""" Linux BenchTools - Benchmark API """ import json from fastapi import APIRouter, Depends, HTTPException, status from sqlalchemy.orm import Session from datetime import datetime from app.db.session import get_db from app.core.security import verify_token from app.schemas.benchmark import BenchmarkPayload, BenchmarkResponse, BenchmarkDetail, BenchmarkSummary from app.models.device import Device from app.models.hardware_snapshot import HardwareSnapshot from app.models.benchmark import Benchmark from app.utils.scoring import calculate_global_score router = APIRouter() @router.post("/benchmark", response_model=BenchmarkResponse, status_code=status.HTTP_200_OK) async def submit_benchmark( payload: BenchmarkPayload, db: Session = Depends(get_db), _: bool = Depends(verify_token) ): """ Submit a benchmark result from a client machine. This endpoint: 1. Resolves or creates the device 2. Creates a hardware snapshot 3. Creates a benchmark record 4. Returns device_id and benchmark_id """ # 1. Resolve or create device device = db.query(Device).filter(Device.hostname == payload.device_identifier).first() if not device: device = Device( hostname=payload.device_identifier, created_at=datetime.utcnow(), updated_at=datetime.utcnow() ) db.add(device) db.flush() # Get device.id # Update device timestamp device.updated_at = datetime.utcnow() # 2. Get or create hardware snapshot hw = payload.hardware # Check if we have an existing snapshot for this device existing_snapshot = db.query(HardwareSnapshot).filter( HardwareSnapshot.device_id == device.id ).order_by(HardwareSnapshot.captured_at.desc()).first() # If we have an existing snapshot, update it instead of creating a new one if existing_snapshot: snapshot = existing_snapshot snapshot.captured_at = datetime.utcnow() # Update timestamp else: # Create new snapshot if none exists snapshot = HardwareSnapshot( device_id=device.id, captured_at=datetime.utcnow() ) # Update all fields (whether new or existing snapshot) # CPU snapshot.cpu_vendor = hw.cpu.vendor if hw.cpu else None snapshot.cpu_model = hw.cpu.model if hw.cpu else None snapshot.cpu_microarchitecture = hw.cpu.microarchitecture if hw.cpu else None snapshot.cpu_cores = hw.cpu.cores if hw.cpu else None snapshot.cpu_threads = hw.cpu.threads if hw.cpu else None snapshot.cpu_base_freq_ghz = hw.cpu.base_freq_ghz if hw.cpu else None snapshot.cpu_max_freq_ghz = hw.cpu.max_freq_ghz if hw.cpu else None snapshot.cpu_cache_l1_kb = hw.cpu.cache_l1_kb if hw.cpu else None snapshot.cpu_cache_l2_kb = hw.cpu.cache_l2_kb if hw.cpu else None snapshot.cpu_cache_l3_kb = hw.cpu.cache_l3_kb if hw.cpu else None snapshot.cpu_flags = json.dumps(hw.cpu.flags) if hw.cpu and hw.cpu.flags else None snapshot.cpu_tdp_w = hw.cpu.tdp_w if hw.cpu else None # RAM snapshot.ram_total_mb = hw.ram.total_mb if hw.ram else None snapshot.ram_used_mb = hw.ram.used_mb if hw.ram else None snapshot.ram_free_mb = hw.ram.free_mb if hw.ram else None snapshot.ram_shared_mb = hw.ram.shared_mb if hw.ram else None snapshot.ram_slots_total = hw.ram.slots_total if hw.ram else None snapshot.ram_slots_used = hw.ram.slots_used if hw.ram else None snapshot.ram_ecc = hw.ram.ecc if hw.ram else None snapshot.ram_layout_json = json.dumps([slot.dict() for slot in hw.ram.layout]) if hw.ram and hw.ram.layout else None # GPU snapshot.gpu_summary = f"{hw.gpu.vendor} {hw.gpu.model}" if hw.gpu and hw.gpu.model else None snapshot.gpu_vendor = hw.gpu.vendor if hw.gpu else None snapshot.gpu_model = hw.gpu.model if hw.gpu else None snapshot.gpu_driver_version = hw.gpu.driver_version if hw.gpu else None snapshot.gpu_memory_dedicated_mb = hw.gpu.memory_dedicated_mb if hw.gpu else None snapshot.gpu_memory_shared_mb = hw.gpu.memory_shared_mb if hw.gpu else None snapshot.gpu_api_support = json.dumps(hw.gpu.api_support) if hw.gpu and hw.gpu.api_support else None # Storage snapshot.storage_summary = f"{len(hw.storage.devices)} device(s)" if hw.storage and hw.storage.devices else None snapshot.storage_devices_json = json.dumps([d.dict() for d in hw.storage.devices]) if