1.Spooling Config功能EAP模拟测试；

LAPTOP-SNT8I5JK\Boounion

2025-07-28 bfe14e41fa5b07771d78af4511ba18d706bc23cc

 SourceCode/Bond/BondEq/FileManager/RecipeManager.cpp

@@ -10,28 +10,12 @@
}

// 构造函数
RecipeManager::RecipeManager() : m_recipeFolder("Recipe") {}
RecipeManager::RecipeManager() : m_recipeFolder("Recipe"), m_currentRecipeName("") {}

// 设置配方文件夹
void RecipeManager::setRecipeFolder(const std::string& folderPath) {
    m_recipeFolder = folderPath;
}

// 加载配方（如果文件不存在，加载默认数据）
bool RecipeManager::loadRecipe(const std::string& recipeName) {
    std::string filePath = m_recipeFolder + "/" + recipeName + ".xml";
    pugi::xml_document doc;

    if (!doc.load_file(filePath.c_str())) {
        std::cerr << "Recipe file not found: " << filePath << ". Loading default recipe." << std::endl;
        generateDefaultRecipe();
        return false; // 文件不存在，但加载了默认数据
    }

// 加载轴信息
bool RecipeManager::loadAxes(pugi::xml_node axesNode) {
    m_axes.clear();

    auto recipe = doc.child("Recipe");
    for (auto axisNode : recipe.child("Axes").children("Axis")) {
    for (auto axisNode : axesNode.children("Axis")) {
        AxisInfo axisInfo;
        axisInfo.id = axisNode.attribute("id").as_int();
        axisInfo.number = axisNode.attribute("number").value();
@@ -66,7 +50,9 @@
        );

        // 加载 PositionRange 值
        axisInfo.positioningPointCount = axisNode.child("Positions").attribute("positioningPointCount").as_int();
        for (auto positionNode : axisNode.child("Positions").children("Position")) {
            bool isEnable = positionNode.attribute("isEnable").as_bool();
            std::string description = positionNode.attribute("description").value();
            ValueRange positionRange(
                positionNode.attribute("min").as_double(),
@@ -74,11 +60,90 @@
                positionNode.attribute("current").as_double()
            );

            axisInfo.positions.emplace_back(PositionRange(description, positionRange));
            axisInfo.positions.emplace_back(PositionRange(isEnable, description, positionRange));
        }

        m_axes[axisInfo.id] = axisInfo;
    }

    return true;
}

// 保存轴信息
void RecipeManager::saveAxes(pugi::xml_node& axesNode) {
    for (const auto& axisEntry : m_axes) {
        const AxisInfo& axisInfo = axisEntry.second;

        auto axisNode = axesNode.append_child("Axis");
        axisNode.append_attribute("id") = axisInfo.id;
        axisNode.append_attribute("number") = axisInfo.number.c_str();
        axisNode.append_attribute("description") = axisInfo.description.c_str();
        axisNode.append_attribute("start_address") = axisInfo.startAddress.c_str();

        // 保存 ValueRange 值
        auto jog_distance = axisNode.append_child("jog_distance");
        jog_distance.append_attribute("min") = axisInfo.jogDistance.minValue;
        jog_distance.append_attribute("max") = axisInfo.jogDistance.maxValue;
        jog_distance.append_attribute("current") = axisInfo.jogDistance.currentValue;

        auto manual_speed = axisNode.append_child("manual_speed");
        manual_speed.append_attribute("min") = axisInfo.manualSpeed.minValue;
        manual_speed.append_attribute("max") = axisInfo.manualSpeed.maxValue;
        manual_speed.append_attribute("current") = axisInfo.manualSpeed.currentValue;

        auto auto_speed = axisNode.append_child("auto_speed");
        auto_speed.append_attribute("min") = axisInfo.autoSpeed.minValue;
        auto_speed.append_attribute("max") = axisInfo.autoSpeed.maxValue;
        auto_speed.append_attribute("current") = axisInfo.autoSpeed.currentValue;

        auto acceleration_time = axisNode.append_child("acceleration_time");
        acceleration_time.append_attribute("min") = axisInfo.accelerationTime.minValue;
        acceleration_time.append_attribute("max") = axisInfo.accelerationTime.maxValue;
        acceleration_time.append_attribute("current") = axisInfo.accelerationTime.currentValue;

        auto deceleration_time = axisNode.append_child("deceleration_time");
        deceleration_time.append_attribute("min") = axisInfo.decelerationTime.minValue;
        deceleration_time.append_attribute("max") = axisInfo.decelerationTime.maxValue;
        deceleration_time.append_attribute("current") = axisInfo.decelerationTime.currentValue;

        // 保存 PositionRange 值
        auto positionsNode = axisNode.append_child("Positions");
        positionsNode.append_attribute("positioningPointCount") = axisInfo.positioningPointCount;
        for (const auto& position : axisInfo.positions) {
            auto positionNode = positionsNode.append_child("Position");
            positionNode.append_attribute("isEnable") = position.isEnable;
            positionNode.append_attribute("description") = position.description.c_str();
            positionNode.append_attribute("min") = position.range.minValue;
            positionNode.append_attribute("max") = position.range.maxValue;
            positionNode.append_attribute("current") = position.range.currentValue;
        }
    }
}

// 设置配方文件夹
void RecipeManager::setRecipeFolder(const std::string& folderPath) {
    m_recipeFolder = folderPath;
}

// 获取当前配方名称
std::string RecipeManager::getCurrentRecipeName() const {
   return m_currentRecipeName;
}

