package com.kaidi.oa.seed;

import com.kaidi.oa.domain.TestTask;
import com.kaidi.oa.repository.TestTaskRepository;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import org.springframework.boot.CommandLineRunner;
import org.springframework.core.annotation.Order;

import java.time.Instant;

/**
 * 实验室检测任务看板演示数据。
 * 覆盖全部状态列（待分配 / 检测中 / 待复核 / 已复核 / 偏差处理 / 已出报告），
 * 让 labkanban.vue 活体展示多状态卡片。
 * Order(8) = 在所有基础 Seeder 之后、FtsIndexRunner(200) 之前。
 */
@DemoSeed
@Order(8)
public class LabTestKanbanSeeder implements CommandLineRunner {

    private static final Logger log = LoggerFactory.getLogger(LabTestKanbanSeeder.class);

    private final TestTaskRepository repo;

    public LabTestKanbanSeeder(TestTaskRepository repo) {
        this.repo = repo;
    }

    @Override
    public void run(String... args) {
        if (repo.count() > 0) {
            return; // 已有数据则跳过，幂等
        }
        log.info("Seeding LabTestKanban demo data...");

        // 待分配
        seed("JC-001", "COD 化学需氧量", "GB 11914-1989", "污水样-2026001", "城镇污水处理厂进水", "高", "2026-06-20", "待分配", null, null, null, null);
        seed("JC-002", "氨氮(NH3-N)", "HJ 535-2009", "污水样-2026002", "工业废水进水", "高", "2026-06-20", "待分配", null, null, null, null);

        // 检测中
        seed("JC-003", "总磷(TP)", "GB 11893-1989", "污水样-2026003", "生物质肥料浸提液", "中", "2026-06-18", "检测中", "李化验", null, null, null);
        seed("JC-004", "pH 值", "GB/T 6920-1986", "废水样-2026004", "工业废水排放口", "低", "2026-06-22", "检测中", "王化验", null, null, null);
        seed("JC-005", "悬浮物(SS)", "GB 11901-1989", "污水样-2026005", "脱水污泥渗滤液", "中", "2026-06-19", "检测中", "李化验", null, null, null);

        // 待复核
        TestTask t6 = build("JC-006", "总氮(TN)", "HJ 636-2012", "废水样-2026006", "环保设备出水", "高", "2026-06-17", "待复核", "张检测");
        t6.setResultValue("12.5");
        t6.setResultUnit("mg/L");
        t6.setStandardLimit("≤15 mg/L");
        t6.setJudge("合格");
        repo.save(t6);

        TestTask t7 = build("JC-007", "总有机碳(TOC)", "HJ 501-2009", "污水样-2026007", "科研实验室废液", "中", "2026-06-16", "待复核", "张检测");
        t7.setResultValue("38.2");
        t7.setResultUnit("mg/L");
        t7.setStandardLimit("≤50 mg/L");
        t7.setJudge("合格");
        repo.save(t7);

        // 偏差处理（OOS超标）
        TestTask t8 = build("JC-008", "六价铬 Cr(VI)", "GB 7467-1987", "废水样-2026008", "镀件清洗废水", "高", "2026-06-15", "偏差处理", "陈检测");
        t8.setResultValue("0.85");
        t8.setResultUnit("mg/L");
        t8.setStandardLimit("≤0.5 mg/L");
        t8.setJudge("OOS偏差");
        t8.setRemark("实测值超标1.7倍，已启动偏差调查，通知车间排查污染源。");
        repo.save(t8);

        // 已复核
        TestTask t9 = build("JC-009", "石油类", "HJ 637-2018", "废水样-2026009", "机加工切削液", "中", "2026-06-14", "已复核", "李化验");
        t9.setResultValue("4.2");
        t9.setResultUnit("mg/L");
        t9.setStandardLimit("≤5 mg/L");
        t9.setJudge("合格");
        t9.setReviewer("王主任");
        t9.setReviewedAt("2026-06-14");
        t9.setResultLocked(true);
        repo.save(t9);

        TestTask t10 = build("JC-010", "氟化物", "HJ 488-2009", "废水样-2026010", "酸洗废水处理站", "中", "2026-06-13", "已复核", "陈检测");
        t10.setResultValue("8.5");
        t10.setResultUnit("mg/L");
        t10.setStandardLimit("≤10 mg/L");
        t10.setJudge("合格");
        t10.setReviewer("张主任");
        t10.setReviewedAt("2026-06-13");
        t10.setResultLocked(true);
        repo.save(t10);

        // 已出报告
        TestTask t11 = build("JC-011", "色度", "GB 11903-1989", "污水样-2026011", "城镇污水出水", "低", "2026-06-12", "已出报告", "王化验");
        t11.setResultValue("10");
        t11.setResultUnit("度");
        t11.setStandardLimit("≤30 度");
        t11.setJudge("合格");
        t11.setReviewer("李主任");
        t11.setReviewedAt("2026-06-12");
        t11.setResultLocked(true);
        repo.save(t11);

        TestTask t12 = build("JC-012", "溶解氧(DO)", "HJ 506-2009", "污水样-2026012", "好氧池曝气段", "低", "2026-06-11", "已出报告", "李化验");
        t12.setResultValue("5.8");
        t12.setResultUnit("mg/L");
        t12.setStandardLimit("≥2 mg/L");
        t12.setJudge("合格");
        t12.setReviewer("王主任");
        t12.setReviewedAt("2026-06-11");
        t12.setResultLocked(true);
        repo.save(t12);

        log.info("LabTestKanban demo data seeded: {} records.", repo.count());
    }

    private void seed(String taskNo, String detectItem, String methodNo,
                      String sampleNo, String sampleName, String priority,
                      String dueDate, String status, String tester,
                      String resultValue, String resultUnit, String judge) {
        TestTask t = build(taskNo, detectItem, methodNo, sampleNo, sampleName, priority, dueDate, status, tester);
        if (resultValue != null) t.setResultValue(resultValue);
        if (resultUnit != null) t.setResultUnit(resultUnit);
        if (judge != null) t.setJudge(judge);
        repo.save(t);
    }

    private TestTask build(String taskNo, String detectItem, String methodNo,
                           String sampleNo, String sampleName, String priority,
                           String dueDate, String status, String tester) {
        TestTask t = new TestTask();
        t.setTaskNo(taskNo);
        t.setDetectItem(detectItem);
        t.setMethodNo(methodNo);
        t.setSampleNo(sampleNo);
        t.setSampleName(sampleName);
        t.setPriority(priority);
        t.setDueDate(dueDate);
        t.setStatus(status);
        t.setTester(tester);
        t.setResultLocked(false);
        t.setResultSource("手动录入");
        t.setCreatedAt(Instant.now());
        return t;
    }
}