hw.storage and hw.storage.devices else None snapshot.partitions_json = json.dumps([p.dict() for p in hw.storage.partitions]) if hw.storage and hw.storage.partitions else None # Network snapshot.network_interfaces_json = json.dumps([i.dict() for i in hw.network.interfaces]) if hw.network and hw.network.interfaces else None # OS / Motherboard snapshot.os_name = hw.os.name if hw.os else None snapshot.os_version = hw.os.version if hw.os else None snapshot.kernel_version = hw.os.kernel_version if hw.os else None snapshot.architecture = hw.os.architecture if hw.os else None snapshot.virtualization_type = hw.os.virtualization_type if hw.os else None snapshot.motherboard_vendor = hw.motherboard.vendor if hw.motherboard else None snapshot.motherboard_model = hw.motherboard.model if hw.motherboard else None snapshot.bios_vendor = hw.motherboard.bios_vendor if hw.motherboard and hasattr(hw.motherboard, 'bios_vendor') else None snapshot.bios_version = hw.motherboard.bios_version if hw.motherboard else None snapshot.bios_date = hw.motherboard.bios_date if hw.motherboard else None # Misc snapshot.sensors_json = json.dumps(hw.sensors.dict()) if hw.sensors else None snapshot.raw_info_json = json.dumps(hw.raw_info.dict()) if hw.raw_info else None # Add to session only if it's a new snapshot if not existing_snapshot: db.add(snapshot) db.flush() # Get snapshot.id for new snapshots # 3. Create benchmark results = payload.results # Calculate global score if not provided or recalculate global_score = calculate_global_score( cpu_score=results.cpu.score if results.cpu else None, memory_score=results.memory.score if results.memory else None, disk_score=results.disk.score if results.disk else None, network_score=results.network.score if results.network else None, gpu_score=results.gpu.score if results.gpu else None ) # Use provided global_score if available and valid if results.global_score is not None: global_score = results.global_score # Extract network results for easier frontend access network_results = None if results.network: network_results = { "upload_mbps": results.network.upload_mbps if hasattr(results.network, 'upload_mbps') else None, "download_mbps": results.network.download_mbps if hasattr(results.network, 'download_mbps') else None, "ping_ms": results.network.ping_ms if hasattr(results.network, 'ping_ms') else None, "score": results.network.score } benchmark = Benchmark( device_id=device.id, hardware_snapshot_id=snapshot.id, run_at=datetime.utcnow(), bench_script_version=payload.bench_script_version, global_score=global_score, cpu_score=results.cpu.score if results.cpu else None, memory_score=results.memory.score if results.memory else None, disk_score=results.disk.score if results.disk else None, network_score=results.network.score if results.network else None, gpu_score=results.gpu.score if results.gpu else None, details_json=json.dumps(results.dict()), network_results_json=json.dumps(network_results) if network_results else None ) db.add(benchmark) db.commit() return BenchmarkResponse( status="ok", device_id=device.id, benchmark_id=benchmark.id, message=f"Benchmark successfully recorded for device '{device.hostname}'" ) @router.get("/benchmarks/{benchmark_id}", response_model=BenchmarkDetail) async def get_benchmark( benchmark_id: int, db: Session = Depends(get_db) ): """ Get detailed benchmark information """ benchmark = db.query(Benchmark).filter(Benchmark.id == benchmark_id).first() if not benchmark: raise HTTPException( status_code=status.HTTP_404_NOT_FOUND, detail=f"Benchmark {benchmark_id} not found" ) return BenchmarkDetail( id=benchmark.id, device_id=benchmark.device_id, hardware_snapshot_id=benchmark.hardware_snapshot_id, run_at=benchmark.run_at.isoformat(), bench_script_version=benchmark.bench_script_version, global_score=benchmark.global_score, cpu_score=benchmark.cpu_score, memory_score=benchmark.memory_score, disk_score=benchmark.disk_score, network_score=benchmark.network_score, gpu_score=benchmark.gpu_score, details=json.loads(benchmark.details_json) )