// 加载配方（如果文件不存在，加载默认数据）
bool RecipeManager::loadRecipe(const std::string& recipeName) {
    std::string filePath = m_recipeFolder + "/" + recipeName + ".xml";
    pugi::xml_document doc;

    if (!doc.load_file(filePath.c_str())) {
        std::cerr << "Recipe file not found: " << filePath << ". Loading default recipe." << std::endl;
        return false; // 文件不存在
    }
   m_currentRecipeName = recipeName;

    auto recipeNode = doc.child("Recipe");
    auto axesNode = recipeNode.child("Axes");
    loadAxes(axesNode);  // 加载轴信息

    return true;
}
@@ -97,52 +162,11 @@
    }

    // 添加配方根节点
    auto recipe = doc.append_child("Recipe");
    auto recipeNode = doc.append_child("Recipe");

    // 添加轴列表节点
    auto axesNode = recipe.append_child("Axes");

    // 遍历所有轴数据并写入 XML
    for (const auto& axisEntry : m_axes) {
        const AxisInfo& axisInfo = axisEntry.second;

        auto axisNode = axesNode.append_child("Axis");
        axisNode.append_attribute("id") = axisInfo.id;
        axisNode.append_attribute("number") = axisInfo.number.c_str();
        axisNode.append_attribute("description") = axisInfo.description.c_str();
        axisNode.append_attribute("start_address") = axisInfo.startAddress.c_str();

        // 保存 ValueRange 值
        axisNode.append_child("jog_distance").append_attribute("min") = axisInfo.jogDistance.minValue;
        axisNode.append_child("jog_distance").append_attribute("max") = axisInfo.jogDistance.maxValue;
        axisNode.append_child("jog_distance").append_attribute("current") = axisInfo.jogDistance.currentValue;

        axisNode.append_child("manual_speed").append_attribute("min") = axisInfo.manualSpeed.minValue;
        axisNode.append_child("manual_speed").append_attribute("max") = axisInfo.manualSpeed.maxValue;
        axisNode.append_child("manual_speed").append_attribute("current") = axisInfo.manualSpeed.currentValue;

        axisNode.append_child("auto_speed").append_attribute("min") = axisInfo.autoSpeed.minValue;
        axisNode.append_child("auto_speed").append_attribute("max") = axisInfo.autoSpeed.maxValue;
        axisNode.append_child("auto_speed").append_attribute("current") = axisInfo.autoSpeed.currentValue;

        axisNode.append_child("acceleration_time").append_attribute("min") = axisInfo.accelerationTime.minValue;
        axisNode.append_child("acceleration_time").append_attribute("max") = axisInfo.accelerationTime.maxValue;
        axisNode.append_child("acceleration_time").append_attribute("current") = axisInfo.accelerationTime.currentValue;

        axisNode.append_child("deceleration_time").append_attribute("min") = axisInfo.decelerationTime.minValue;
        axisNode.append_child("deceleration_time").append_attribute("max") = axisInfo.decelerationTime.maxValue;
        axisNode.append_child("deceleration_time").append_attribute("current") = axisInfo.decelerationTime.currentValue;

        // 保存 PositionRange 值
        auto positionsNode = axisNode.append_child("Positions");
        for (const auto& position : axisInfo.positions) {
            auto positionNode = positionsNode.append_child("Position");
            positionNode.append_attribute("description") = position.description.c_str();
            positionNode.append_attribute("min") = position.range.minValue;
            positionNode.append_attribute("max") = position.range.maxValue;
            positionNode.append_attribute("current") = position.range.currentValue;
        }
    }
    // 添加轴信息
    auto axesNode = recipeNode.append_child("Axes");
    saveAxes(axesNode);

    // 保存 XML 文件
    return doc.save_file(filePath.c_str());
@@ -151,10 +175,12 @@
// 生成默认配方
void RecipeManager::generateDefaultRecipe() {
    m_axes.clear();
   m_currentRecipeName = "Default";

    for (int axisId = 1; axisId <= 12; ++axisId) {
        AxisInfo axisInfo;
        axisInfo.id = axisId;
        axisInfo.positioningPointCount = 25;
        axisInfo.number = "M100-M" + std::to_string(axisId);
        axisInfo.description = "Default_Axis" + std::to_string(axisId);
        axisInfo.startAddress = "ZR" + std::to_string(10000 + (axisId - 1) * 300);
@@ -167,10 +193,10 @@
        axisInfo.decelerationTime = ValueRange(1.0, 10.0, 1.0);

        // 添加定位点并设置默认的最小值和最大值
        for (int posId = 1; posId <= 25; ++posId) {
            double minPos = posId * 5.0;
            double maxPos = posId * 20.0;
            axisInfo.positions.emplace_back(PositionRange("Position " + std::to_string(posId), ValueRange(minPos, maxPos, posId * 10.0)));
        for (int posId = 0; posId < axisInfo.positioningPointCount; ++posId) {
            double minPos = (posId + 1) * 5.0;
            double maxPos = (posId + 1) * 20.0;
            axisInfo.positions.emplace_back(PositionRange(TRUE, "Position " + std::to_string(posId + 1), ValueRange(minPos, maxPos, (posId + 1) * 10.0)));
        }

        m_axes[axisId] = axisInfo;
@@ -190,7 +216,7 @@
    }

    // 如果没有找到该轴，返回一个默认的无效 AxisInfo
    return AxisInfo{ -1, "", "", "", ValueRange(), ValueRange(), ValueRange(), ValueRange(), ValueRange(), {} };
    return AxisInfo{ -1, 0, /*0.0, 0.0,*/ "", "", "", ValueRange(), ValueRange(), ValueRange(), ValueRange(), ValueRange(), {} };
}

// 更新轴信息