7/tests/basic_test.cpp

#include "odf_unit.hpp"
#include "adapter_interface.hpp"
#include "naming_helper.hpp"
#include "config_template.hpp"
#include "project_milestone.hpp"
#include "app.hpp"

#include <cassert>
#include <iostream>
#include <string>

/**
 * @brief ODF 管理核心模块单元测试
 *
 * 使用标准库 assert 验证各数据结构和功能的正确性。
 * 不依赖 GoogleTest 等外部测试框架。
 */
int main() {
    std::cout << "===== ODF 管理模块单元测试 =====\n\n";

    // ---- ODF Unit 测试 ----
    std::cout << "[TEST] OdfUnit 构造与摘要 ... ";
    OdfUnit unit("DC01-F03-TX-ODP-LC24-001-A",
                 OdfUnitType::Patching, 48,
                 44, 482, 300, MountType::Rack19Inch);
    assert(unit.id == "DC01-F03-TX-ODP-LC24-001-A");
    assert(unit.maxPorts == 48);
    assert(unit.heightMm == 44);
    assert(unit.widthMm == 482);
    assert(unit.depthMm == 300);
    assert(unit.type == OdfUnitType::Patching);
    assert(unit.mountType == MountType::Rack19Inch);
    assert(unit.typeString() == "配线型(Patching)");
    assert(unit.mountString() == "19英寸机架式");
    assert(!unit.summary().empty());
    std::cout << "通过\n";

    // ---- AdapterInterface 测试 ----
    std::cout << "[TEST] AdapterInterface 构造与兼容性 ... ";
    AdapterInterface lcSm(ConnectorType::LC, FiberMode::SingleMode, PolishType::APC, 500, 24);
    AdapterInterface scMm(ConnectorType::SC, FiberMode::MultiMode,  PolishType::UPC, 500, 12);
    AdapterInterface mpoSm(ConnectorType::MPO, FiberMode::SingleMode, PolishType::APC, 500, 48);
    AdapterInterface mpoMm(ConnectorType::MPO, FiberMode::MultiMode,  PolishType::UPC, 500, 48);

    assert(lcSm.connectorString() == "LC");
    assert(scMm.fiberModeString() == "多模(MM)");
    assert(lcSm.polishString() == "APC");
    assert(lcSm.checkCompatibility() == true);
    assert(scMm.checkCompatibility() == true);
    assert(mpoSm.checkCompatibility() == false);  // MPO+单模视作不兼容
    assert(mpoMm.checkCompatibility() == true);
    assert(!lcSm.summary().empty());
    std::cout << "通过\n";

    // ---- NamingHelper 测试 ----
    std::cout << "[TEST] NamingHelper 校验与生成 ... ";
    std::string validCode = "DC01-F03-TX-ODP-LC24-001-A";
    std::string invalidCode = "invalid-code-123";
    auto validResult = NamingHelper::validateFormat(validCode);
    auto invalidResult = NamingHelper::validateFormat(invalidCode);
    assert(validResult.has_value());
    assert(!invalidResult.has_value());

    std::string generated = NamingHelper::generate("DC01", "F03", "TX", "ODP", "LC24", "001", "A");
    assert(generated == "DC01-F03-TX-ODP-LC24-001-A");

    std::string generatedNoExt = NamingHelper::generate("RM01", "B1", "NR", "ODS", "SC12", "005");
    assert(generatedNoExt == "RM01-B1-NR-ODS-SC12-005");

    auto checkNoExt = NamingHelper::validateFormat(generatedNoExt);
    assert(checkNoExt.has_value());
    std::cout << "通过\n";

    // ---- ConfigTemplate 测试 ----
    std::cout << "[TEST] ConfigTemplate 模板与 BOM 生成 ... ";
    auto templates = ConfigTemplate::builtInTemplates();
    assert(templates.size() >= 3);

    assert(templates[0].scenarioName == "数据中心LC单模预端接");
    assert(templates[0].portsPerCabinet == 48);
    assert(templates[0].spareRatio > 0.0);

    // BOM 边界测试：0 机柜
    std::string bom0 = templates[0].generateBomSummary(0);
    assert(bom0.find("基础端口量: 0") != std::string::npos);

    // BOM 正常测试
    std::string bom3 = templates[0].generateBomSummary(3);
    assert(bom3.find("基础端口量: 144") != std::string::npos);
    assert(bom3.find("含余量总端口数: 166") != std::string::npos ||
           bom3.find("含余量总端口数: 165") != std::string::npos);
    std::cout << "通过\n";

    // ---- ProjectMilestone 测试 ----
    std::cout << "[TEST] ProjectMilestone 时间约束 ... ";
    ProjectMilestone protoOk(MilestoneStage::Prototype, 4, 6, "王五", false);
    ProjectMilestone deliveryOk(MilestoneStage::Delivery, 10, 12, "张三", false);
    ProjectMilestone protoBad(MilestoneStage::Prototype, 4, 8, "王五", false);
    ProjectMilestone deliveryBad(MilestoneStage::Delivery, 10, 14, "张三", false);

    assert(protoOk.checkTimeConstraint() == true);
    assert(deliveryOk.checkTimeConstraint() == true);
    assert(protoBad.checkTimeConstraint() == false);
    assert(deliveryBad.checkTimeConstraint() == false);

    assert(protoOk.stageString() == "样机测试");
    assert(deliveryOk.stageString() == "批量交付");
    std::cout << "通过\n";

    // ---- calculatePortDensity 测试 ----
    std::cout << "[TEST] calculatePortDensity ... ";
    assert(App::calculatePortDensity(2, 48) == 24);   // 48/2=24
    assert(App::calculatePortDensity(1, 48) == 48);   // 48/1=48
    assert(App::calculatePortDensity(3, 72) == 24);   // 72/3=24
    assert(App::calculatePortDensity(0, 48) == 0);    // 除零保护
    assert(App::calculatePortDensity(5, 12) == 2);    // 12/5=2（向下取整）
    std::cout << "通过\n";

    // ---- App 综合链路测试 ----
    std::cout << "[TEST] App 综合: 命名->单元->BOM 链路 ... ";
    App app;

    // 按命名规则生成 ID 并创建单元
    std::string id = NamingHelper::generate("SH01", "A2", "DC", "ODP", "LC48", "010", "B");
    auto idCheck = NamingHelper::validateFormat(id);
    assert(idCheck.has_value());

    app.addOdfUnit(OdfUnit(id, OdfUnitType::Hybrid, 96, 88, 482, 300, MountType::Rack19Inch));
    std::string unitList = app.listOdfUnits();
    assert(unitList.find("SH01-A2-DC-ODP-LC48-010-B") != std::string::npos);

    // 使用模板生成 BOM
    std::string bom = app.generateBom(2, 5); // MPO 高密度
    assert(bom.find("MPO高密度预端接") != std::string::npos);
    assert(bom.find("基础端口量: 480") != std::string::npos);

    // 里程碑约束检查
    app.addMilestone(ProjectMilestone(MilestoneStage::Prototype, 4, 6, "王五", false));
    app.addMilestone(ProjectMilestone(MilestoneStage::Delivery, 10, 12, "张三", false));
    std::string constraintResult = app.checkMilestonesConstraint();
    assert(constraintResult.find("所有里程碑时间约束均满足") != std::string::npos);

    std::cout << "通过\n";

    std::cout << "\n===== 全部测试通过! =====\n";
    return 0;
}