experience"
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echo ""
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echo "🔧 Operaciones:"
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echo " - Un solo build system para todo"
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echo " - Deploy automático según arquitectura destino"
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echo " - Testing unificado cross-platform"
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# Parte 8: Comparación con alternativas
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echo ""
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log "Parte 8: vs. Alternativas tradicionales"
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echo "======================================="
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echo "📊 Comparación con Docker multi-arch:"
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echo ""
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printf "%-20s %-15s %-15s\n" "Aspecto" "Cross-compile" "Docker buildx"
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printf "%-20s %-15s %-15s\n" "Build time" "~3 min" "~15 min"
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printf "%-20s %-15s %-15s\n" "Binary size" "~25MB" "~250MB"
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printf "%-20s %-15s %-15s\n" "Runtime overhead" "0%" "5-10%"
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printf "%-20s %-15s %-15s\n" "Cold start" "Inmediato" "~2-3s"
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printf "%-20s %-15s %-15s\n" "Complexity" "Media" "Alta"
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# Parte 9: Script de automatización
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echo ""
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log "Parte 9: Script de automatización completo"
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echo "=========================================="
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cat << 'EOF'
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#!/bin/bash
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# build-all.sh - Build script completo
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TARGETS=("x86_64-unknown-linux-gnu" "aarch64-unknown-linux-gnu")
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COMPONENTS=("youki" "cosmian-kms-client" "polkadot-node")
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for target in "${TARGETS[@]}"; do
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for component in "${COMPONENTS[@]}"; do
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echo "Building $component for $target..."
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cross build --release --target "$target" \
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--manifest-path "tools/$component/Cargo.toml"
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done
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# Package release
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mkdir -p "dist/$target"
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cp target/$target/release/* "dist/$target/"
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tar czf "provisioning-$target.tar.gz" -C "dist/$target" .
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done
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echo "✅ All builds completed!"
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EOF
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echo ""
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log "🎯 Demo cross-compilation completada!"
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echo ""
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echo "⭐ Capacidades demostradas:"
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echo " - Auto-detección de arquitectura"
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echo " - Build multi-target automatizado"
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echo " - Packaging inteligente"
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echo " - Deploy automático por arquitectura"
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echo " - Optimizaciones de costo y performance"
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echo ""
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echo "🚀 Para implementar en tu proyecto:"
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echo "1. cargo install cross"
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echo "2. rustup target add aarch64-unknown-linux-gnu"
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echo "3. Configurar Cross.toml"
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echo "4. Crear scripts de automatización"
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echo "5. ¡Disfrutar de deploys multi-arch!" |