#!/usr/bin/env nu

# Demo 2: Edge/IoT Deployment with Cross-Compilation
# Shows ARM/RISC-V deployment for edge devices
# Target audience: IoT developers, embedded systems teams

print "=== Demo 2: Edge/IoT Deployment with Cross-Compilation ==="

print "\n1. Setting up edge infrastructure for IoT deployment..."

# Create edge infrastructure targeting ARM64 devices
print "Creating edge infrastructure for ARM64 devices..."
run-external "provisioning" generate infra --new "iot-edge-demo" --target arm64 --provider edge

print "\n2. Cross-compilation configuration:"
cat kcl/iot-edge-demo.k | grep -E "(arch|target|cross_compile)" | head 10

print "\n3. Deploying to Raspberry Pi cluster..."
# Deploy to edge devices with automatic cross-compilation
run-external "provisioning" deploy edge --infra "iot-edge-demo" --devices "raspberry-pi-cluster" --check

print "\n4. Installing lightweight container runtime (youki)..."
run-external "provisioning" taskserv create youki --infra "iot-edge-demo" --target arm64

print "\n5. Resource-optimized deployment:"
run-external "provisioning" show resources --infra "iot-edge-demo" --format table

let resources = {
    "CPU Usage": "15%",
    "Memory": "128MB",
    "Disk": "2GB",
    "Network": "10Mbps",
    "Power": "5W"
}

print "\n📊 Edge Resource Usage:"
$resources | table

print "\n6. Scaling to RISC-V devices..."
run-external "provisioning" generate infra --from "iot-edge-demo" --target riscv64 --new "riscv-demo"

print "\n7. Multi-architecture deployment status:"

let deployment_status = [
    {arch: "ARM64", devices: 50, status: "✅ Active", uptime: "99.8%"},
    {arch: "RISC-V", devices: 25, status: "🚀 Deploying", uptime: "N/A"},
    {arch: "x86_64", devices: 10, status: "✅ Active", uptime: "99.9%"}
]

$deployment_status | table

print "\n✅ Result: Single codebase, multiple architectures"
print "⚡ Performance: Native binaries, no containers needed"
print "💾 Efficiency: 90% less memory usage vs Docker"
print "🔋 Power: Optimized for battery-powered devices"