"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const chai_1 = require("chai");
const cpu_monitor_1 = require("../../../src/monitors/cpu-monitor");
const common_1 = require("../../../src/types/common");
describe('CPUMonitor', () => {
    const cpuInfoRaw = {
        model: 'Test CPU',
        manufacturer: 'TestVendor',
        architecture: 'arm64',
        cores: 4,
        threads: 8,
        baseFrequency: 2400,
        maxFrequency: 3200,
        cache: {
            l1d: 64 * 1024,
            l2: 512 * 1024
        },
        features: ['neon'],
        vendorId: 'VND',
        family: 6,
        modelNumber: 158,
        stepping: 10
    };
    const cpuUsageRaw = {
        overall: '50',
        cores: ['40', '60'],
        user: '30',
        system: '15',
        idle: '55',
        iowait: '5',
        irq: '0',
        softirq: '0'
    };
    const loadRaw = { load1: '0.5', load5: '0.8', load15: '1.1' };
    const temperatureRaw = [{ temperature: '45.5' }, { temp: '50.1' }];
    let cpuInfoCalls = 0;
    let cpuUsageCalls = 0;
    let temperatureCalls = 0;
    function createAdapter() {
        cpuInfoCalls = 0;
        cpuUsageCalls = 0;
        temperatureCalls = 0;
        return {
            getPlatform: () => 'darwin',
            isSupported: (feature) => !feature.includes('disabled'),
            executeCommand: async () => ({ stdout: '', stderr: '', exitCode: 0, platform: 'darwin', executionTime: 0, command: '' }),
            readFile: async () => '',
            fileExists: async () => true,
            getCPUInfo: async () => {
                cpuInfoCalls += 1;
                return cpuInfoRaw;
            },
            getCPUUsage: async () => {
                cpuUsageCalls += 1;
                return cpuUsageRaw;
            },
            getCPUTemperature: async () => {
                temperatureCalls += 1;
                return temperatureRaw;
            },
            getMemoryInfo: async () => ({}),
            getMemoryUsage: async () => ({}),
            getDiskInfo: async () => ({}),
            getDiskIO: async () => ({}),
            getNetworkInterfaces: async () => ({}),
            getNetworkStats: async () => ({}),
            getProcesses: async () => ([]),
            getProcessInfo: async () => ({}),
            getSystemInfo: async () => ({}),
            getSystemLoad: async () => loadRaw,
            getDiskUsage: async () => ({}),
            getDiskStats: async () => ({}),
            getMounts: async () => ({}),
            getFileSystems: async () => ({}),
            getNetworkConnections: async () => ({}),
            getDefaultGateway: async () => ({}),
            getProcessList: async () => ([]),
            killProcess: async () => true,
            getProcessOpenFiles: async () => ([]),
            getProcessEnvironment: async () => ({}),
            getSystemUptime: async () => ({}),
            getSystemUsers: async () => ([]),
            getSystemServices: async () => ([]),
            getSupportedFeatures: () => ({
                cpu: { info: true, usage: true, temperature: true, frequency: true, cache: true, perCore: true, cores: true },
                memory: { info: true, usage: true, swap: true, pressure: true, detailed: true, virtual: true },
                disk: { info: true, io: true, health: true, smart: true, filesystem: true, usage: true, stats: true, mounts: true, filesystems: true },
                network: { interfaces: true, stats: true, connections: true, bandwidth: true, gateway: true },
                process: { list: true, details: true, tree: true, monitor: true, info: true, kill: true, openFiles: true, environment: true },
                system: { info: true, load: true, uptime: true, users: true, services: true }
            })
        };
    }
    it('info 会转换 CPU 基本信息并缓存结果', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const first = await monitor.info();
        if (!first.success) {
            throw new Error('expected success');
        }
        const firstData = first.data;
        (0, chai_1.expect)(first.cached).to.be.false;
        (0, chai_1.expect)(firstData.model).to.equal('Test CPU');
        (0, chai_1.expect)(firstData.cache.l1d).to.be.instanceOf(common_1.DataSize);
        (0, chai_1.expect)(firstData.cache.l1d.toBytes()).to.equal(64 * 1024);
        const second = await monitor.info();
        if (!second.success) {
            throw new Error('expected success');
        }
        (0, chai_1.expect)(second.cached).to.be.true;
        (0, chai_1.expect)(cpuInfoCalls).to.equal(1);
    });
    it('usageDetailed 返回解析后的使用率数据', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const result = await monitor.usageDetailed();
        if (!result.success) {
            throw new Error('expected success');
        }
        const data = result.data;
        (0, chai_1.expect)(data.overall).to.equal(50);
        (0, chai_1.expect)(data.cores).to.deep.equal(['40', '60']);
        (0, chai_1.expect)(cpuUsageCalls).to.equal(1);
    });
    it('temperature 在配置启用后返回温度信息', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const disabled = await monitor.temperature();
        (0, chai_1.expect)(disabled.success).to.be.false;
        monitor.withTemperature(true);
        const enabled = await monitor.temperature();
        if (!enabled.success) {
            throw new Error('expected success');
        }
        const temperature = enabled.data;
        (0, chai_1.expect)(temperature).to.deep.equal([45.5, 50.1]);
        (0, chai_1.expect)(temperatureCalls).to.equal(1);
    });
    it('frequency 返回基础与最大频率信息', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const result = await monitor.frequency();
        if (!result.success) {
            throw new Error('expected success');
        }
        const data = result.data;
        (0, chai_1.expect)(data.map(item => item.type)).to.include.members(['base', 'max']);
    });
    it('coreCount 返回物理与逻辑核心', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const result = await monitor.coreCount();
        if (!result.success) {
            throw new Error('expected success');
        }
        const data = result.data;
        (0, chai_1.expect)(data.physical).to.equal(4);
        (0, chai_1.expect)(data.logical).to.equal(8);
    });
    it('loadAverage 返回转换后的负载信息', async () => {
        const monitor = new cpu_monitor_1.CPUMonitor(createAdapter());
        const result = await monitor.loadAverage();
        if (!result.success) {
            throw new Error('expected success');
        }
        const data = result.data;
        (0, chai_1.expect)(data).to.deep.equal({ load1: 0.5, load5: 0.8, load15: 1.1 });
    });
});
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