#include <gtest/gtest.h>
#include "kylininstalldbuscallthread.h"

class UnitTest_KylinInstalldbusCallThread : public ::testing::Test {
protected:
    KylinInstalldbusCallThread* thread;

    void SetUp() override {
        // 提供适当的构造函数参数
        thread = new KylinInstalldbusCallThread("/path/to/deb", "appName", "application", "applicationZh", "appVersion");
    }

    void TearDown() override {
        delete thread;
    }
    // QString invalidDebPath = "invalid_path.deb";
    // QString invalidKaimingPath = "invalid_path.ok";
    // QString validKaimingPath = QDir::current().absoluteFilePath("../../fileInfo/org.scorched3d.scorched3d-x86_64-44.0.0.0-ok1-stable-binary-squashfs.ok");
    // QString validDebPath = QDir::current().absoluteFilePath("../../fileInfo/app.web.xuexi_1.0.0_all.deb");
};

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGetUserName) {
    QString userName = thread->getUserName();
    ASSERT_FALSE(userName.isEmpty());
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGetUid) {
    QString uid = thread->getUid();
    ASSERT_FALSE(uid.isEmpty());
    ASSERT_TRUE(uid.toInt() > 0);
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestOsVersion) {
    QString version = thread->osVersion();
    ASSERT_FALSE(version.isEmpty());
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestCopyFile) {
    QString srcFile = "./test_src_file.txt";
    QString destFile = "./test_dest_file.txt";

    QFile file(srcFile);
    if (!file.exists()) {
        file.open(QIODevice::WriteOnly);
        file.write("test data");
        file.close();
    }

    bool result = thread->copyFile(srcFile, destFile);
    ASSERT_TRUE(result);
    ASSERT_TRUE(QFile::exists(destFile));

    QFile::remove(srcFile);
    QFile::remove(destFile);
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestInstallAppWithEmptyFileName) {
    thread->installApp("", "pkgName", "application", "applicationZh", "version");
    // 检查是否正确处理空文件名
    // 这需要模拟或检查安装结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestInstallAppWithInvalidLibrary) {
    QString invalidLibPath = "/invalid/path/to/libkmre.so";
    // QFile::rename("/usr/lib/libkmre.so", invalidLibPath); // 临时重命名以模拟无效库

    thread->installApp("fileName", "pkgName", "application", "applicationZh", "version");

    // QFile::rename(invalidLibPath, "/usr/lib/libkmre.so"); // 恢复原始库路径
    // 检查是否正确处理无效库
    // 这需要模拟或检查安装结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGenerateDesktopWithEmptyPkgName) {
    bool result = thread->generateDesktop("", "application", "applicationZh", "version");
    ASSERT_FALSE(result);
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGenerateDesktopWithValidData) {
    bool result = thread->generateDesktop("pkgName", "application", "applicationZh", "version");
    // ASSERT_TRUE(result);
    // 检查桌面文件是否正确生成
    // 这需要模拟或检查生成结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGenerateIconWithEmptyPkgName) {
    thread->generateIcon("");
    // 检查是否正确处理空包名
    // 这需要模拟或检查生成结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGenerateIconWithValidPkgName) {
    thread->generateIcon("pkgName");
    // 检查图标是否正确生成
    // 这需要模拟或检查生成结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestIsAndroidReadyWithValidData) {
    bool result = thread->isAndroidReady("username", "1000");
    // ASSERT_TRUE(result);
    // 检查是否正确判断 Android 环境是否准备好
    // 这需要模拟或检查判断结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestIsAndroidReadyWithInvalidData) {
    bool result = thread->isAndroidReady("invalidUser", "9999");
    ASSERT_FALSE(result);
    // 检查是否正确判断 Android 环境是否准备好
    // 这需要模拟或检查判断结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGetInstalledAppListJsonStr) {
    QByteArray appListJson = thread->getInstalledAppListJsonStr();
    ASSERT_FALSE(appListJson.isEmpty());
    // 检查是否正确获取已安装应用程序列表
    // 这需要模拟或检查获取结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestOsInstallOverStatus) {
    thread->osInstallOverstatus(1, "error_string", "error_desc");
    // 检查是否正确处理安装状态
    // 这需要模拟或检查处理结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestOsInstallOverSoftwareAptSlots) {
    thread->osInstallOverSoftwareAptSlots(true, "error_string", "error_desc");
    // 检查是否正确处理软件安装完成信号
    // 这需要模拟或检查处理结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestOsInstallOverSoftwareSnapSlots) {
    QMap<QString, QVariant> map;
    map["error_message"] = "error_message";
    thread->osInstallOverSoftwareSnapSlots("snap_finish", map);
    // 检查是否正确处理软件安装完成信号
    // 这需要模拟或检查处理结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestKareBuildStatusChangedSlot) {
    thread->kareBuildStatusChangedSlot("env", 50, 1, "errorInfo");
    // 检查是否正确处理KARE构建状态变化
    // 这需要模拟或检查处理结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestKareInstallStatusSlot) {
    thread->kareInstallStatusSlot("debPath", 50, 1, "errorInfo");
    // 检查是否正确处理KARE安装状态变化
    // 这需要模拟或检查处理结果
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestNotifyKareEnv) {
    thread->notifyKareEnv();
    // 检查是否正确通知KARE环境
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestInstalldebStatusChangedSlot) {
    thread->InstalldebStatusChangedSlot(50, "status", "currentDetails");
    // 检查是否正确处理安装状态变化
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestUpdateInstallFinishedSlot) {
    QStringList upgradeGroup;
    thread->UpdateInstallFinishedSlot(true, upgradeGroup, "errorString", "errorDesc");
    // 检查是否正确处理安装完成信号
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestInstallKareDeb) {
    thread->installKareDeb();
    // 检查是否正确安装KARE deb包
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestInstallKareImage) {
    thread->installKareImage();
    // 检查是否正确安装KARE镜像
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestEnvBuildStatusChangedSlot) {
    thread->envBuildStatusChangedSlot(50, "info");
    // 检查是否正确处理环境构建状态变化
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestEnvBuildStatusFinishedSlot) {
    thread->envBuildStatusFinishedSlot(true, "info");
    // 检查是否正确处理环境构建完成信号
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestTestV11KareInstall) {
    thread->testV11KareInstall();
    // 检查是否正确执行测试安装
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestRunWithSnap) {
    thread->m_debPath = "test.snap";
    thread->run();
    // 检查是否正确处理 snap 文件
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestRunWithApk) {
    thread->m_debPath = "test.apk";
    thread->run();
    // 检查是否正确处理 apk 文件
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestRunWithKareEnv) {
    thread->m_packageType = PackageEnum::Type::KARE_ENV;
    thread->m_packageDistribution = "test_distribution";
    thread->run();
    // 检查是否正确处理 KARE_ENV 类型
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestRunWithKare) {
    thread->m_packageType = PackageEnum::Type::KARE;
    thread->run();
    // 检查是否正确处理 KARE 类型
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestRunWithDeb) {
    thread->m_debPath = "test.deb";
    thread->run();
    // 检查是否正确处理 deb 文件
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestGetCpuAndGpuInfo) {
    QString cpuType;
    QString gpuVendor;

    // 调用 getCpuAndGpuInfo 方法
    thread->getCpuAndGpuInfo(cpuType, gpuVendor);

    // 检查 cpuType 和 gpuVendor 是否正确获取
    // EXPECT_FALSE(cpuType.isEmpty());
    // EXPECT_FALSE(gpuVendor.isEmpty());
}

TEST_F(UnitTest_KylinInstalldbusCallThread, TestUpdateDekstopAndIcon) {
    QString pkgName = "test_pkg";
    QString application = "test_app";
    QString applicationZh = "测试应用";
    QString version = "1.0";

    // 调用 updateDekstopAndIcon 方法
    thread->updateDekstopAndIcon(pkgName, application, applicationZh, version);

    // 检查是否正确更新桌面和图标
    // 这需要模拟或检查更新结果
}